Solpro offers comprehensive warranties for its solar modules to ensure long-term reliability and performance for our customers. Our warranties are among the leading in the solar industry, with a product warranty of 30 years and a performance warranty of 30 years. These warranties are a testament to our confidence in the quality and durability of our products.

With these warranty promises, Solpro offers its customers additional security and the certainty that their investment in solar energy is protected. The 30-year product warranty ensures that your solar modules are free from defects in materials and workmanship, while the 30-year performance warranty guarantees the efficiency and energy yield of the modules over a long period of time.

Choosing Solpro is therefore not only an investment in environmentally friendly and sustainable energy, but also in a reliable and long-term profitable energy solution. Our guarantees serve to give our customers confidence in their decision to opt for Solpro and to ensure that they enjoy the benefits of a sustainable and efficient solar system for many years to come.

The use of solar systems is an effective step in personal climate protection. By using solar energy, you can actively reduce your CO2 emissions and thus make a valuable contribution to environmental protection. Solar systems convert solar energy into electricity, which is used to power electrical appliances in your household. This reduces your dependence on fossil fuels and helps to reduce greenhouse gas emissions. Overall, the use of solar panels is an effective and environmentally friendly way to minimize your carbon footprint and actively participate in climate protection.

With your own solar system, you make a direct contribution to reducing global CO2 emissions. Solar energy is a clean, renewable energy source that produces no harmful emissions. This makes it an ideal alternative to conventional energy sources based on the combustion of fossil fuels. Using solar power in your home or business is therefore an important step towards a more sustainable and environmentally friendly future.

In addition, the use of solar panels demonstrates a strong commitment to environmental protection and can inspire others to make sustainable choices as well. Every solar system installed helps to raise awareness of renewable energy and reduce dependence on fossil fuels. Thus, switching to solar energy is not only a personal decision for a greener future, but also a positive signal to society to recognize the importance of environmental protection and sustainable action.

Solar energy, an inexhaustible and free source of energy, enables considerable savings on electricity costs. Once your photovoltaic system has been installed, there are no additional operating costs. This means that you can benefit from the financial advantages of solar energy while using environmentally friendly, green electricity. With your own solar power system, you can secure cheap electricity in the long term and contribute to environmental protection at the same time. This makes solar energy a smart choice for any household that wants to think and act sustainably.

The free availability of solar energy means that after the initial investment in installing your solar system, you can benefit from a permanent and cost-effective source of energy. The sun provides an enormous amount of energy every day, which is efficiently converted into electricity by your solar system. This energy source is not only infinite and environmentally friendly, but also completely free, making it an attractive alternative to conventional, cost-intensive energy sources.

In addition, the use of solar systems offers the advantage that they are very low-maintenance. After installation, only minimal maintenance costs are incurred to ensure the efficiency and performance of your system. This makes solar panels an economically viable solution for long-term energy savings. Overall, solar energy is an excellent way to reduce your energy costs while making a positive contribution to protecting the environment.

Our solar systems offer a guarantee of up to 25 years, and their service life often exceeds this period. With a comprehensive energy system consisting of a solar system, electricity storage unit, wallbox and heat pump, you can move away from fossil fuels in all key areas such as electricity, mobility and heating. This means you are technologically well equipped and secure for the coming years. Our future-proof solar solutions are therefore an investment in a sustainable and independent energy future.

Investing in a solar energy system is not only a decision for environmentally friendly energy, but also a step towards future security. With the long warranty period and the even longer expected service life of the systems, you can be sure that your investment will last in the long term. Combining the solar system with supplementary technologies such as electricity storage systems and wallboxes enables you to implement a holistic energy concept that is both economically and ecologically sustainable.

With a solar system, you are also preparing for future developments and possible changes in the energy supply. You are less dependent on energy price fluctuations and actively contribute to reducing CO2 emissions. In this way, you not only make a contribution to environmental protection, but also protect yourself against future challenges. A solar system is therefore a smart decision for anyone who values sustainability, independence and future security.

The feed-in tariff is a key financial incentive for owners of solar installations. You receive remuneration for the electricity that you do not consume yourself and instead feed into the public grid. The amount of this remuneration depends on the date your solar system was commissioned, whereby current remuneration rates and relevant information can be viewed at the consumer advice center.

This feed-in tariff system is particularly advantageous as it provides a continuous source of income and increases the profitability of your solar investment. With every kilowatt hour you feed into the grid, you not only contribute to environmentally friendly energy production, but also benefit financially. This makes solar systems not only a sustainable option, but also an economically attractive one.

In addition, the feed-in tariff promotes the spread of renewable energies and supports the goal of establishing a more environmentally friendly and sustainable energy supply. For homeowners who invest in a solar system, this means not only a contribution to environmental protection, but also a secure and predictable source of income. Overall, the feed-in tariff thus improves the economic viability of solar systems and makes them a smart investment for the future.

Installing a solar system is not only an environmentally conscious decision, but also a valuable investment that can increase the value of your property. By using solar energy, you can achieve significant energy cost savings and generate additional income through the feed-in tariff for the solar power fed into the public grid. These financial benefits help to effectively amortize the investment in your solar system.

In the long term, a solar system has a positive impact on the market value of your property. More and more property buyers are attaching importance to energy efficiency and ecological sustainability. A property with a high-quality solar system is therefore seen as particularly attractive. In addition, in certain regions you can benefit from government subsidy programs and tax breaks, which further reduce the financial burden of a solar installation.

All in all, a solar energy system is a financially sensible investment that not only leads to savings in energy costs, but can also increase the value of your property in the long term. Particularly in the context of rising energy prices and growing environmental awareness, a solar system is a convincing sales argument for your property and an investment in the future.

Choose Solpro to make the switch to green solar energy as easy and smooth as possible. Our 'one-stop shop' approach is designed to provide you with a comprehensive, worry-free service. Solpro is your one-stop shop for everything you need to make the switch to solar energy. From the initial consultation to planning, installation and maintenance of your solar system - we're with you every step of the way.

Our experts analyze your specific needs and develop a customized solution that fits your household or business perfectly. We only use high-quality materials and the latest technologies to ensure that your solar system is efficient, durable and powerful. In addition, we take care of all the necessary permits and administrative matters so that you can focus on what's important - enjoying your green electricity.

Our customer service is available to answer any questions you may have and guarantees a quick and efficient solution to any concerns you may have. By choosing Solpro, you are choosing a partner that values quality, reliability and customer satisfaction. Make it easy for yourself and choose Solpro for your switch to sustainable and environmentally friendly energy. Enjoy the benefits of green electricity without having to worry about the details - we'll take care of that for you!

An electricity storage system in combination with your solar system revolutionizes your energy budget. It allows you to store surplus solar power for times when the sun is not shining or your energy requirements exceed current production.

This combination increases your self-sufficiency from the public power grid and offers you an effective way to reduce your electricity costs. With an electricity storage system, you can use the full potential of your solar system and increase the efficiency of your home at the same time. This not only helps to reduce your energy costs, but also actively promotes the environmentally friendly use of resources. By opting for this combination, you are making a valuable contribution to the energy transition while benefiting from a sustainable and cost-efficient energy solution.

Using an electricity storage system allows you to use the energy generated by your solar system more efficiently. Instead of feeding surplus electricity into the grid, you can store it for times when there is not enough solar energy. This means that you can also draw on solar power at night or on cloudy days, making you less dependent on external energy sources.

This not only increases your independence, but also enables a more constant use of renewable energy, which significantly reduces your carbon footprint. In addition, an electricity storage system provides additional security in the event of power outages, as you have an independent energy source. Combining a solar system with an energy storage system is therefore a smart choice for anyone looking for an environmentally friendly, reliable and cost-saving energy solution.

The combination of a wallbox with your solar system is the key to environmentally friendly and cost-efficient electromobility. This connection allows you to charge your electric car directly with self-generated solar power, which is not only ecologically sensible, but also financially advantageous.

You reduce your demand for electricity from the public grid and instead use clean energy that you have generated yourself. This leads to a significant reduction in your energy costs and increases your contribution to climate protection. The wallbox is an essential accessory for every electric car owner who values sustainability and wants to optimize their own energy costs at the same time. By using solar power to charge your vehicle, you position yourself as a pioneer in environmentally conscious electromobility.

Installing a wallbox in combination with a solar system is an excellent way to take full advantage of the benefits of renewable energy. You create a sustainable and independent charging solution for your electric vehicle that is not only environmentally friendly, but also helps to reduce your operating costs in the long term. Having your own wallbox eliminates the dependency and costs of charging at public charging stations. The wallbox also offers a high level of convenience, as you can charge your vehicle in the comfort of your own home.

This type of charging is not only convenient, but also efficient and economical. You use the energy you generate from your solar system during the day to charge your electric car directly. This maximizes the efficiency of your solar system and reduces the need to purchase expensive electricity from the grid. Furthermore, this combination reinforces your commitment to sustainable living and demonstrates that modern technologies can offer both environmental and economic benefits. Choosing a wallbox in combination with a solar system is therefore an important step towards an environmentally friendly future and offers you the opportunity to actively participate in the energy transition.

Integrating a heat pump into your solar system is a progressive step towards an energy-efficient and environmentally friendly heating solution. With a heat pump, you use the electricity generated by your solar system to heat your home.

This allows you to move away from fossil fuels and reduce your heating costs at the same time. In addition, the heat pump serves as a thermal store: when the sun shines, it can preheat water that is used later, thus avoiding expensive electricity purchases from the grid. This combination is not only financially advantageous, but also makes a significant contribution to environmental protection. By using solar power to heat your home, you reduce your CO2 footprint and make an active contribution to reducing environmental pollution.

