电氢氧热渔光互补系统设计

Design of Electro-Hydrogen-Oxygen-Thermal Fishery PhotovoltaicComplementary System

在不降低水产养殖面积和不影响正常水产养殖的前提下建设电氢氧热渔光互补系统。按照自发自用、余电上网原则,光伏发电为养殖池塘补光灯、排风机供电外,还实现电解制氢,副产氧气、余热供给养殖池塘。电氢氧热渔光互补系统技术可行,经济性合理。

The electro-hydrogen-oxygen-thermal fishery photovoltaic complementary system is built without reducing the aquaculture area and not affecting normal aquaculture.According to the principles of self-power generation self-power consumption and grid connection of surplus electricity,the photovoltaic power generation not only supplies power for supplementary lights and exhaust fans of aquaculture ponds,but also achieves hydrogen production by electrolysis,by-product oxygen,and waste heat supply to aquaculture ponds.The electrohydrogen-oxygen-thermal fishery photovoltaic complementary system is technically feasible and economically reasonable.