As railroads intersect countries and connect cities, they offer a unique opportunity for energy generation. Vertical bifacial solar systems are well-suited to turn these corridors into high-efficiency, low-footprint power sources—without interfering with train operations or requiring additional land.
In 2020, during my studies in mechanical engineering with a focus on renewable energy at the Berliner Hochschule für Technik, I participated in a project that would unknowingly shape the next few years of my life. The project, part of the “Project Management and Business Planning” module, centered around exploring use cases and business models for vertical ground-mounted solar systems in the United States.
The first Transatlantic #agrisolar Conference, joined by high-level representatives from energy, agriculture, policy, and research to pave the future for agrivoltaics. Questions we will tackle: What are the benefits of agrivoltaics, especially for #farmers and #developers ? How can they contribute to farm optimization? Which kinds of technologies already exist and what are the types of agrivoltaics #pvs ? How can agrivoltaics align #resilience and #sustainability ? See how Professor Majdi from UC Davis, Franz Feuerherdt from Solar 4 America, Helge Biernath from Sunzaun Sunstall, Knowledge Murphy from the American Farm trust and Kevin Logue untangle the challenges around #agsolar .