Using a heat pump in conjunction with a solar system offers a sustainable and efficient way to increase the energy efficiency of your home. Heat pumps are known for their ability to generate a lot of heat from a small amount of electrical energy. When this energy comes from your solar system, you are using a renewable energy source for your heating, reducing your reliance on traditional, polluting heating methods. This not only reduces your heating costs, but also improves your energy balance and contributes to climate protection.

By combining a solar thermal system and heat pump, you create a sustainable and environmentally friendly heating system that is both economically and ecologically forward-looking. You use clean energy that you generate yourself to heat your home, thereby reducing your need for externally sourced electricity. This not only makes your heating system less dependent on external energy sources, but also promotes green and energy-conscious living. In this way, you actively contribute to a more sustainable future while enjoying the benefits of an efficient and cost-effective heating solution.

In most European countries, there are attractive subsidy programs and tax breaks for the installation of solar installations and associated systems. These financial incentives can significantly reduce the purchase costs for your solar system and additional components such as electricity storage or heat pumps. It is therefore advisable to find out about the various funding options and tax benefits in advance. This may allow you to benefit from considerable savings that make investing in your energy system even more attractive. By taking advantage of these subsidies and tax breaks, you not only actively support environmental protection, but also optimize your finances with regard to a sustainable and future-oriented energy supply.

The opportunity to benefit from subsidies and tax advantages makes the introduction of renewable energies both economically and ecologically attractive. Government initiatives such as investment cost write-offs, grants or low-cost loans are designed to incentivize individuals and businesses to invest in sustainable energy solutions. These financial supports reduce the initial costs and increase the profitability of your solar installation.

In addition to the direct financial benefits, these support programs help to accelerate the transition to an environmentally friendly energy supply. They enable you to make an active contribution to the energy transition and benefit from the economic advantages at the same time. By finding out about current funding opportunities and taking advantage of them, you are not only investing in your own future, but also in that of a more sustainable world. This step towards renewable energies is a decisive contribution to reducing CO2 emissions and protecting our environment.

At Solpro, the installation process of a solar system is a carefully coordinated procedure that ensures that each system is optimally tailored to the customer's individual needs and circumstances:

1. 1. Planning:
      First, we carry out thorough planning, which includes a detailed site analysis. Here we take into account the solar radiation, the orientation and pitch of the roof as well as any shading in order to determine the best position and orientation for the Tenka modules.
      
      
   2. Permits:
      Depending on the location and local regulations, we take care of all the necessary permits and official formalities. We ensure that all installations comply with regional regulations and standards.
      
      
   3. Installation:
      Our expert teams carry out the installation of Tenka solar modules. We use advanced mounting systems to ensure a safe and durable installation. The modules are placed in such a way that they can capture the maximum amount of sunlight.
      
      
   4. Wiring:
      The solar modules are professionally connected to each other and to the inverter. This step involves the careful laying of cables and the installation of protective devices to ensure the safe and efficient transmission of electrical energy.
      
      
   5. Grid connection:
      Once the modules have been installed, the solar system is connected to the electricity grid. We ensure that the connection to the public grid runs smoothly and in accordance with all applicable regulations.
      
      
   6. Commissioning and monitoring:
      Finally, we commission the system and carry out comprehensive tests to ensure that all components are functioning correctly. As an option, we also offer the installation of monitoring systems so that our customers can continuously monitor the energy yield of their system.

Our aim at Solpro is to provide every customer with a solar installation that is not only efficient and powerful, but also works smoothly and safely.

A solar module consists of several layers and components that work together to convert sunlight into electrical energy. In general, the structure of a solar module comprises the following elements:

1. 1. Front:
      The front of solar modules has a special transparent cover made of either robust solar glass or high-quality plastic. This layer is crucial to protect the solar cells from environmental influences such as weather, dust and moisture.
      
      
   2. Solar cells:
      The solar cells are located directly under the cover. They are usually made of efficient silicon and are the heart of the module. Their task is to absorb the incident sunlight and convert it into electrical energy.
      
      
   3. Encapsulation:
      Surrounded by a protective encapsulation material, the solar cells are safe from mechanical stress and moisture. This material, often a special plastic film, maintains the functionality and longevity of the cells.
      
      
   4. Rear:
      The rear of the module has an additional protective layer that helps to insulate and protect the internal components. This material helps to protect the modules from external environmental influences.

Solpro has chosen Tenka solar modules because they meet the highest standards of performance and durability. We strive to offer only the best products to our customers and Tenka modules are in line with our commitment to quality, efficiency and sustainability.

Photovoltaics, the heart of Solpro solar systems, is a process that converts sunlight directly into electrical energy. This is done using solar cells made of a semiconductor material, usually silicon. When sunlight hits these cells, electrons in the material are excited by the energy of the photons (light particles). These excited electrons move through the material, generating an electric current.

The electricity generated in the solar cells is direct current (DC), which can either be used directly for DC applications or converted into alternating current (AC) by an inverter. The converted alternating current is compatible with the power grid and can be used for general use in households and businesses or fed into the public power grid.

The use of photovoltaics in Solpro solar systems offers an environmentally friendly, renewable and efficient source of energy. It enables homeowners and businesses to meet their energy needs, reduce dependence on conventional energy sources and contribute to the reduction of CO2 emissions. With a Solpro solar system, customers invest in a future-oriented technology that offers both economic and ecological benefits.

At Solpro, we rely on advanced planning tools and software to precisely assess the solar potential of a site. These digital solutions allow us to analyze in detail various aspects such as geographical location, roof orientation, tilt angle and potential shading. Our aim is to provide our customers with a comprehensive and realistic assessment of the expected energy generation.

Our own planning software simulates the complete solar system and provides important information to help our customers make decisions. This includes not only an estimate of energy production, but also a detailed payback analysis. With this analysis, our customers can clearly see how their investment in a Solpro solar system will pay off financially over time.

The use of this specialized planning software is an integral part of our commitment to offering tailor-made and efficient solar solutions. It helps us to tailor each system to the customer's individual needs and site conditions, ensuring maximum profitability and efficiency. With Solpro, you are investing in a sound, well-planned and future-proof solar energy solution.

Shading can have a significant impact on the performance of a Solpro solar system. Objects such as trees, buildings or other structures that cast shadows on the PV modules reduce the solar radiation and therefore also the energy production. To maximize the efficiency of the solar system, it is important to choose locations with as little shading as possible.

At Solpro, we understand that not all shading situations are avoidable. That's why we offer optional power optimizers that help minimize the power loss of the entire system due to shadows on individual panels. These optimizers adjust the output of each module individually to compensate for the effects of partial shading. This ensures that the solar system operates efficiently and delivers maximum energy yields even under less than optimal conditions.

The use of power optimizers in Solpro solar systems is an effective solution to increase the overall performance of the system, especially in areas where shading is unavoidable. This technology enables our customers to get the most out of their solar investment, even under difficult conditions.

The angle of inclination of the roof, also known as the roof pitch, is an important aspect that influences the efficiency of a Solpro solar energy system. The ideal angle of inclination is crucial in order to make optimum use of the sun's rays and thus achieve the maximum energy yield from the solar system. In Central Europe, an inclination angle of between 30 and 40 degrees is usually recommended to achieve the best results.

This angle is aligned so that the solar panels can capture the optimum amount of sunlight for most of the year. Although this angle is considered ideal, minor variations depending on the geographical location and climatic conditions of the site can still provide effective results. It is important to note that the optimal tilt angle can vary depending on latitude and specific environmental conditions.

Solpro considers the optimal tilt angle when planning and installing each solar system to ensure that our customers get the highest possible energy efficiency from their investment. Our experts analyze the site and specific conditions to determine the ideal angle for each installation, resulting in optimized energy production and higher returns for our customers.

The orientation of the roof plays a decisive role in the efficiency and energy yield of a Solpro solar energy system. An ideal south-facing roof orientation is ideal in Central Europe, as it guarantees maximum solar radiation throughout the day and thus maximizes the energy production of the solar system. This optimal orientation makes a significant contribution to efficiently covering the energy requirements of the household or company and can considerably increase the profitability of the solar investment.

Roofs facing south-east or south-west can also be effective and still offer a high energy yield. Such orientations can provide up to 95% of the energy yield compared to a perfect south orientation. This means that even homes that are not ideally south facing can benefit from a Solpro solar system.

At Solpro, we advise our customers in detail about the importance of roof orientation and how it can affect the efficiency of their solar installation. Our goal is to ensure that each Solpro solar installation is optimized to take into account the specific site conditions to ensure maximum energy efficiency and profitability.

At Solpro, we attach great importance to quality and efficiency, which is why we only use Tenka brand modules in our solar systems. These modules are known for their high performance and offer excellent energy efficiency with a minimum of 465 watts. This selection underlines our commitment to high quality solar solutions and ensures that our customers benefit from the best technology available.

In addition to their high performance, Tenka brand modules come with a comprehensive manufacturer's warranty that protects our customers and gives them long-term peace of mind. A 25-year product warranty and a 30-year linear performance guarantee from the manufacturer are part of our offer to ensure the reliability and efficiency of our products for many years to come.

Solpro's decision to use Tenka brand modules reflects our commitment to providing our customers with durable, powerful and reliable solar solutions. With these modules, we offer a solar system that not only meets the highest standards in terms of performance, but also in terms of durability and reliability.

The performance data of a PV module is crucial for evaluating its efficiency and general performance. The most important performance data include

1. 1. Nominal power (Watt Peak, Wp):
      This is the maximum power that the module can achieve under standardized test conditions, for example with solar irradiation of 1000 W/m² and a cell temperature of 25°C. The rated power indicates how much energy the module can produce under ideal conditions.
      
