基于利他主义的混合发电系统性能分析

Abstract Fuel cell technology combined with solar power generation could meet energy needs and mitigate environmental impact. This paper investigates the idea and viability of a hybrid power generation system that combines solar and fuel cell. Due to its dual use of fuel cells and solar panels, the system offers greater dependability, efficiency, and environmental sustainability than standalone systems. These two renewable energy sources interact synergistically, allowing continuous power generation during low solar insolation periods with fuel cells supplying electricity. It is demonstrated that the proposed method increases the output power under partly shaded conditions in low irradiation conditions. Twelve different shading scenarios were used for a performance test, which contrasted the proposed Altruism method with eight other existing methods. With improvements of up to 35.2 % recorded under relevant shading patterns, the results show a significant improvement in output power. Paradigms 1, 5, and 10 in particular reduced power loss to nearly zero while reaching a maximum output of 120 W, outperforming conventional methods that could only manage 90 W, 96 W, and 99 W, respectively. Power loss was significantly reduced and the maximum output increased from 20 % to 22.5 % in paradigms 3, 5, and 6. Additionally, paradigms 2, 4, 7, 11, and 12 demonstrated power loss reductions in the range of 30 to 40 W, indicating the stability and consistency of the proposed approach.