Germany's largest agri-photovoltaic (agri-PV) plant is located in Saxony-Anhalt near Apenburg in the Altmarkkreis Salzwedel district

An ambitious agri-photovoltaics project by the Altmark farmer Paul-Werner von der Schulenburg and the Solar Provider Group (SPG)

The Solar Provider Group (SPG) has established a reputation as an innovator and pioneer in the field of solar energy. Now, it is setting new standards by planning a 20 MW agri-photovoltaic project in Apenburg-Winterfeld, Germany. This ambitious project promises not only clean energy but also a completely new symbiosis between agriculture and renewable energy production.

The size and uniqueness of the project

Germany's largest agri-PV project will cover an impressive 34 hectares, equipped with state-of-the-art solar modules. What truly makes this project revolutionary is the unique arrangement of the modules. SPG is using single-track tracking modules with a remarkable 14-meter spacing between the rows. This generous space allows for simultaneous agricultural use, something previously unattainable in such projects.

A symbiosis between energy production and agriculture

The integration of solar energy and agriculture is the heart of this project. SPG's innovative modules not only provide efficient energy generation but also create an environment where agricultural activities can flourish. The optimal use of available space makes it possible to irrigate plants, raise livestock, and even cultivate specific plant species.

The support of the Apenburg community

The agri-PV project not only has the potential to revolutionize the energy sector, but it also has the full support of the Apenburg-Winterfeld municipality. The Apenburg municipal council has enthusiastically welcomed the project and recognizes its positive impact on the regional economy, energy independence, and environmental protection.

Shaping the future of solar energy

In a time when the importance of renewable energies is constantly growing, the Solar Provider Group is demonstrating with this pioneering project how future energy production and agriculture can go hand in hand. Germany's largest agri-photovoltaic project is not only proof of technological innovation, but also of the power of collaboration between people, nature, and technology.

Semi-transparent solar modules are already being used in a research facility of the "Model Region Agri-Photovoltaics Baden Württemberg".

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Single-track tracking modules are an innovative technology in the field of agrivoltaics and solar parks, designed to optimize the energy production of solar power plants. These modules enable solar panels to be moved along a single track to maximize sunlight yield and increase energy generation efficiency.

Advantages of single-track tracking modules

• Optimal sun alignment: The single-track tracking modules automatically follow the sun's movement across the sky. This ensures the solar panels are always aligned at an optimal angle to the sun, maximizing energy production.
• Higher energy production: Compared to static solar power systems, single-track tracking modules can achieve significantly higher energy production. Their dynamic alignment with the sun allows them to capture more sunlight, resulting in increased electricity generation.
• Improved land use: Agri-photovoltaic systems integrate solar panels onto agricultural land. Single-track tracking modules require less space than conventional systems because they can position the panels closer together. This allows for continued agricultural use of the land.
• Efficient land use: In solar parks, single-track tracking modules enable efficient use of available land. Because the modules require less space and yet generate more energy, solar parks can achieve higher capacity in a limited area.
• Adaptation to weather conditions: Single-track tracking modules can adapt to different weather conditions. In cloudy skies or other adverse weather conditions, they adjust the angle of the solar panels to achieve the best possible solar yield.
• Potential for cost reduction: Although the initial investment costs for single-track tracking modules may be higher, they can reduce the overall cost per unit of energy generated in the long term. This is because the increased energy production can offset the higher purchase price.
• Sustainability and environmental friendliness: The use of single-track tracking modules in agrivoltaics and solar parks contributes to sustainable energy production. Efficient use of sunlight reduces the need for non-renewable energy sources.
• Technological advancements: The technology of single-track tracking modules is constantly evolving. New innovations aim to improve the precision of the tracking systems, increase the durability of the modules, and boost overall efficiency.

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In the picturesque Apenburg-Winterfeld region, one of the largest agriphotovoltaic (agri-PV) systems is currently being built on an area of ​​approximately 35 hectares. This pioneering project combines solar energy generation with ongoing agricultural activities and promises a groundbreaking synergy between renewable energy and sustainable agriculture. The local council's approval on April 12, 2022, marks a significant milestone for this ambitious undertaking. While the project is currently in the pre-construction phase, the plant is expected to begin operation in 2023.

The agri-PV system in Apenburg-Winterfeld stands out from the crowd due to its exceptional combination of solar energy and agriculture. This innovative technology not only enables the environmentally friendly generation of clean energy, but also the simultaneous cultivation of the land for agricultural purposes. This creates a remarkable symbiosis that maximizes the benefits of both areas.

Approval and schedule

The local council's approval on April 12, 2022, was a crucial step towards realizing this groundbreaking project. Since then, the team behind the agri-photovoltaic project has worked diligently to prepare for construction and refine the details. Current plans call for the plant to become operational in 2023. This tight schedule underscores the commitment and determination with which the project is being pursued.

A look at the technology

The core of the agri-PV system consists of the solar panels, which are distributed across the entire area. Particular attention was paid to the spacing between the rows of panels. This generous spacing allows crops to be grown between the solar panels. This not only ensures efficient use of the land but also opens up new possibilities for sustainable agriculture in an increasingly energy-conscious world.

Sustainability and potential

The combination of solar energy and agriculture is not only ecologically beneficial but also holds great economic potential. Using the same land for both purposes saves space and minimizes the ecological footprint. The agriphotovoltaic system in Apenburg-Winterfeld is an impressive example of how innovative technologies can help accelerate the transition to a sustainable energy future.

Setting new standards

The agriphotovoltaic project in Apenburg-Winterfeld is setting new standards for the synergy between renewable energy production and agriculture. With a clear timeline and impressive technology that elegantly combines solar energy and crop cultivation, this plant will undoubtedly make a remarkable contribution to sustainable development. We at Xpert look forward to following the progress of this pioneering project and are excited about the positive impact it will have in the region and beyond.