冷热电联供(combined cooling,heating and power,CCHP)型微电网不仅能为清洁能源的开发利用提供良好的平台,降低能源消费带来的环境污染,而且能够改善供电电能质量,降低系统损耗。为使CCHP型微电网经济计算更加符合实际运行工况,考虑...冷热电联供(combined cooling,heating and power,CCHP)型微电网不仅能为清洁能源的开发利用提供良好的平台,降低能源消费带来的环境污染,而且能够改善供电电能质量,降低系统损耗。为使CCHP型微电网经济计算更加符合实际运行工况,考虑将蓄电池寿命损耗带来的经济损失加入经济调度计算模型,同时考虑CCHP型微电网的经济性和环保性,建立CCHP型微电网的多目标优化模型。根据最大满意度的原则将多目标优化模型转化为单目标优化模型,利用改进型遗传算法,优化日内各微源的出力。通过算例对比分析多目标优化和各个单目标优化对微电网中各微源出力的影响,结果表明:多目标优化模型能够兼顾CCHP型微电网的经济性和环保性,更加接近CCHP型微电网的实际运行工况。展开更多
Located at the southern end of the Liaodong Peninsular, Dalian seaport has ideal natural conditions with a deep-water and ice-free port. As a vast harbour, this port is the hub of the waterways from north to south of ...Located at the southern end of the Liaodong Peninsular, Dalian seaport has ideal natural conditions with a deep-water and ice-free port. As a vast harbour, this port is the hub of the waterways from north to south of China, playing a key role in the transport of import and export goods for the provinces of northeastern China and the vast eastern part of Inner Mongolia.展开更多
文摘冷热电联供(combined cooling,heating and power,CCHP)型微电网不仅能为清洁能源的开发利用提供良好的平台,降低能源消费带来的环境污染,而且能够改善供电电能质量,降低系统损耗。为使CCHP型微电网经济计算更加符合实际运行工况,考虑将蓄电池寿命损耗带来的经济损失加入经济调度计算模型,同时考虑CCHP型微电网的经济性和环保性,建立CCHP型微电网的多目标优化模型。根据最大满意度的原则将多目标优化模型转化为单目标优化模型,利用改进型遗传算法,优化日内各微源的出力。通过算例对比分析多目标优化和各个单目标优化对微电网中各微源出力的影响,结果表明:多目标优化模型能够兼顾CCHP型微电网的经济性和环保性,更加接近CCHP型微电网的实际运行工况。
文摘Located at the southern end of the Liaodong Peninsular, Dalian seaport has ideal natural conditions with a deep-water and ice-free port. As a vast harbour, this port is the hub of the waterways from north to south of China, playing a key role in the transport of import and export goods for the provinces of northeastern China and the vast eastern part of Inner Mongolia.