One of the top ten: Solar/photovoltaic PV ground-mounted system as well as solar park manufacturer and provider advice

Solar and photovoltaic ground-mounted systems as well as solar parks play an important role in generating renewable energy from sunlight. When planning, developing and implementing such systems, advice from experienced manufacturers and suppliers is of great importance. Here are some important aspects that such a manufacturer and provider should be able to provide:

Expertise in project development

A top manufacturer and provider of solar and photovoltaic ground-mounted systems as well as solar parks should have extensive experience and expertise in project development. This includes site assessment, space search, planning of facility size and configuration, and creation of an efficient and economically viable project plan.

Technical planning and design

The manufacturer and provider should be able to carry out detailed technical planning and design of the system. This includes the selection of suitable solar modules, inverters, mounting systems and other components as well as the dimensioning of the system to ensure optimal energy production.

Approval process and legal aspects

The advice should also include support with the necessary approval procedures and legal aspects. The manufacturer and provider should have knowledge of local regulations, environmental requirements and grid connection conditions to enable smooth approval and commissioning of the system.

Procurement and delivery of components

An experienced manufacturer and supplier should have a wide network of suppliers to source high-quality solar panels, inverters and other components. The components should be delivered reliably and on time to avoid delays in project implementation.

Construction management and installation

The manufacturer and provider should have an experienced team of project managers and specialists to take over the construction management and installation of the system. This includes coordination of construction activities, quality assurance and compliance with safety standards to ensure efficient and successful implementation of the project.

maintenance and service

A reliable manufacturer and provider should also offer maintenance and service services for the solar and photovoltaic system. This includes regular inspections, cleaning, maintenance and troubleshooting to ensure the long-term performance and efficiency of the system.

Xpert advice on solar and photovoltaic (PV) ground-mounted systems as well as solar parks – Image: Xpert.Digital

➡️ Advice from a top manufacturer and provider of solar and photovoltaic ground-mounted systems as well as solar parks can help ensure that the project is successfully implemented and that reliable and sustainable electricity generation is guaranteed. By working with experienced professionals like Xpert.Solar, customers can benefit from their expertise, resources and networks to achieve optimal results.

With our user-friendly solar system planner you can plan your individual solar system online. Whether you need a solar system for your home, your business or for agricultural purposes, our planner offers you the opportunity to take your specific requirements into account and develop a tailor-made solution.

The planning process is simple and intuitive. You simply enter relevant information. Our planner takes this information into account and creates a tailor-made solar system that meets your needs. You can try out different options and configurations to find the optimal solar system for your application.

Additionally, you can save your plan to review later or share with others. Our customer service team is also available to answer your questions and provide support to ensure your solar system is optimally planned.

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The term “solar park” is often used synonymously with the term “photovoltaic (PV) ground-mounted system”. However, there are actually some differences between these two terms that can indicate different aspects of the investments.

Conceptual differences

The term “solar farm” generally refers to a larger area used for the installation of solar panels to generate electricity. A solar farm can accommodate various types of solar technologies, including photovoltaic panels and possibly solar thermal systems. On the other hand, the term “ground-mounted PV system” specifically refers to a system that uses photovoltaic panels to generate solar power.

Size and performance

Solar parks are usually larger and have a higher installed capacity compared to ground-mounted PV systems. Solar farms can contain hundreds to thousands of solar panels and have significant electricity generation capacity. However, ground-mounted PV systems can vary in size and performance and can include both small and larger installations.

Integration into the power grid

Solar parks are often integrated into the power grid and supply the solar power generated to the public power grid. They can help integrate renewable energy into the overall system and contribute to the power supply. Ground-mounted PV systems can also be integrated into the power grid, but can also be designed for local self-consumption, for example for agricultural operations or industrial plants.

Choice of location

The choice of location for solar parks and ground-mounted PV systems can vary. Solar farms are often built in locations with favorable conditions for solar energy production, such as high levels of solar radiation and sufficient available land. Ground-mounted PV systems can also be built in such locations, but can also be installed for specific purposes or on a more limited scale on agricultural land or other suitable areas.

Solar parks as well as ground-mounted PV systems with Xpert – Image: Xpert.Digital

➡️ Despite these differences, both solar parks and ground-mounted PV systems refer to the use of solar energy to generate electricity on larger areas outside of buildings. Both contribute to the promotion of renewable energy and the reduction of greenhouse gas emissions.

Ideal choice of location for solar parks – Image: Xpert.Digital

There are a number of important factors to consider when choosing the ideal location for solar farms. Here are some of them:

Sunlight

An optimal location for a solar farm should have high solar radiation as this maximizes the efficiency of the solar panels and electricity generation. Locations with many hours of sunshine per year and little cloud cover are particularly suitable.

