Tion Buys 69-MW German Agrivoltaic Solar Project

• Tion acquired a 69-MWp agrivoltaic solar project in Germany—dual-use farmland for clean power and continued farming—fueling Europe’s land-smart renewables push and Tion’s long-term growth.

Renewable energy investor Tion said it has acquired a 69-MWp agrivoltaic solar project in Germany, adding to its portfolio of sustainable power assets. The development pairs photovoltaic generation with continued agricultural activity on the same land, allowing farming to take place beneath or alongside solar installations.

Tion said agrivoltaic projects are drawing growing interest across Europe because they generate renewable electricity while helping preserve agricultural productivity. Germany has emerged as a leading market as developers look for new land-use approaches. Tion plans to advance the project as part of its strategy to build long-term renewable infrastructure supporting Europe’s energy transition and climate goals.

Why is Tion acquiring a 69-MWp agrivoltaic project in Germany?

• To secure land-use that preserves agricultural output while adding new renewable generation, addressing regulators’ and communities’ concerns about competing priorities for farmland.
  
• To align with Germany’s policy direction and permitting expectations for agrivoltaics, where solar development is increasingly tied to demonstrable benefits for farming continuity.
  
• To diversify revenue and reduce development risk by pairing electricity production with agronomic value, potentially improving stakeholder acceptance and project bankability.
  
• To capture the investment momentum in Europe’s fast-growing agrivoltaic segment, where investors are seeking next-generation projects beyond conventional ground-mount solar.
  
• To improve grid-connection and development pathways by using sites that can be framed as “co-benefit” land uses, which may strengthen planning approvals compared with purely energy-only installations.
• To strengthen Tion’s long-term portfolio with scalable renewable capacity in a market where solar buildout is accelerating and land constraints make integrated approaches more attractive.
• To support energy-transition targets while helping maintain domestic food production capacity, contributing to broader sustainability narratives that are increasingly important for finance and offtake discussions.
• To create operational learning value—testing site design, crop performance, and installation layout—to optimize future agrivoltaic acquisitions and reduce costs over time.