Agri-PV systems / AgriPV: A huge opportunity with agriphotovoltaics for agriculture and the energy transition

Agriphotovoltaics: potential, projects and challenges for agriculture and the environment

What is agriphotovoltaics?

Agriphotovoltaics, also known as Agri-PV, is an innovative concept in which solar systems are operated in combination with agricultural use. Photovoltaic modules are installed over agricultural areas, creating a dual use of the area: energy production through the solar system and at the same time agricultural production underneath.

The synergy of agriculture and renewable energy production

Agri-PV systems offer a unique opportunity to address the challenges of agriculture and the energy transition at the same time. Farmers can continue to grow crops in their fields or even graze livestock while using solar energy to produce electricity. This enables sustainable and environmentally friendly land use.

Increasing agricultural yields

Studies have shown that agri-PV systems can positively influence the microclimate under the solar modules. The shade provided by the modules can help reduce evaporation and therefore reduce the water requirements of plants. Additionally, the photovoltaic panels can protect crops from extreme weather conditions such as hail or excessive sunlight, potentially increasing agricultural yields.

Contribution to the energy transition

The integration of agri-PV systems into agriculture is an important contribution to the energy transition. The additional use of agricultural land for energy production can advance the expansion of renewable energies without requiring additional space. This helps reduce dependence on fossil fuels and reduces CO2 emissions.

Promoting regional energy supply

Agri-PV systems offer the opportunity to generate and use renewable energy locally. This strengthens the regional energy supply, as the electricity produced can be fed directly into the power grid or used locally. This can also help relieve pressure on the power grid and reduce the need for new lines and transmission capacity.

Research and development in the agri-PV sector

The development of agri-PV systems is an emerging research area. Researchers and technology companies are working to further optimize the efficiency of combining agriculture and photovoltaics. New technologies such as bifacial solar cells, which can use both direct sunlight and reflected radiation, are showing promising results and could further increase energy yield.

Examples of successful agri-PV projects

There are already several successful Agri-PV projects around the world that show how this concept can be implemented. An example is a project in Japan where solar panels were installed over rice fields. The combination of rice and electricity production led to sustainable land use and improved energy production. In Germany and other European countries, more and more agri-PV systems are being built on agricultural land in order to exploit the potential of both sectors.

Challenges and opportunities

Despite the promising benefits of Agri-PV, there are also challenges to overcome. These include, for example, the possible impairment of agricultural work processes during the construction and maintenance phase of the solar systems. In addition, legal and political frameworks must be created to enable the smooth integration of agri-PV into agriculture.

Agriphotovoltaics, the huge opportunity for agriculture

Overall, however, agriphotovoltaics offers a huge opportunity for agriculture and the energy transition. The synergy effects between renewable energy production and agricultural production can lead to a more sustainable and efficient use of resources. With the further development of technologies and the support of research and policy, Agri-PV could become a sustainable solution to the challenges of our time.

Partially transparent solar modules are already being used in a research facility in the “Model Region Agri-Photovoltaics Baden Württemberg”.

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• Agri-Solar for fruit growing: Agri-PV in Baden-Württemberg and Rhineland-Palatinate for CO2-neutral fruit growing (fruit and vegetables)

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The solar system planner for the most common applications: Plan the solar system online here - Image: Xpert.Digital

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Innovation for climate protection: Agri-Photovoltaics Agency is revolutionizing agriculture

Agri-Photovoltaic Agency: Promotion and coordination of agricultural PV projects

An agri-photovoltaics (agri-PV) agency is a company or organization that specializes in the promotion and coordination of agricultural PV projects. The main task of such an agency is to use agricultural land for the installation of photovoltaic systems, thereby creating a sustainable symbiosis between agricultural production and renewable energy production.

Important and interesting details:

• Agri-PV combines the advantages of agricultural land use with electricity generation from solar energy.
• The agency supports farmers and property owners in identifying suitable areas for agricultural PV projects.
• She offers advice on technical, legal and financial aspects of Agri-PV integration.
• The agency helps with applying for funding and other financial incentives for the implementation of agricultural PV systems.

Planning office for Agri-PV: Detailed conception and project planning of agricultural photovoltaic systems

A planning office for agri-PV specializes in developing detailed concepts and projects for agricultural photovoltaic systems. It ensures that the planned facilities are optimally integrated into the agricultural environment and the efficiency and profitability of the project are maximized.

Important and interesting details:

• The planning office carries out site analyzes to determine the best possible orientation and inclination of the solar modules.
• It takes into account the agricultural use of the land in order to minimize shadows and disruption to agricultural production.
• The office creates technical drawings and calculations for the solar modules, inverters, power storage and the grid connection concept.
• It checks the grid connection capability and clarifies the legal requirements and approval procedures for the construction of the systems.

Agricultural PV engineering office: implementation and technical realization of agricultural PV projects

An agricultural PV engineering office takes over the implementation and technical realization of agricultural PV projects. It is responsible for the installation of the photovoltaic systems and ensures the smooth commissioning of the systems.

Important and interesting details:

• The engineering office procures the necessary materials and components for the solar systems.
• It coordinates the construction work and ensures that safety and quality standards are met.
• The office monitors construction and carries out regular inspections to ensure that the facilities are functioning properly.
• It also offers regular maintenance and service services after completion to ensure the long-term performance of the systems.

AgriPV solar company and construction company from a single source: complete solutions for agricultural PV projects

An AgriPV solar company and construction company from a single source is an integrated company that covers both the planning and technical implementation of agricultural PV projects as well as the construction of the systems. This approach offers customers a holistic solution and enables projects to be carried out efficiently and smoothly.

Important and interesting details:

• The company combines the know-how of an agricultural PV planning office with the resources of an agricultural PV engineering office and a construction company.
• This allows for seamless coordination between the different phases of the project, saving time and costs.
• Customers have a single point of contact for the entire project, making communication and coordination easier.
• The company can rely on proven technologies and proven methods to ensure the quality and reliability of the systems.

Synergy effects

Overall, these companies and agencies help promote the integration of solar energy into agriculture and advance a sustainable energy transition. By using agricultural land to generate renewable energy, synergy effects can be achieved and important contributions can be made to climate protection and energy supply.