Battery Storage Co-Location with Agri-PV

With agrivoltaics (Agri-PV), agricultural land is used simultaneously for farming and solar power generation. Through co-location with battery storage systems, the solar power generated can be stored directly on site and fed flexibly into the grid.

Combining agriculture, photovoltaics and storage

Agri-PV systems generate renewable electricity on land that continues to be used for agriculture. By integrating large battery storage systems, the solar power generated can be buffered instead of being fed into the grid immediately. This combination improves the integration of renewable energy and reduces feed-in fluctuations.

Advantages of co-location with Agri-PV

• More flexible feed-in of solar power
• Reduction of grid bottlenecks
• More stable integration of renewable energy
• Improved profitability of Agri-PV systems

Role in the future energy system

In larger projects, battery storage systems in the megawatt range increasingly take on the role of grid-scale battery storage systems. They stabilise the feed-in of renewable energy and make hybrid energy projects more economically attractive.

Frequently Asked Questions (FAQs)

What does co-location of battery storage with Agri-PV mean?

Co-location with Agri-PV describes the installation of a battery storage system directly at a photovoltaic system used on agricultural land, so that the solar power generated can be stored locally and fed into the grid at a later point.

What is agrivoltaics?

Agrivoltaics describes the dual use of agricultural land: agricultural production and solar power generation take place simultaneously on the same area.

Why are battery storage systems combined with Agri-PV?

Battery storage systems make it possible to store surplus solar power from Agri-PV systems and feed it into the grid at a later time. This makes the feed-in more stable and more economical.

What advantages does co-location offer for Agri-PV systems?

The combination improves the grid integration of renewable energy, reduces feed-in peaks and increases the profitability of the systems.

What role do grid-scale storage systems play in large Agri-PV projects?

In large Agri-PV systems, battery storage systems in the megawatt range can be used. These grid-scale storage systems stabilise the feed-in of renewable energy and enable additional revenue models.