      
   2. Efficiency:
      The efficiency of a module is the ratio of the generated electrical power to the irradiated solar power. A higher efficiency means that the module converts the solar energy into electrical energy more efficiently, which is crucial for optimum energy yield.
      
      
   3. Voltage and current:
      This information provides details of the electrical voltage (volts) and current (amperes) that the module supplies under certain operating conditions.
      
      
   4. Temperature coefficients:
      These values show how the performance of the module changes with increasing temperature. They are important for understanding the power adjustment of the module under different environmental conditions.

This performance data is critical to understanding and evaluating the quality and efficiency of Solpro PV modules. At Solpro, we take great care to ensure that our modules meet or exceed these criteria in order to provide our customers with the best possible energy efficiency and reliability. Careful selection and evaluation of this data enables our customers to make an informed decision on the best solar solution for their specific needs.

The functioning of a solar cell, an essential component of Solpro solar systems, is based on the principle of the photoelectric effect. This effect occurs when photons, the light particles of sunlight, hit the surface of a solar cell. The solar cell consists of a semiconductor material, typically silicon, which has the ability to convert light energy into electrical energy.

When the photons hit the solar cell, they transfer their energy to the electrons in the semiconductor material. This energy supply causes the electrons to be released from their resting position and generate an electric field within the solar cell. This electric field enables the flow of electrons and generates an electric current, which can then be tapped and passed on by the solar cell.

This process of converting sunlight into electricity makes solar cells an effective means of generating clean and sustainable energy. At Solpro, we use this technology to produce high-quality solar cells that provide an efficient and environmentally friendly source of energy in our solar installations. With Solpro solar cells, you contribute to a greener future by using a technology that enables a sustainable and cost-efficient power supply.

The service life of a PV module is a key criterion when it comes to making a long-term investment in a solar system. At Solpro, our high-quality PV modules are at the upper end of this scale, which means that our customers can expect a service life of around 25 to 30 years or even longer. This long lifespan is an indicator of the quality and durability of our products.

In addition to the long life expectancy, we at Solpro offer extensive guarantees for our modules. Our customers benefit from a 25-year product guarantee and a 30-year performance guarantee. These guarantees are proof of our confidence in the quality and longevity of our modules and provide our customers with additional security and value for their investment.

The longevity of Solpro PV modules means not only a sustainable source of energy for many years, but also financial efficiency as the need for premature replacement is minimized. This makes our PV modules a reliable and economically advantageous choice for anyone looking to invest in renewable energy.

 Solpro offers a variety of PV modules to meet the different requirements and preferences of our customers. Each module type has its own specific characteristics and advantages:

1. 1. Monocrystalline PV modules:
      These modules consist of a single, continuous silicon crystal and are known for their high efficiency. They are ideal for customers who want to get the maximum energy yield from a limited surface area. Monocrystalline modules are characterized by their typical dark color and uniform structure.
      
      
   2. Polycrystalline PV modules:
      Manufactured from several silicon crystals, these modules offer an excellent price-performance ratio. They are slightly cheaper than monocrystalline modules, but generally have a slightly lower efficiency. Polycrystalline modules can be recognized by their blue color and a slightly grainy pattern.
      
      
   3. Thin-film modules:
      These modules are made from amorphous silicon or other materials. They are particularly flexible and suitable for various applications, including those where conventional modules are not suitable due to space or weight constraints. Thin-film modules often have a lower efficiency, but are also effective in more diffuse lighting conditions.

At Solpro, we understand that choosing the right PV module is an important decision that depends on many factors, such as available space, budget and specific energy requirements. Our team will be happy to advise you and help you find the optimal PV module for your individual situation. No matter which type of module you choose, you can rest assured that with Solpro you are investing in quality, efficiency and sustainable energy.

A solar cell is the elementary component of a PV module in Solpro solar systems. It consists of a semiconductor material, usually silicon, and has the task of converting light energy into electrical energy. When sunlight hits the solar cell, the absorption of photons (light particles) excites electrons in the semiconductor material. This excitation leads to the release of electrons and generates an electric current.

The efficiency of a solar cell, i.e. how well it can convert sunlight into electricity, is a decisive factor for the overall performance of the solar system. At Solpro, we attach great importance to using high-quality solar cells that ensure maximum energy yield. This not only leads to more efficient energy production, but also to a more sustainable energy solution, as more electricity can be generated from a smaller area.

Overall, Solpro's solar cells are an essential component for converting solar energy into usable electrical energy. They are at the heart of our solar systems and play a central role in our efforts to offer environmentally friendly and efficient energy solutions. With Solpro solar cells, you are investing in a future with clean energy and making an important contribution to environmental protection.

A solar module consists of a group of interconnected solar cells that have the function of converting sunlight into electrical energy. Each module is an independent unit capable of generating electricity. A solar panel, on the other hand, refers to the entire energy system consisting of several of these solar modules, complete with the associated electronics necessary to either feed the generated energy into the power grid or store it for use in a building or facility.

Although the terms are often used interchangeably, it is helpful to distinguish between them. A solar module is the single component that performs the energy conversion, while a solar panel is the complete system consisting of multiple modules working as a unit to provide an efficient and effective energy solution. At Solpro, we make a point of clearly communicating this distinction to help our customers gain a thorough understanding of their solar installations.

A PV module, also known as a solar module, is a central component in Solpro's photovoltaic systems. It consists of several interconnected solar cells whose main task is to convert sunlight into electrical energy. These modules are crucial for the generation of clean and sustainable electricity, as they capture the photons of sunlight and convert this energy into electrical energy.

Solpro PV modules are known for their efficiency and reliability in energy conversion. By using high quality materials and advanced technologies, we guarantee that our modules deliver optimal performance. These PV modules are an essential part of your solar installation, helping to meet your energy needs in an environmentally friendly and economically efficient way.

Investing in a Solpro PV module is therefore not only a contribution to environmental protection by reducing dependence on fossil fuels, but also a long-term reduction in your energy costs. With Solpro, you are opting for a future-proof, sustainable energy solution that is both ecologically and economically advantageous.

At Solpro, we consider every house to be potentially suitable for the installation of a solar system. To assess the specific suitability of your home for a Solpro solar system, we recommend our comprehensive solar check followed by a personalized consultation. These steps are crucial to answer your individual questions and to ensure that the solar system is optimally tailored to the conditions of your home.

In our solar check, we take into account various factors such as the orientation and pitch of your roof, potential shading from surrounding objects and the general structure of the building. This detailed analysis allows us to develop a customized solution that maximizes the efficiency of your solar installation and ensures that it meets your specific energy needs. At Solpro, we strive to customize each installation to achieve maximum energy yields and cost savings for our customers. Our goal is to provide sustainable and efficient solar energy solutions that are both environmentally friendly and economically beneficial.

All solar modules used by Solpro are constructed from carefully selected materials to ensure optimum efficiency and durability. Each module is composed of an array of solar cells that form the core. These cells are responsible for converting sunlight into electrical energy. The solar cells are made of high-purity polysilicon, which is usually extracted from quartz sand and processed into wafer-thin wafers in an energy-intensive process.

To protect the sensitive solar cells, the modules are covered with a plastic film or glass on the back to shield them from environmental influences such as moisture and dust. A robust glass pane on the front of the module ensures that it can withstand a wide range of weather conditions such as wind, rain and snow for decades. A sturdy aluminum frame gives the entire module additional strength and durability.

This design guarantees not only an effective conversion of solar energy into electricity, but also a high resistance to environmental influences. The use of high quality materials is an essential part of our commitment to sustainability and efficiency in order to offer our customers the best possible performance and longevity of their solar installation.

The installation time of a Solpro solar system can vary and depends on several important factors. These include the size of the system, the specific conditions and requirements of your roof, the necessary electrical installations and compliance with local building regulations. As a rule, the installation of a standard solar system takes between three and five days.

At Solpro, we take great care to ensure that every installation is carried out professionally and efficiently. Our experienced installation team works diligently to ensure that your solar system is installed quickly and without any major disruption to you. We take care to strictly adhere to all local building regulations and safety standards to ensure a smooth and safe installation.

The exact installation time may vary depending on the complexity and size of the project. Larger or more complex systems may take slightly longer to install. Solpro strives to make the installation process as efficient as possible without compromising on quality and safety. Our aim is to provide you with a quick and hassle-free installation of your Solpro solar system so that you can start generating renewable energy as soon as possible.

The efficiency of the inverter plays a decisive role in the performance of your Solpro solar system. A high efficiency inverter ensures that a large proportion of the direct current power generated by the solar panels is effectively converted into usable alternating current. A high efficiency value is synonymous with lower energy losses during the conversion process, resulting in a greater amount of electricity available for self-consumption or feeding into the public grid.

An efficient inverter therefore makes a significant contribution to optimizing your energy costs and increases the profitability of your solar system. At Solpro, we place great importance on using the highest quality inverters that are not only efficient, but also durable and reliable. Choosing a high-quality inverter is an important part of our strategy to offer our customers maximum energy efficiency and long-term savings. With a Solpro inverter, you are investing in technology that will make the most of your solar installation and help increase your energy independence.

The amount of electricity that a Solpro solar system can generate depends on several key factors. These factors include the size of the system, the intensity of the solar radiation at the location, the orientation and inclination of the roof and the efficiency of the PV modules used. Solpro solar systems are designed to enable efficient and optimized electricity generation, which means that under optimal conditions they can cover a significant part or even all of a household's electricity needs.

