Analysis of biomass co-firing systems in Taiwan power markets using linear complementarity models

摘要: Biomass co-firing systems in power plants generate electric by the simultaneous combustion of biomass and fossil fuels. The process reduces investment costs converting energy into electricity existing conventional plants. significantly carbon dioxide sulfur emissions generation. To meet increase demand, this paper has considered systematic crop production, which is expected to near future. Our aim analyze Taiwanese market. In paper, we study two emerging feedstocks: switchgrass Miscanthus. We focus on impact for A Nash–Cournot competition model, simulates potential scenarios, formulated markets. case conducted market showed that lowers total demand sale. Miscanthus more economical than terms production cost land required biopower same levels co-firing.