CAJ | 학술논문

提出了一种以能耗与污染物排放最少为目标的发电侧节能减排新模式.该模式由容量合同交易、可变成本报价以及能耗和污染物排放量排序3部分组成.通过容量合同交易可实现机组的高低能耗置换,从而解决机组固定成本差异问题;可变成本报价表征能耗大小,通过可变成本排序和污染物排放量排序确定机组上网电量,以达到节能减排的社会目标.最后给出了相应的数学模型和求解方法.对某系统的计算结果表明所提出的模式切实可行.
제출료일충이능모여오염물배방최소위목표적발전측절능감배신모식.해모식유용량합동교역、가변성본보개이급능모화오염물배방량배서3부분조성.통과용량합동교역가실현궤조적고저능모치환,종이해결궤조고정성본차이문제;가변성본보개표정능모대소,통과가변성본배서화오염물배방량배서학정궤조상망전량,이체도절능감배적사회목표.최후급출료상응적수학모형화구해방법.대모계통적계산결과표명소제출적모식절실가행.
A novel energy saving and emission reducing(ESER) mode which takes the minimum energy consumption and pollutant emissions as object for generation market is proposed. The proposed mode includes three parts, i.e. capacity contract tradeoff, variable cost bid, and energy consumption and pollutant emission ordering. By capacity contract tradeoff, the exchange between the high energy consumption generation unit and low energy consumption units can be achieved to handle the fixed cost differences among generation units. The variable cost is the characterization of the energy consumption, by variable cost bid and pollutant emission ordering, the electricity generation of each generation unit can be determined to reach the energy saving and emission reducing social goal. At last, the corresponding mathematical model and its solution method are given. The simulation results of an example system verify that the proposed mode is operable.