A typical Solpro PV system can produce enough energy to support the daily energy needs of homes, businesses or farms. The exact amount of electricity generated varies depending on the specific conditions of the installation site and the size of the system. Solpro makes it a point to customize each solar system to ensure that it best suits the customer's needs and circumstances.

When customers invest in a solar system from Solpro, they not only receive a source of renewable energy, but also an opportunity to reduce energy costs in the long term and make a positive contribution to environmental protection at the same time. Solpro solar systems therefore offer an economical and environmentally friendly solution for investing in the future of energy supply.

In recent years, the efficiency of solar cells, a key factor in energy production, has improved significantly. At Solpro, we use the latest technologies in our solar cells to offer our customers maximum efficiency. Our range includes both monocrystalline and polycrystalline silicon solar cells, which achieve impressive efficiencies of around 15-20%. This high efficiency means that more sunlight is converted into usable electrical energy, increasing the energy yield of your solar installation.

In addition, at Solpro we also offer advanced thin-film solar cells and multi-junction solar cells. These newer technologies can achieve even higher efficiencies of up to 25%. By using these state-of-the-art solar cells, our customers can benefit from even greater energy production, accelerating the payback of the solar investment and helping to reduce energy costs in the long term. Higher efficiency modules can produce more output from the same area and significantly reduce the cost of installation.

The continuous improvement of solar cell technology is a core aspect of our commitment to quality and innovation at Solpro. With our efficient solar cells, we offer a powerful and economically viable solution for anyone looking to invest in renewable energy sources.

Solar cells play a crucial role in the global energy transition, and Solpro is making an important contribution to this process with its high-quality solar cells. Our solar cells are not only a renewable energy source that generates clean and environmentally friendly electricity directly from sunlight, but they also make a significant contribution to climate protection by reducing CO2 emissions.

The decentralized nature of Solpro solar cells allows for flexible installation, whether on the roofs of residential buildings, commercial buildings or in open spaces. This flexibility helps to reduce dependence on fossil fuels and centralized power grids. By using our solar cells, countries and municipalities can make their energy infrastructure sustainable and promote a climate-friendly energy supply.

Solpro is committed to ensuring that the production of our solar cells and modules is sustainable. We ensure that the manufacturing processes are environmentally friendly and strive to minimize the ecological footprint of our products. The use of Solpro solar cells thus actively supports the transition to decentralized, sustainable and environmentally conscious energy production, which is crucial for the future of our planet. With Solpro, you are investing in an environmentally friendly future and making your contribution to the energy transition.

Solar cells are known for their minimal maintenance requirements, making them a practical and efficient solution for sustainable energy production. These cells are designed to have no moving parts, minimizing wear and tear and significantly reducing maintenance requirements.

Regular cleaning of the solar panels is an important measure for maintaining the efficiency of your solar system. Removing dust, leaves and dirt can significantly increase the performance of the panels and ensure that they function optimally.

Solpro also offers robust guarantees for the performance and lifetime of its solar cells, providing our customers with additional security for their investment in renewable energy. These guarantees reflect our confidence in the quality and longevity of our products. Overall, the low maintenance requirements of Solpro solar cells ensure that you can worry less about upkeep and focus more on the benefits of your sustainable energy source.

With Solpro, you are opting for a reliable, low-maintenance and environmentally friendly solution for energy generation.

Solar cells offer decisive advantages as an energy source, particularly in terms of environmental friendliness and sustainability. At Solpro, we rely on solar cells that generate renewable and clean electricity directly from sunlight. This type of energy generation makes a significant contribution to reducing CO2 emissions and actively supports climate protection. Another important aspect of solar cells is their ability to generate energy on a decentralized basis.

They can be installed both on roofs and in open spaces, reducing dependence on centralized power grids. This flexibility enables a more versatile and sustainable energy supply.

The use of solar cells from Solpro not only offers ecological advantages, but also financial ones. By becoming independent of traditional energy sources, electricity costs can be saved in the long term. This makes solar cells an attractive option for those who want to both minimize their environmental impact and reduce their energy costs. With Solpro solar cells, you are investing in a future-oriented, sustainable and economically advantageous energy solution.

When planning a solar installation with Solpro, choosing the right location is crucial. In addition to obvious aspects such as roof orientation, pitch angle and potential shading, there are a number of other important factors that should be included in the decision-making process. These include the structural load-bearing capacity of the roof, which must ensure that the roof can support the additional weight of the solar installation without compromising the structural integrity of the building.

Any approval procedures and local building regulations must also be taken into account. These can vary from region to region and place certain requirements on the installation of solar systems. Compliance with these regulations is essential to avoid legal problems and ensure the safety of your system.

You should also consider possible insurance requirements. It is important that your solar installation is correctly insured to protect you from unforeseen damage or breakdowns. Comprehensive insurance provides additional peace of mind and can prevent long-term costs due to unexpected repairs or breakdowns.

Solpro therefore recommends careful planning and advice from experts to find the optimal location for your solar system. Our experts will consider all relevant aspects to ensure that your solar system is installed efficiently, safely and in compliance with all local regulations. A well-thought-out site selection is key to the long-term success of your solar investment and will help you get maximum benefits from your Solpro solar system.

Installing a solar system from Solpro is also possible on flat roofs and can be an effective solution. When installing on a flat roof, the solar panels are positioned at an optimum angle of inclination using special racks in order to make the best possible use of the sunlight. This type of installation maximizes the absorption of sunlight and therefore the energy production of your system.

However, it is important to note that flat roofs can occasionally be shaded by neighboring buildings, trees or other structures. Such shading can affect the performance of your solar installation as it reduces the amount of sunlight reaching the panels. At Solpro, we therefore carry out a thorough site analysis to identify potential shading and take it into account when planning your system.

Our goal at Solpro is to ensure that every solar installation, regardless of roof shape, works efficiently and effectively. We offer customized solutions that are adapted to the specific requirements and conditions of your site to ensure the optimal performance of your solar installation. With a solar system from Solpro on your flat roof, you can count on a reliable and sustainable energy supply that is both economically and ecologically beneficial.

At Solpro, we understand that every customer has unique requirements that may go beyond what our standard PV packages offer. While these packages are carefully crafted to cover typical residential, commercial, industrial and agricultural needs, we are prepared to provide customized solutions that are tailored to your exact individual needs.

If you would like a larger solar system than those offered in our complete solutions, our team of experts will be happy to help you plan and implement a customized system. Our aim is to create a solar solution that exactly meets your specific requirements - be it in terms of size, output or special functions.

Solpro offers comprehensive advice and professional planning to ensure that your bespoke solar installation not only meets your energy needs, but is also ideally suited to the conditions of your site. With our expertise and experience in solar energy, we can develop a solution that goes beyond the standard options and offers you maximum efficiency and profitability.

The installation of a Solpro PV system leads to an important change in your power supply system. Whereas without a solar system you only draw electricity from the public grid, with the installation of a PV system you become an electricity producer. This means that you not only produce your own electricity for your needs, but can also feed the surplus that you do not use yourself into the public grid.

In order to correctly handle this new role as an electricity producer and grid feeder, new grid access is required. This regulates the technical and legal aspects of feeding your solar power into the public grid. With the new grid access, you will receive your own metering point that records the amount of electricity you feed into the grid. This is important for the correct billing and remuneration of the energy you feed into the grid.

The new grid access thus ensures a clear separation between your electricity consumption and feed-in to the grid. It enables transparent and fair processing of your electricity generation and feed-in. Solpro supports you in applying for and setting up the new grid access to ensure that your solar system is operated efficiently and in compliance with local grid regulations. By taking this step, you maximize the benefits of your Solpro solar system and actively contribute to a sustainable energy supply.

The area required for a solar system depends mainly on its output and the efficiency of the solar modules. On average, a 1 kWp solar system requires around 6 to 10 square meters of roof space. This means that a typical house roof system of 5 kWp requires around 30 to 50 square meters of roof area.

However, it is important to bear in mind that the actual area required is influenced by various factors. These include the type of solar modules (monocrystalline or polycrystalline), the orientation and pitch of the roof and any shadow effects that may influence the efficiency of the solar system.

High-quality solar modules with a higher efficiency produce more energy per square meter and can therefore reduce the required area. Where space is limited or for special roof shapes, more efficient modules can be a sensible choice.

In summary, the area required for a solar installation depends on the desired output, the module type and the specific conditions of the installation site. A precise calculation by a specialist is recommended to ensure the optimum use of the available roof area.

Solar systems are considered one of the most environmentally friendly energy sources. They use sunlight, a renewable and inexhaustible source of energy, to generate electricity. This reduces dependence on fossil fuels such as coal, oil and gas, which release climate-damaging greenhouse gases such as CO2 when burned.

Although the production of solar modules and other components of a solar system requires energy and resources, the ecological footprint is significantly lower compared to conventional energy generation. Modern solar modules have a service life of 25 to 30 years and are largely recyclable, which also contributes to sustainability.

The efficiency of solar systems has improved considerably in recent years, which means that they require less and less space to produce a comparable amount of energy. In addition, they offer the possibility of creating decentralized energy sources, which further reduces the impact on the environment.

Overall, solar panels offer a clean, renewable and efficient alternative to traditional energy sources and are an important step towards a more sustainable future.

The service life of a solar energy system is an important aspect when deciding on such an investment. On average, solar systems have a life expectancy of around 25 to 30 years. However, it is important to note that the actual lifespan depends on various factors, including the quality of the components, the type of installation and the maintenance of the system.

High-quality solar modules and professional installation are crucial for a long service life. Most manufacturers offer guarantees of 20 to 25 years on the performance of their solar modules. Over the lifetime of the system, a certain decrease in performance is normal, but high-quality modules remain efficient even after decades.

