智能电网
智能電網
지능전망
Smart Grid
2015年
4期
333-336
,共4页
吴杰%郑拓%梁志超%樊雅青
吳傑%鄭拓%樑誌超%樊雅青
오걸%정탁%량지초%번아청
分布式能源系统%多目标优化%遗传算法
分佈式能源繫統%多目標優化%遺傳算法
분포식능원계통%다목표우화%유전산법
distributed energy system%multi-objective optimization%genetic algorithm
分布式能源系统具有良好的经济性和环保性。为了能够更好地发挥其高能源利用率和节能减排的优势，建立针对分布式能源系统的经济效益和环境效益的多目标优化模型，并采用改进型遗传算法对系统的设备容量进行优化设计。以北方地区某大楼为例，以传统的分供系统为参照对象，得到最优的配置方案。优化结果表明，分布式能源系统的综合性能要优于分供系统。
分佈式能源繫統具有良好的經濟性和環保性。為瞭能夠更好地髮揮其高能源利用率和節能減排的優勢，建立針對分佈式能源繫統的經濟效益和環境效益的多目標優化模型，併採用改進型遺傳算法對繫統的設備容量進行優化設計。以北方地區某大樓為例，以傳統的分供繫統為參照對象，得到最優的配置方案。優化結果錶明，分佈式能源繫統的綜閤性能要優于分供繫統。
분포식능원계통구유량호적경제성화배보성。위료능구경호지발휘기고능원이용솔화절능감배적우세，건립침대분포식능원계통적경제효익화배경효익적다목표우화모형，병채용개진형유전산법대계통적설비용량진행우화설계。이북방지구모대루위례，이전통적분공계통위삼조대상，득도최우적배치방안。우화결과표명，분포식능원계통적종합성능요우우분공계통。
Distributed energy system represents significant economical and environmental benefits. In order to improve the energy efficiency further and achieve the purpose of energy saving and pollutant emission reductions, the multi-objective optimization model for the economical and environmental benefits of distributed energy systems is built. The improved genetic algorithm is used to solve the optimization of the equipment capacity of the system. A building in the north is selected as a case and the separation production system is selected as the reference object to obtain the optimal design. The result indicates that the comprehensive performances of the distributed energy system are better than that of separation production system.
