电力系统自动化
電力繫統自動化
전력계통자동화
Automation of Electric Power Systems
2015年
19期
68-74
,共7页
碳交易%合作博弈%改进策略%Shapley 值%容量规划
碳交易%閤作博弈%改進策略%Shapley 值%容量規劃
탄교역%합작박혁%개진책략%Shapley 치%용량규화
carbon trading%cooperative game%improvement strategy%Shapley value%capacity planning
在低碳经济下,通过引入碳交易过程,将风电的减排效益量化为实际的经济价值。基于合作博弈理论,分析了风电规划运行中风电场与电网的改进策略以及双方的成本效益变动,提出了风电—电网联盟净收益最大的风电场容量规划模型,并构建了风电场与电网间公平、合理的利润分配机制,最后,通过具体算例分析了模型的实用性。分析结果表明,风电—电网的合作模式既有利于提高电网消纳风电的积极性,又有利于避免风电场的无序扩张,可为目前风电规划中出现的场网不协调问题提供改进方案。
在低碳經濟下,通過引入碳交易過程,將風電的減排效益量化為實際的經濟價值。基于閤作博弈理論,分析瞭風電規劃運行中風電場與電網的改進策略以及雙方的成本效益變動,提齣瞭風電—電網聯盟淨收益最大的風電場容量規劃模型,併構建瞭風電場與電網間公平、閤理的利潤分配機製,最後,通過具體算例分析瞭模型的實用性。分析結果錶明,風電—電網的閤作模式既有利于提高電網消納風電的積極性,又有利于避免風電場的無序擴張,可為目前風電規劃中齣現的場網不協調問題提供改進方案。
재저탄경제하,통과인입탄교역과정,장풍전적감배효익양화위실제적경제개치。기우합작박혁이론,분석료풍전규화운행중풍전장여전망적개진책략이급쌍방적성본효익변동,제출료풍전—전망련맹정수익최대적풍전장용량규화모형,병구건료풍전장여전망간공평、합리적리윤분배궤제,최후,통과구체산례분석료모형적실용성。분석결과표명,풍전—전망적합작모식기유리우제고전망소납풍전적적겁성,우유리우피면풍전장적무서확장,가위목전풍전규화중출현적장망불협조문제제공개진방안。
In the low-carbon economy,a carbon trading process is introduced in order to quantify the effect by actual economic value.In this process,a cooperative game based planning model for wind power is proposed while the improvement strategies and cost/benefit for both wind farms and the grid company are analyzed.Furthermore,a reasonable profit distribution model of the alliance of wind farms and grid companies is built to achieve the fairness of profit distribution.Example analysis indicates that the alliance of wind farms and grid companies is effective in incentivizing the grid companies,avoiding disorderly expansion of wind power,and also providing solutions for the mismatch issue between the wind power and available connection points.