Regular maintenance and inspections also help to extend the service life of a solar installation. The efficiency and safety of the system can be maintained by checking and, if necessary, replacing wearing parts such as inverters or cables.

Overall, a solar energy system is a long-term investment that can provide reliable and environmentally friendly energy for decades with the right care and maintenance.

Yes, you can also use a solar system without a traditional roof. There are various alternatives and solutions for using solar energy, even if there is no suitable roof available:

1. 1. Ground-mounted systems:
      Solar modules can be installed in open fields. This type of installation is particularly suitable for large photovoltaic systems that do not fit on roof surfaces.
      
      
   2. Façade mounting:
      Solar modules can be mounted on the façades of buildings. This is a good option if the roof surface is not suitable or is already being used for other purposes.
      
      
   3. Balcony solar systems:
      Small solar systems can also be installed on balconies or terraces. These so-called balcony power plants are particularly popular with residents of apartment buildings.
      
      
   4. Carports and pergolas with solar panels:
      Carports and pergolas can be fitted with solar panels to generate electricity while providing shade.
      
      
   5. Floating solar systems:
      In some cases, solar panels can be installed on water surfaces, such as ponds or slow-flowing rivers.

When planning and installing a solar system without a roof, it is important to consult experts in order to assess the technical possibilities, the legal framework and the cost-effectiveness of the system.

The time it takes to install a solar system can vary depending on the complexity of the project, but on average it takes around one to three days. This includes mounting the solar modules, cabling and connecting to the power grid. However, larger or more complex installations can take longer. Important factors that influence the installation time are the size of the system, roof type, weather conditions and the preparatory work that may be required.

It should also be noted that some preparatory steps are necessary before the actual installation. These include planning and designing the system, obtaining the necessary components and permits and carrying out a site analysis. These steps can take several weeks to months.

Overall, the total time from the preparation phase to the completion of the installation depends on various factors, and it is advisable to discuss a precise schedule with your solar provider.

A solar system works by converting sunlight into electrical energy. The process starts with the solar modules, which consist of many individual solar cells. These cells are made of materials such as silicon, which have photovoltaic properties, meaning that they can convert light into electrical energy.

When sunlight hits the solar cells, the photons of light generate electrical charges in the cells. These charges are then collected in the form of direct current (DC). As most household appliances and the electricity grid are operated with alternating current (AC), the direct current generated by the solar cells is converted into alternating current by an inverter.

The electricity generated can then be used directly in the home, stored in a battery storage system or fed into the public grid. Modern solar systems can also be connected to intelligent energy management systems that optimize energy production and consumption.

Overall, a solar installation is an efficient energy generation system that helps to cut energy costs and reduce dependence on conventional energy sources, while being environmentally friendly.

Investing in a photovoltaic system is not only a step towards sustainable energy, but also a significant financial decision. At Solpro, we strongly recommend that our customers protect their solar installations with appropriate insurance. Here are some important points to consider:

1. 1. Protection against the unforeseeable:
      Insurance protects your solar system against unforeseeable events such as overvoltage damage, forces of nature such as hail, storms and lightning and other risks that could damage your system.
      
      
   2. Comprehensive insurance cover:
      We advise you to consider comprehensive insurance that covers all aspects of your solar installation. This can include the solar modules themselves, the inverter and other important components of the system.
      
      
   3. Adaptation to individual needs:
      Every solar installation and every location is unique. Therefore, the insurance should be individually tailored to the specific needs and risks of your system.
      
      
   4. Advice and support:
      At Solpro, we offer advice and support in choosing the right insurance. We help you understand the different options and make a decision that offers the best protection for your investment.

By insuring your photovoltaic system, you protect your investment against unexpected damage and obtain long-term security. It is an important step to ensure that your system continues to work efficiently and makes a continuous contribution to your sustainable energy supply.

At Solpro, installing photovoltaic systems on pitched roofs is a carefully managed process that requires special considerations and expertise. Pitched roofs present their own challenges, which we handle professionally and safely:

1. 1. Safe access to the roof:
      When installing on pitched roofs, it is crucial to ensure safe access. Our specialists are specially trained to carry out the work safely at this height.
      
      
   2. Checking the roof structure and load-bearing capacity:
      Before installation, the roof structure is checked for its load-bearing capacity to ensure that it can support the additional weight of the solar system.
      
      
   3. Special mounting systems:
      We use specially developed mounting systems that allow the solar modules to be securely and firmly attached to pitched roofs. These systems are designed to withstand the elements and guarantee long-term stability.
      
      
   4. Optimum alignment and inclination:
      When installing on pitched roofs, we pay particular attention to the optimum alignment and inclination of the solar modules in order to achieve the best possible solar radiation and thus the highest energy yield.

At Solpro, we ensure that every installation of photovoltaic systems on pitched roofs is carried out with the utmost care and precision to ensure maximum efficiency and long-term customer satisfaction. Our team of experienced professionals guarantees a safe and efficient installation that meets the specific requirements of a pitched roof.

At Solpro, we recognize the importance of regular maintenance and cleaning of your photovoltaic system to maintain its performance and efficiency. Our recommendations for cleaning frequency are based on the following considerations:

1. 1. Deposits and environmental influences:
      Photovoltaic modules are continuously exposed to environmental influences such as exhaust fumes, soot, dust, moss, bird droppings and other dirt particles. These deposits can significantly impair the performance of the modules.
      
      
   2. Avoid performance losses:
      Contamination of this kind can lead to performance losses of up to 15 %. It is therefore important to clean the modules regularly to ensure the maximum performance of the system.
      
      
   3. Recommended cleaning intervals:
      The frequency of cleaning may vary depending on the location and local environmental conditions. We recommend cleaning the modules at least once a year, or more frequently if necessary, especially in areas with heavy soiling or a lot of bird activity.
      
      
   4. Professional cleaning:
      It is crucial that cleaning is carried out professionally to avoid damaging the modules. We recommend using professional cleaning services that have the necessary expertise and equipment.

At Solpro, we offer advice and support to ensure that your photovoltaic system is always working optimally. With regular cleaning and maintenance, you can extend the service life of your system and ensure the highest possible energy yield.

At Solpro, we emphasize that regular care and maintenance of your photovoltaic system can make a significant contribution to increasing the energy yield. Clean solar modules are more efficient and can better convert sunlight into energy. Here are some points to bear in mind:

1. 1. Regular cleaning:
      Like windows that are kept clean to let in more light, keeping your solar system free of dirt and debris will increase its efficiency. Regularly removing leaves, dirt and bird droppings can make a significant difference to the performance of your system.
      
      
   2. Maintaining system performance:
      In addition to improving energy yield, regular cleaning of your photovoltaic system also helps to extend its service life. The system remains free of materials that could cause corrosion or other damage.
      
      
   3. Precautions and safety:
      When cleaning, it is important that this is carried out safely and with the appropriate tools and cleaning agents. We recommend contacting specialists to prevent damage to the modules and to ensure thorough cleaning.

At Solpro, we understand that the care and maintenance of your solar installation is crucial to its long-term efficiency and reliability. We offer support and advice to ensure our customers get the most out of their solar investment.

The installation of photovoltaic systems on flat roofs at Solpro requires special planning and preparation to ensure maximum efficiency and safety. We take various important aspects into account:

1. 1. Load-bearing capacity of the roof:
      Before installation, we check the load-bearing capacity of the roof to ensure that it can support the weight of the solar system.
      
      
   2. Ballasting systems:
      We use special ballasting systems to securely fasten solar modules on flat roofs. These ensure that the modules are stable and securely fastened without damaging the roof structure.
      
      
   3. Air circulation:
      We ensure that there is sufficient space between the rows of modules to enable optimum air circulation. This helps to keep the modules cool and increase efficiency.
      
      
   4. Fire safety regulations:
      Compliance with fire safety regulations is an essential part of our installation procedures. We ensure that all safety guidelines and regulations are adhered to.
      
      
   5. Access for maintenance and cleaning:
      When planning the system configuration, we take easy access for future maintenance and cleaning work into account.
      
      
   6. Shadow effect:
      Potential shading from surrounding buildings or objects is analyzed and taken into account during the planning phase in order to optimize the energy yield.
      
      
   7. Module orientation:
      Photovoltaic systems on flat roofs can be mounted in an east-west direction, which is ideal for self-consumption of the electricity generated. A south-facing orientation is also possible and can make sense under certain conditions.

At Solpro, we understand that every installation is unique. That's why we adapt our solutions to the specific requirements and conditions of each flat roof to achieve optimal results.

The average service life of a solar system is typically between 25 and 30 years. However, this depends heavily on the quality of the components and the maintenance of the system. 

1. 1. Solar modules:
      High-quality solar modules can remain functional for up to 30 years or longer. The performance of the modules can decrease over time, usually by around 0.5% to 1% per year.
      
      
   2. Inverters:
      Inverters, which convert the direct current of the solar modules into alternating current that can be used by households, usually have a shorter service life than the modules themselves and may need to be replaced after around 10 to 15 years.
      
      
   3. Maintenance and care:
      Regular maintenance and care of the system can significantly improve its service life and performance. This includes cleaning the modules, checking the cabling and components and monitoring system performance.
      
      
   4. Environmental factors:
      Environmental factors such as extreme weather conditions, air pollution and physical influences can also affect service life.

In summary, when planning a solar system, it is important to consider the quality of the components and the possibility of regular maintenance to ensure maximum service life and efficiency. For a more accurate assessment of the lifespan and performance of your specific solar system, it is advisable to consult a specialist.

