Frequently Asked Questions About Agri-PV

Yes. The basic principle of Agri-PV is to combine agriculture and electricity generation on the same land. The systems are designed in such a way that farming activities can continue and the agricultural use of the land is preserved.

The agricultural land remains eligible for subsidies even after the Agri-PV system has been installed.

Our Agri-PV concepts are designed to keep restrictions on farming activities to a minimum. The remaining agriculturally usable area depends on the specific system design, but is at least 90%.

Yes. Agri-PV systems can be combined particularly well with grazing on grassland. At the same time, the structures can provide animals with protection from the sun, heat, and adverse weather conditions.

In principle, many types of agricultural land are suitable. Larger, contiguous areas with good solar exposure and the possibility of a grid connection are particularly attractive.

The minimum size depends on various factors. In many cases, larger areas are more economically attractive, but each site should be assessed individually.

No. Farmers or tenants can also explore the possibilities for an Agri-PV project together with the landowners.

This depends on the specific protection regulations. As part of our initial assessment, we review the applicable requirements and any potential restrictions regarding subsidies or the project’s eligibility for approval.

The costs depend on the chosen project model. The appropriate PV system, the installable capacity, and the distance to the grid connection are key factors influencing the overall cost. We provide an initial estimate as part of our preliminary analysis.

The potential returns depend on the size and suitability of the land, the technical concept, and the chosen project model. It is also important to assess whether subsidies are available for the system and, if so, to what extent. In any case, significant additional income can be generated.

Agri-PV systems are designed for long-term operation. They can generate electricity and provide economic returns for several decades. Current subsidy programmes can help secure revenues from the PV system for a period of 15 years.

The payback period depends on several factors, including investment costs, energy yields, subsidies, and the chosen operating model. As a general rule, the total investment pays for itself within 8 to 10 years, while the payback period for the equity investment is approximately 2 to 4 years.

First, we analyse your land and the key framework conditions. We then discuss the results with you and outline the possible next steps.

No. GPSS supports the entire development process and handles the preparation of all required applications and studies.

Every project is different. The timeline depends on factors such as approval procedures, technical requirements, and the specific project conditions. As a general rule, the process from the project decision to the completed grid connection takes around two years.

GPSS coordinates the various project phases and works with experienced specialist partners. Even after commissioning, we continue to support the operation and optimisation of the system.

Modern photovoltaic systems are designed for long-term use and can reliably generate electricity for several decades.

During operation, maintenance and monitoring measures are carried out to ensure the reliable performance of the system.

Faults can be monitored and quickly identified. As part of the operation and maintenance concept, all necessary measures are coordinated and carried out.

Yes. Agri-PV systems can be completely dismantled at the end of their operating life without leaving any permanent structures behind.

The components used are handled, recycled, or properly disposed of in accordance with the regulations applicable at the time.

Even after subsidy or remuneration periods have ended, the system can continue to generate electricity. Which options are economically viable will be assessed individually at the appropriate time.