Moldova Looks to Germany for Agri-PV Solutions to Boost energy Independence and Agricultural Resilience
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A delegation from the Republic of moldova recently completed a fact-finding mission to Germany, exploring the potential of agri-photovoltaics (Agri-PV) – a system combining renewable energy generation with agricultural land use – to bolster the nation’s energy security and address the growing challenges of climate change. The trip, undertaken from November 24th to 28th, 2025, saw experts from across Moldova’s government, industry, and academia visit leading Agri-PV projects in Baden-Württemberg.
A Nation in Transition: Moldova’s Shift to Renewable Energy
Moldova is actively working to transition away from a ancient reliance on imported fossil fuels, notably russian natural gas, towards a decentralized and renewable energy system. This ambitious reform is not only crucial for the country’s energy independence but also a key step towards its desired accession to the European Union. As a senior official stated, Agri-PV represents a “driver for innovation, growth and lasting energy solutions” for the republic.
Witnessing Innovation: From Vineyards to Citizens’ cooperatives
The delegation’s journey began at BürgerEnergie Fürfeld’s vertical agri-PV system, located above the vines of the Freiburg State Winery. This innovative setup demonstrates how solar modules can be integrated into existing agricultural landscapes, generating electricity while concurrently protecting crops from extreme weather. According to a research assistant at the site,Hannes Engler,the system has the potential to power 160 households and shield vines from excessive heat and sunburn – increasingly prevalent challenges for Moldovan winegrowers.
Further visits included the State teaching and research institute for viticulture and fruit growing (LVWO) Weinsberg and Obstgut Heuchlingen, showcasing diverse technological approaches within Germany’s “agri-PV BW model region.” The delegation also explored a 24-hectare facility operated by a citizens’ energy cooperative, featuring vertically positioned bifacial PV modules designed to accommodate organic grain cultivation. These site visits were supplemented by discussions with local companies, providing insights into business models, financing options, and practical implementation strategies.
Agri-PV: A Natural fit for Moldova’s Agricultural Landscape
With approximately 75% of its land dedicated to agriculture, and agriculture contributing nearly half of its exports – primarily wine, fruit, and grain – moldova possesses significant potential for Agri-PV adoption. The country is already experiencing the adverse effects of climate change, including prolonged heat waves, heavy rainfall, and increased irrigation needs.
Agri-PV offers a multifaceted solution. Shade-providing solar modules can protect crops, reduce water consumption, and generate renewable electricity directly on-site, creating additional revenue streams for agricultural businesses. “The potential for agri-photovoltaics in Moldova is considerable,” one analyst noted,highlighting the opportunity to leverage the country’s abundant sunshine and agricultural resources.
Research and Collaboration: Laying the Groundwork for Success
The delegation’s trip included a workshop at the Fraunhofer ISE, a leading research institute driving Agri-PV innovation in Germany. Scientists provided comprehensive insights into current research,covering plant physiology,system designs,irrigation concepts,and economic viability. This knowledge transfer is a critical component of a larger project initiated by dena in 2024 on behalf of the Federal Ministry for Economic Affairs and Energy (BMWE), with support from the German Society for International Cooperation (GIZ) and the Federal Ministry for Economic cooperation and Growth (BMZ).
The aim is to facilitate a practical understanding of Agri-PV’s advantages among Moldovan decision-makers and initiate discussions about its potential implementation within the country. in a landmark achievement, Moldova briefly covered 100% of its electricity needs with local renewable generation in August 2025, demonstrating the nation’s progress towards energy independence. This success underscores the importance of Agri-PV as a key component of Moldova’s future energy strategy.
