Taiwan alliances pilot hop cultivation at Shalun under pioneering agri-PV systems to promote carbon farming
October 17, 2025 | Commercial Times (CTEE) (In Chinese) |
A multi-institution alliance in Taiwan’s Shalun (沙崙) Green Energy Technology Demonstration Site has achieved a notable breakthrough: the successful acclimatization and flowering of temperate hops in a hot subtropical climate under agrivoltaic (agri-PV) systems. The trial evaluates both perovskite and silicon-based solar panels for co-production of energy and specialty crops. Preliminary results indicate reduced water demand and stable hop development under partial shading. The research team will next focus on identifying optimal flowering cycles for reliable yields, while expanding to coffee seedling cultivation and developing carbon accounting methodologies for agri-PV economic crops. The initiative aims to support Taiwan’s carbon farming strategies through crop diversification, renewable energy integration, and improved soil carbon outcomes.
Viewed Articles
October 17, 2025 | Commercial Times (CTEE) (In Chinese) | A multi-institution alliance in Taiwan’s Shalun (沙崙) Green Energy Technology Demonstration Site has achieved a notable breakthrough: the succe
Read More
April 15, 2026 | National Taiwan University (NTU)Â | (In Chinese)Â A research team led by National Taiwan University (NTU), in collaboration with the Taiwan Agricultural Research Institute (TARI) and Na
August 21, 2025 | CGIAR | CGIAR and Viet Nam are expanding climate-resilient irrigation—most notably alternate wetting and drying (AWD)—as a pathway to reduce methane and improve water productivity. W
January 16, 2026 | ETtoday News (In Chinese) |Â Taiwan's Ministry of Environment has officially announced the first soil carbon sink methodology tailored for organic and friendly-managed tea garden
January 7, 2026 | The Consortium of International Agricultural Research Centres (CGIAR) |Â IRRI) has introduced an innovative all-in-one machine in Vietnam that integrates mechanized dry direct seeding
July 31, 2025 | Agroberichten Buitenland (Nieuwsbericht) | Â Livestock waste, which makes up nearly 80% of global agricultural waste, is a major source of water pollution, soil degradation and GHG emis