The inverter is a key component in every Solpro solar system. Its main function is to convert the direct current (DC) generated by the photovoltaic modules into alternating current (AC) suitable for household use and for feeding into the electricity grid. This conversion is essential as most household appliances and the public grid are powered by alternating current, while solar panels generate direct current.

The efficiency of the inverter has a direct influence on the overall performance of the solar system. A high-quality inverter from Solpro ensures that a maximum proportion of the electricity generated by the solar panels can actually be used. This increases the efficiency of the entire system and therefore increases the energy yield and profitability for the customer.

In addition to converting direct current into alternating current, the inverter also performs important monitoring and protection functions. It monitors the performance of the solar system and offers protective functions that protect the system from potential problems such as overheating or electrical faults. Modern inverters also offer smart functions such as energy management, remote monitoring and integration into home automation systems.

At Solpro, the focus is on using inverters that are not only highly efficient and reliable, but can also be seamlessly integrated into the overall solar power system. This ensures that Solpro's customers can exploit the full potential of their solar system, both in terms of energy production and the intelligent control and monitoring of their energy supply. The inverter therefore plays a central role in the efficient and safe use of solar power and is an essential part of Solpro's offering for a sustainable and advanced energy supply.

At Solpro, we offer a range of inverters to optimally support any type of solar system. Choosing the right inverter is crucial as it forms the heart of any solar installation. The main types include central inverters, string inverters and hybrid inverters.

Central inverters are ideal for larger solar systems. They convert the electricity generated by the entire system into usable alternating current. This type of inverter is often used in commercial or industrial applications where large amounts of solar energy need to be managed efficiently.

String inverters are a common choice for small or medium-sized solar installations. They are designed to process the power from multiple solar panel strings. This flexibility makes them particularly suitable for residential buildings where the roof area or solar radiation can vary.

At Solpro, we understand that choosing the right inverter is crucial to optimizing your solar installation. That's why we offer comprehensive advice to ensure each customer gets the best option for their specific needs. With our high-quality inverters, you maximize the efficiency of your solar system and thus increase the return on your investment in renewable energy.

The inverter plays a central role in the functionality and efficiency of a Solpro solar system. It is responsible for converting the direct current (DC) generated by the solar panels into alternating current (AC), which can be used in the household or in the power grid. The performance and efficiency of the inverter have a direct and significant impact on the overall efficiency of the solar installation.

A high-quality inverter ensures that the electricity generated by the solar panels is used optimally. It maximizes the energy yield and minimizes energy losses during conversion. This is particularly important as the efficiency of the inverter determines how much of the solar energy generated is actually available for consumption.

At Solpro, we make sure that our inverters are ideally matched to the respective PV modules and the specific conditions of the solar system. This ensures that each system achieves its maximum energy output. Reliability and longevity are other key factors that we take into account when selecting our inverters to ensure that our customers can benefit from their solar system in the long term.

Overall, the inverter is a crucial element that significantly influences the performance of a Solpro solar system. By selecting high-quality inverters and optimally matching them to the solar system, we ensure that our customers achieve the best possible return on their investment in renewable energy.

The service life of an inverter is a key factor in the long-term performance and cost-effectiveness of a Solpro solar system. On average, the lifespan of an inverter is between 10 and 15 years, although high-quality models can last longer under optimal operating conditions. This lifespan is crucial as the inverter is a key component in the system and its replacement is an important consideration for the long-term planning and costing of the solar installation.

At Solpro, we understand that the inverter plays a central role in the efficiency of a solar system. That's why we focus on high-quality inverters that offer maximum performance and reliability. Despite the robust design and high quality of our inverters, it is common and often advisable to replace the inverter at least once during the lifetime of the solar installation. This ensures that the system continuously operates with the best available technology and delivers optimum performance.

Regular maintenance and, if necessary, replacement of the inverter are part of our commitment to providing Solpro customers with a reliable and high-performance solar solution. We provide our customers with comprehensive advice on the lifespan of their inverters and offer support in the planning and implementation of maintenance or replacement measures. This proactive approach enables us to maximize the long-term efficiency and profitability of our customers' solar installations.

At Solpro, we understand that every solar installation is unique and has different performance requirements. Therefore, we offer inverters in different power classes tailored to the specific needs and sizes of our solar systems. Choosing the right inverter is crucial to the efficiency and effectiveness of the solar system, as it converts the direct current generated by the PV modules into usable alternating current.

The power class of an inverter should be carefully matched to the nominal power of the PV modules. This ensures that the inverter can convert the electricity efficiently and thus maximize the energy yield. At Solpro, we make sure that the inverter optimally matches the size of the solar system - not too large to avoid unnecessary costs and not too small to prevent power losses.

The right choice of inverter power class is an essential part of our commitment to providing our customers with efficient and customized solar energy solutions. Our experts advise each customer individually to ensure that the best and most efficient inverter option is chosen for their specific solar installation. This way, our customers can be sure that their Solpro solar system is optimally configured to achieve maximum performance and long-term energy savings.

At Solpro, we attach great importance to the quality and efficiency of our solar systems. That's why we only use inverters from renowned premium manufacturers such as Huawei and Fronius. Our selection of three-phase brand inverters is characterized by high performance and an efficiency of at least 98%. These inverters are WLAN-capable and offer state-of-the-art technology for optimum energy conversion.

In addition, our inverters are equipped with at least two MPP trackers, which guarantees maximum energy efficiency. The ability to be combined with a PV battery extends the flexibility and adaptability of our systems. We offer customized solutions to meet the specific requirements of our customers. For customers who require additional security in the event of power outages, our MAX package also includes a 3-phase emergency power supply with an output of up to 30 kWp.

These high-quality inverters are a central component of Solpro solar systems and play a key role in providing our customers with a reliable, efficient and long-term profitable energy solution. With Solpro, you are choosing the latest technology and highest quality to maximize your investment in renewable energy.

The Solpro solar systems in the standard ECO and PRO packages are not designed for an autonomous power supply in the event of a blackout. These systems do not offer an integrated emergency power function. This means that in the event of a power failure in the public grid, these solar systems would also be without a power supply.

However, Solpro has developed a special solution for customers who want an independent power supply even in the event of a blackout. With our MAX package, we offer a solar system with 3-phase emergency power. This version enables you to continue to be supplied with electricity even if the public power grid fails.

The MAX package is specifically designed to provide a reliable power source in emergency situations, offering an additional layer of security for your home. With this option, Solpro ensures greater energy independence, which can be particularly beneficial in regions with frequent power outages or unstable power grids. With the MAX package, you protect yourself and your home against unforeseen power interruptions and enjoy the continuous availability of your solar energy.

The efficiency and functionality of a photovoltaic system from Solpro are not limited to days with direct sunlight. Our solar systems are designed to produce electricity even on cloudy days. While maximum energy production is naturally achieved in clear, sunny weather, the solar panels are capable of converting diffuse sunlight - which is present even on cloudy days - into usable energy.

This means that your Solpro solar system will continuously contribute to reducing your energy costs, regardless of the daily weather conditions. The ability to operate efficiently in varying weather conditions makes Solpro solar systems a reliable and sustainable solution for your energy needs. You can rely on your system to contribute even on less sunny days, making the Solpro solar system an economical and environmentally friendly choice for your home or business.

Investing in a photovoltaic system from Solpro offers both financial and ecological benefits. Photovoltaics, an increasingly important source of energy, covers up to 35 percent of the total electricity demand in Germany and Austria on sunny days. Thanks to government subsidies, photovoltaic systems from Solpro are now easier to finance and offer an attractive option for environmentally conscious electricity generation. From an ecological point of view, photovoltaics is particularly convincing, as it works without carbon dioxide emissions and without inconveniencing local residents.

Financially speaking, photovoltaics can be worthwhile depending on various factors, including the solar radiation conditions at the location, the cost of electricity from the grid, the investment and operating costs of the system as well as government support measures such as feed-in tariffs and subsidy programs. An individual profitability calculation based on these factors and the specific circumstances of your project is recommended. In many cases, however, photovoltaics enables long-term savings in electricity costs and can provide a positive return on investment. In addition, it offers significant environmental benefits as it uses renewable energy and helps to reduce CO2 emissions.

The question of whether a solar system makes economic sense in all regions can be answered positively at Solpro, albeit with a few considerations. In general, a solar installation makes economic sense in most regions, provided that important factors such as roof orientation, angle of inclination and possible shading are taken into account. In sunny areas and countries with attractive subsidy programs or payments for electricity fed into the grid, the economic viability is generally higher.

Solar systems from Solpro offer high efficiency and are therefore a lucrative investment in many regions. The efficiency of a solar system depends on the amount of sunlight it captures. Therefore, locations with higher levels of sunlight, such as southern regions, are often better suited for the installation of a solar system. Nevertheless, solar systems can also be profitable in less sunny areas, especially if government subsidies and financial incentives are available.

At Solpro, all relevant factors are carefully analyzed to ensure that your solar system is optimally configured and delivers the maximum yield. Regardless of your geographical location, a solar system from Solpro offers the opportunity to switch to sustainable and environmentally friendly energy while achieving long-term savings. Professional advice and planning is crucial to ensure the cost-effectiveness of your solar system and achieve maximum energy efficiency.

The Renewable Energy Sources Act (EEG) brings specific advantages for buyers of a PV system from Solpro, especially for those whose systems have an output of between 3 and 20 kilowatts peak. This law contains welcome innovations that directly benefit Solpro customers. These innovations include tax breaks that reduce the financial burden for system owners and make the use of renewable energies more attractive.