Surface orientation and slope

The area should ideally face south to ensure maximum sunlight. In addition, a suitable inclination of the surface is important to ensure the optimal angle of incidence of the sun's rays on the solar modules.

Availability of space

The size and availability of suitable space is a crucial factor. Solar farms require sufficient space to install a large number of solar panels. Agricultural land, former industrial wasteland or unused land may potentially be suitable.

Network connection

A good connection to the power grid is important in order to efficiently feed the solar power generated into the grid. Proximity to existing transmission and distribution lines facilitates grid connection and reduces grid connection costs.

Approval capability

The choice of location should also take into account the ability to obtain approval. Different regions have different permitting processes and regulations for solar farms. Choosing a location that is already approved for such projects or has a high probability of successful approval can speed up project implementation.

Environmental Impact

It is important to consider the potential environmental impact of a solar farm. Nature reserves, sensitive ecosystems or species worthy of protection should be avoided. The choice of location can also offer ecological benefits, e.g. B. the renaturation of brownfields or the creation of habitats for certain species.

➡️ Other aspects that can be taken into account when choosing a location include infrastructure availability (access to roads, water, etc.), the local economy and labor availability, as well as any financial or tax incentives from governments or authorities.

➡️ Choosing the ideal location is crucial to the success of a solar farm as it has a direct impact on the project's power generation capacity, profitability and environmental impact. A thorough location analysis and consideration of the above-mentioned factors is therefore essential.

Choosing an ideal location for ground-mounted photovoltaic (PV) systems is of great importance to ensure optimal power generation and project profitability. Here are some important aspects to consider when choosing a location:

Sunlight

An ideal location for a ground-mounted PV system should have high levels of solar radiation. Regions with many hours of sunshine per year and low cloud cover are particularly suitable as this maximizes the efficiency of solar panels and electricity production.

Orientation of the surface

The orientation of the area should preferably be south to receive maximum solar radiation. A southern orientation allows the solar modules to optimally capture sunlight and thus maximize energy production.

Tilt of the surface

The inclination of the surface is also important to ensure the optimal angle of incidence of the sun's rays on the solar modules. A slope that takes into account the latitude of the site can improve the performance of the PV system.

Availability of space

The size and availability of suitable areas are crucial. Ground-mounted PV systems require sufficient space to install a large number of solar modules. Brownfields, agricultural land or brownfield sites can potentially be suitable locations.

Network connection

A good connection to the power grid is important in order to efficiently feed the solar power generated into the grid. Proximity to existing transmission and distribution lines facilitates grid connection and reduces grid connection costs.

Approval capability

The choice of location should also take into account the ability to obtain approval. Different regions have different approval processes and regulations for ground-mounted PV systems. Choosing a location that is already approved for such projects or has a high probability of successful approval can speed up project implementation.

➡️ Other important factors may include the availability of infrastructure (access to roads, water, etc.), the local economy and workforce, and any financial or tax incentives from governments or authorities.

➡️ Careful analysis and consideration of these aspects when choosing the location of a ground-mounted PV system can help ensure that the project is successful and ensure efficient use of solar energy.

The potential for ground-mounted PV systems and solar parks in the German-speaking region, consisting of Germany, Austria and Switzerland, is considerable. Here is some important information about the potential of this region:

Germany

Germany has many years of experience and is one of the pioneers in the use of solar energy. The country has a large installed PV capacity, both on roofs and in open spaces. According to the German Solar Industry Association (BSW Solar), there was an installed PV capacity of over 54 gigawatts in Germany at the end of 2020. The potential for additional ground-mounted PV systems and solar parks is promising due to the government's commitment to renewable energy and further expansion of solar energy.

Austria

Austria also has significant potential for ground-mounted PV systems and solar parks. The country has favorable geographical conditions and high levels of solar radiation. According to Photovoltaic Austria (PVA), around 2.5 gigawatts of PV power was installed in Austria at the end of 2020. There remains a lot of unused land that can be used for ground-mounted PV systems, and the potential for solar energy expansion is promising.

Switzerland

Switzerland also has considerable potential for ground-mounted PV systems and solar parks. Although the country is geographically more demanding than Germany and Austria, there is still sufficient area potential to use solar energy. According to the Federal Office of Energy (SFOE), there was an installed PV capacity of around 3.2 gigawatts in Switzerland at the end of 2020. Switzerland has set itself the goal of further expanding its share of renewable energies, which increases the potential for ground-mounted PV systems and solar parks.

➡️ Overall, the potential for ground-mounted PV systems and solar parks in German-speaking countries is promising due to growing interest in renewable energies, political support and technological advances. There are still significant land reserves that can be used for solar energy, and the expansion of solar energy will help to increase the share of renewable energy in electricity generation and advance the energy transition.