Another important benefit introduced by the EEG is the accelerated connection of PV systems to the local grid operator. This means that Solpro customers can commission their systems more quickly and start generating electricity. The fast connection to the grid increases the efficiency of the entire installation and allows system owners to reap the benefits of their investment sooner.

Overall, the Renewable Energy Sources Act promotes the use of solar systems through financial incentives and improved framework conditions. For Solpro customers, this means an easier and more economical switch to renewable energy sources. The EEG therefore plays a crucial role in driving forward the energy transition and making it easier for consumers to access sustainable and clean energy. By taking advantage of these benefits, Solpro customers can not only reduce their energy costs, but also make an active contribution to climate protection and the reduction of CO2 emissions.

The cost of a photovoltaic system varies depending on the size, quality of the components and installation effort. For an average single-family home system, the costs can be between 1,000 and 1,800 euros per installed kilowatt peak (kWp). A typical system of 5 kWp can therefore cost between 5,000 and 9,000 euros. Any additional costs for installation, the inverter and the mounting system must also be taken into account.

When calculating the costs, it is important to also take into account long-term savings from lower electricity bills and possible government subsidies. These can significantly reduce the investment costs and shorten the payback period. It is advisable to obtain several quotes and compare them in terms of price/performance in order to make the best decision for your needs and budget.

The advantages of a photovoltaic system are manifold and include both ecological and economic aspects. The main advantages include

1. 1. Energy independence:
      A photovoltaic system enables you to generate your own electricity, which leads to increased independence from energy suppliers and protection against rising electricity prices.
      
      
   2. Reduction of CO2 emissions:
      photovoltaic systems produce environmentally friendly electricity without harmful emissions, which actively contributes to climate protection.
      
      
   3. Long-term cost savings:
      Despite the initial investment costs, you can save on electricity costs in the long term as you need to purchase less electricity from the grid.
      
      
   4. Increasing the value of your property:
      Houses with photovoltaic systems are often worth more, as they offer lower operating costs and a future-oriented energy supply.
      
      
   5. Use of subsidies:
      Many regions offer financial incentives and subsidy programs to support the installation of photovoltaic systems.
      
      
   6. Technological advances:
      Photovoltaic technology is constantly evolving, resulting in higher efficiency and better system performance.

Overall, photovoltaic systems offer a sustainable and future-proof way of generating and using energy.

Opting for a comprehensive system solution from Solpro, which includes an energy storage system, a wallbox and an energy management system in addition to the PV system, offers numerous advantages. Such a complete solution not only significantly increases the degree of self-sufficiency of your home, but also increases the savings potential over the coming years.

Integrating an electricity storage system into your solar system makes the overall system much more flexible. You are able to use the electricity you generate yourself at any time of day or night instead of feeding it into the grid at low tariffs. This maximizes the use of your solar energy and reduces your dependence on the public grid.

In addition, the wallbox offers a practical solution for charging electric vehicles with self-generated energy, which further increases the ecological benefits of your system. Solpro's energy management system optimizes the distribution and use of energy so that you can get the most out of your investment.

Overall, choosing a complete solution from Solpro offers significant financial and environmental benefits. You benefit from a more efficient use of energy, lower electricity bills and a contribution to the environment by reducing your CO2 emissions. With this holistic approach to solar energy, you are ideally placed to take full advantage of the benefits of renewable energy.

Investing in a 10 kWp solar system with storage at Solpro depends on several important factors. These include the location of the installation, the choice of solar panels, the type of energy storage system and specific installation requirements. It is important to note that Solpro offers customized complete PV packages for various applications, including residential, commercial and agricultural.

The prices quoted for our 10 kWp solar systems serve as a guideline and may vary depending on the individual needs and requirements of the project. Our complete PV packages are designed to offer an optimal balance between performance, quality and cost-effectiveness. At Solpro, we attach great importance to offering our customers transparent and fair pricing so that you can make an informed decision about your investment in sustainable energy.

We understand that every solar energy investment is unique, and our team of experts is ready to provide a detailed cost estimate based on your specific requirements. With a Solpro solar system, you are not only investing in environmentally friendly energy, but also in a long-term cost-effective solution for your energy needs.

The cost of a solar power system can vary depending on the size of the system, the technology used and other factors. In principle, the total price is made up of the costs for the solar modules, the inverter, the installation, the mounting system and any additional accessories such as a battery storage system. 

1. 1. Solar modules:
      The price of solar modules depends on their type and quality. Monocrystalline modules are generally more expensive than polycrystalline modules, but also offer higher efficiency.
      
      
   2. Inverter:
      The inverter, which converts the direct current from the solar cells into alternating current, is an essential component of the system and also contributes to the overall costs.
      
      
   3. Assembly and installation:
      The installation costs can vary depending on the complexity of the project and the local conditions. This includes the labor costs for installation and setting up the system.
      
      
   4. Mounting system:
      The mounting system that attaches the modules to your roof or installation site also has an influence on the costs.
      
      
   5. Additional accessories:
      Optional accessories such as battery storage systems to store the solar power or intelligent energy management systems can increase costs, but also offer additional benefits and flexibility.

It is also important to consider funding programs and tax incentives that can effectively reduce costs. Energy efficiency consultations can help assess the overall costs and potential savings. Overall, it is advisable to get several quotes and compare them carefully to find the best solution for your specific needs.

There are several options available for financing solar systems:

1. 1. Cash payment:
      Direct payment for the solar system often brings the greatest long-term savings and allows immediate ownership rights.
      
      
   2. Solar loans:
      These are special loans for financing solar systems. They enable the immediate purchase of the system and ownership is transferred directly to the buyer. Loans can be either secured or unsecured.
      
      
   3. Leasing:
      With this option, you pay a monthly fee to use the solar system without owning it. This offers a lower initial investment, but you do not benefit from subsidies and incentives that owners are entitled to.
      
      
   4. Power Purchase Agreements (PPAs):
      Here, the system is installed and operated by a third party and you pay for the solar power you use, often at a lower price than the normal electricity tariff.

Each financing option has its specific advantages and disadvantages. It is important to evaluate these in the context of your financial situation and long-term energy goals.

The question of whether a solar system is economically viable is of great importance to Solpro customers. The cost-effectiveness of a solar system depends on many factors, including the cost of purchase and installation, the electricity prices on the market, possible subsidies and payments as well as the service life and efficiency of the system. In sunny areas and taking attractive subsidies into account, a solar system can generally pay for itself more quickly.

Solpro offers high-quality solar systems that not only increase property value in the short term, but also make economic sense in the medium to long term. Thanks to advanced technology and efficient design, Solpro's solar systems are designed to achieve maximum energy yields and thus increase profitability for the customer. In addition, government subsidy programs and feed-in tariffs help to reduce investment costs and shorten the payback period.

In addition to the financial aspects, Solpro solar systems offer environmentally friendly benefits. They produce clean, renewable energy and reduce dependence on fossil fuels. This helps to reduce CO2 emissions and protect the environment. By choosing a solar system from Solpro, customers can therefore not only benefit financially, but also make an active contribution to climate protection. All in all, a solar system from Solpro is a future-proof investment that offers both economic and ecological benefits.

Customers who decide to purchase a photovoltaic system from Solpro can benefit from significant tax exemptions. One important regulation that comes into play here is the exemption from taxation for electricity generated by systems with a capacity of up to 30 kilowatts peak.

In addition to this direct tax relief, this regulation also eliminates the obligation to install a separate producer electricity meter. This considerably simplifies the operation and management of the solar system and reduces the initial installation costs and administrative effort.

These tax exemptions are an important aspect that makes investing in a solar system from Solpro even more attractive. They make it easier to start using renewable energy and reduce the overall costs of the system. This makes the use of clean and green energy increasingly accessible and profitable, not only from an environmental but also from a financial point of view.

For customers looking for a sustainable and cost-efficient energy source, Solpro offers an additional incentive to invest in an environmentally friendly future with these tax incentives. These tax benefits underline Solpro's commitment to promoting renewable energy and help customers make an active contribution to protecting the environment while benefiting from economic advantages.

A key factor in the decision to install a solar system is the payback period - i.e. the period in which the savings from the self-generated electricity offset the initial investment costs. For Solpro solar systems, the payback period varies depending on various factors such as location, solar radiation, energy prices and the specific characteristics of the system. In general, the payback period for Solpro solar systems is between 6 and 12 years.

The exact payback period can be optimized through the use of intelligent energy management systems, such as Huawei EMMA. These systems increase the efficiency of energy generation and use and can therefore significantly shorten the payback period. They enable more intelligent control of the energy flow, maximizing self-consumption and minimizing dependence on externally sourced electricity.

In addition, government subsidies and feed-in tariffs also play an important role in shortening the payback period. These can reduce the initial costs and increase the financial returns, which means that the investment in a Solpro solar system pays for itself more quickly.

Overall, investing in a Solpro solar system is not only a decision for sustainable energy, but also an economically smart choice. With Solpro's advanced technologies and services, customers can optimize their payback period and benefit from the financial and environmental advantages of a solar system in the long term.

An important aspect of Solpro solar systems is the management of surplus electricity generated during peak production times. If the solar system produces more electricity than is consumed in the household or business, there are two main options for using this surplus: feeding it into the public grid or storing it in battery storage systems.

Feeding surplus electricity into the grid is common practice in many countries and regions. The electricity fed into the grid is often remunerated, which can improve the profitability of the solar system. In this case, Solpro customers benefit from feed-in tariffs, which serve as financial returns for the energy fed into the grid. These payments can provide an additional incentive to invest in a solar system, as they help to shorten the amortization period of the system.

Another efficient way to use the surplus electricity is to store it in a battery storage system. This enables Solpro customers to use the self-generated electricity at a later time when the solar system is producing less or no electricity, for example at night or on cloudy days. By using a battery storage system, the self-consumption of the generated electricity can be maximized, which leads to a further reduction in dependence on the public power grid and a reduction in electricity costs.

Overall, the use of surplus electricity from Solpro solar systems offers both financial and environmental benefits. By feeding into the grid or storing in batteries, Solpro customers can maximize the efficiency of their solar system and contribute to the promotion of renewable energy. These options support a sustainable energy supply and help to reduce dependence on fossil fuels.

Solar systems from Solpro are an excellent choice not only because of their energy efficiency, but also because of their environmental friendliness. During operation, solar systems produce no harmful emissions, making them a clean energy source. This is a decisive advantage over conventional energy sources that are based on the combustion of fossil fuels and contribute to air pollution and climate change.

It is true that the production of solar cells and modules requires energy and resources. However, this initial environmental impact is more than compensated for over the lifetime of the solar system through clean energy production. Solpro places great emphasis on sustainable manufacturing practices and offers "clean" modules manufactured in Germany. These local production standards not only guarantee high quality, but also more environmentally friendly manufacturing.

The use of solar systems from Solpro is therefore an active contribution to environmental protection. By switching to renewable energy, customers reduce their carbon footprint and support the energy transition. Solar systems help to reduce dependence on fossil fuels and contribute to a more sustainable and greener future.

In summary, Solpro solar systems are an environmentally conscious choice that both reduces individual energy costs and has a positive impact on the environment. By investing in a Solpro solar system, customers can be sure that they are using a sustainable and environmentally friendly energy source that contributes to the preservation of our planet.

Before a solar system from Solpro can be installed, certain conditions must be met to ensure optimum performance and efficiency of the system. First of all, it is important to have a suitable roof area or open space for the installation. Ideally, this area should be of sufficient size and have a suitable orientation to capture the maximum solar radiation. Optimal orientation and tilt of the roof are crucial to maximize the energy yield of the solar panels.

Shading from surrounding buildings or trees can significantly impair the efficiency of a solar installation. It is therefore important to identify such potential obstacles in advance and take them into account when planning the system. Solpro offers comprehensive advice and analysis to ensure that the installation site is suitable for a solar system.

Approval procedures and building regulations must also be observed. In some regions, permits or certain regulations may be required before a solar system can be installed. Solpro supports customers in complying with these legal requirements and assists in obtaining the necessary permits.

Professional installation is crucial to ensure the long-term performance and safety of the solar system. Solpro ensures that every installation is carried out by qualified professionals who have the necessary knowledge and experience to install the solar system efficiently and to the highest standards.

Overall, installing a solar system at Solpro is a carefully planned and executed process that takes into account the specific needs and circumstances of each customer. With Solpro's expert support, customers can be sure that their investment in renewable energy is put to the best possible use and that they can enjoy maximum energy efficiency from their new solar system.

A solar system from Solpro offers a wide range of benefits and is a worthwhile investment for a broad target group. For homeowners interested in long-term savings on their electricity costs, a solar system offers an effective solution. By switching to solar energy, significant cost savings can be achieved by reducing dependence on traditional energy sources and the associated price fluctuations.

In addition to the financial aspects, the contribution to environmental protection also plays an important role. People who want to actively reduce their carbon footprint and get involved in climate protection will find Solpro solar systems an ideal way to do so. Solar systems produce clean, renewable energy and therefore help to reduce greenhouse gas emissions. They enable owners to make an active contribution to protecting the environment without sacrificing comfort or performance.

In addition, Solpro solar systems are a sustainable energy source that contributes to a greener and more environmentally friendly future. By opting for a Solpro solar system, customers can not only benefit from financial advantages, but also demonstrate their commitment to a more sustainable way of life. Installing a Solpro solar system is therefore an investment that makes both economic and ecological sense and contributes to a better and more sustainable world in the long term.

When comparing renting and buying a PV system from Solpro, buying usually proves to be more economically advantageous. In most cases, the long-term savings in electricity costs achieved by owning a solar system exceed the cost of a rental option. A major advantage of buying a Solpro solar system is the increase in the value of your property. As the owner of the system, you benefit directly from this increase in value, which represents an additional financial investment.

In addition, the purchase of a Solpro solar system offers the opportunity to become independent of rising electricity prices in the long term. With your own system, you protect yourself against future energy price fluctuations and invest in a sustainable energy supply. Not only from a financial point of view, but also in terms of ecological sustainability.

In summary, buying a solar system from Solpro not only offers immediate cost savings on energy bills, but also long-term financial benefits by increasing the value of the property. These aspects make the purchase of a Solpro PV system a smart financial decision for any homeowner who wants to think both economically and ecologically.

The decision between renting and buying a PV system from Solpro should also take into account the maintenance costs. It is a common misconception that rented PV systems are generally maintenance-free and therefore cheaper than purchased systems. In reality, rental contracts can often contain hidden maintenance costs that must be borne by the tenant. These additional costs can reduce the supposed savings from renting.

In contrast, buying a Solpro solar system allows you to choose high quality systems that require less maintenance in the long term. This can offer long-term cost benefits as maintenance frequency and associated costs are reduced. When purchasing a system, the owner also has full control over maintenance and can decide how and when it is carried out, which can provide further savings.

In summary, buying a Solpro solar system not only offers the benefits of independence and control over the system, but can also be more cost effective than renting in the long term, especially when you consider the potential hidden costs and restrictions of rental contracts. Ownership therefore offers not only financial benefits, but also greater security and flexibility in terms of the maintenance and servicing of the solar installation.

Flexibility in adapting and expanding a solar system is an important factor to consider when deciding between buying and renting. With Solpro, buying a photovoltaic system offers significantly more flexibility compared to renting. As the owner, you have full control over your system and can make decisions about size, components and possible extensions according to your individual needs and preferences. This allows you to react flexibly to changes in energy requirements or new technological developments.

In contrast, renting a PV system can often entail restrictions in terms of customization and expansion. Tenants are usually bound by the terms of the rental agreement, and changes or extensions to the system may be limited or only possible at additional cost. This can lead to disadvantages in the long term, especially if energy requirements change or if you want to benefit from technological improvements.

By purchasing a Solpro solar system, you secure the option of designing and expanding your system according to your wishes. This flexibility is a key benefit for homeowners looking to invest in a long-term, sustainable energy solution. Not only does it offer the ability to adapt the system to current and future needs, but it also maximizes the potential for energy savings and a higher return on your investment.

The question of whether rented photovoltaic systems from Solpro are easier to insure than purchased ones is an important aspect for many of our customers. In general, the insurance of a PV system is independent of whether it is rented or purchased. Most insurance companies offer similar conditions and premiums for both options. The quality of the system and the individual risk factors are decisive for the insurance.

In the case of a rented system, the landlord may take over the insurance and include the costs in the rent. With purchased systems, on the other hand, the owner is responsible for the insurance. This gives you, as the owner of a Solpro solar system, the opportunity to choose an insurance policy that is tailored specifically to your needs and requirements.

The quality of Solpro's equipment ensures that regardless of the option chosen - purchase or rental - insuring the equipment is straightforward. High quality systems such as those from Solpro tend to carry less risk, which can have a positive impact on insurance terms and costs. Whether you choose to buy or rent a Solpro solar system, you can be confident that insuring your system is a clear and simple matter, designed to protect your investment for the long term.

The question of whether there are tax advantages that make renting a PV system more attractive than buying one is of interest to many of our Solpro customers. In general, buying a PV system offers clearer and more direct tax advantages and access to subsidies that are often not available to the same extent with a rental model. When you buy a system, you benefit directly from these tax incentives, which can significantly improve the profitability of your investment.

An important aspect here is that the state subsidies for solar systems generally go to the owner of the system. With a rental model, these benefits can initially go to the landlord. Although landlords often have to pass these benefits on to tenants, it is often unclear in a tenancy how the rental costs are made up and whether the subsidies actually lead to a lower rent.

In addition, the purchase of a Solpro solar system offers long-term financial benefits that go beyond mere tax savings. As the owner of the system, you benefit from a long-term increase in the value of your property and from savings on electricity costs that accumulate over the years. Overall, buying a solar system from Solpro therefore offers a more transparent and potentially more economical solution compared to renting a system, especially when you consider the long-term financial benefits and direct tax incentives.

When purchasing a PV system, it is important to carefully consider all the costs involved in order to make an informed investment decision. Sometimes particularly favorable offers can be misleading if they do not include all the necessary items. Customers should ensure that their quote includes the costs of installation, grid connection and all relevant accessories. Without this consideration, an initially attractive offer can quickly lead to unexpected expenses.

Solpro strives to ensure transparency and clarity in its offers. We offer comprehensive solutions, with all the necessary components and craftsmanship coming from a single source. This means that our offer includes not only the PV modules themselves, but also all additional elements and services necessary for a complete and functioning installation.

A transparent and comprehensive offer from Solpro guarantees that there are no hidden costs. Customers can understand the total cost of their investment and avoid being surprised by additional expenses later on. This approach ensures that customers have a clear idea of the cost-effectiveness of their solar installation from the outset, allowing them to benefit from financial savings and a reliable energy supply in the long term.

To make optimum use of the solar power from your photovoltaic system, it is important to maximize self-consumption. This means using the self-generated electricity primarily for your own needs, especially at times of high solar radiation.

One example could be making coffee with solar power in the morning, while at lunchtime the solar energy is used to charge the electricity storage unit. In the evening and at night, the stored electricity can then be used to power electrical appliances. By using the electricity when it is generated or storing it for later use, you can reduce your dependence on the public grid and lower your electricity costs.