多能互补系统协同优化调度研究
项目来源
广(略)技(略)
项目主持人
朱(略)
项目受资助机构
华(略)大(略)
立项年度
2(略)
立项时间
未(略)
项目编号
2(略) A0505100004
项目级别
省(略)
研究期限
未(略) (略)
受资助金额
5(略)0(略)
学科
资(略)利(略)态(略)护
学科代码
未(略)
基金类别
国(略)合(略)
关键词
多(略)系(略) (略)化(略);(略)流(略);(略)理(略);(略)间(略);(略)l(略)e(略)g(略) (略)p(略)e(略)r(略) (略)t(略);(略)o(略)a(略)e(略)o(略)m(略);(略)h(略)l(略) (略)l(略);(略)u(略)n(略) (略)t(略)a(略)e(略)t(略)s(略)e(略);(略)l(略)t(略) (略)c(略)
参与者
董(略)李(略)陈(略)何(略)董(略)骆(略)蓝(略)泰(略)
参与机构
新(略)士(略)
项目标书摘要:多能(略)现在多能互补综合能(略)系统、电动汽车电站(略)多能互补微电网系统(略)助于提高总体效率和(略)应对多能互补系统的(略)括多能流耦合、多时(略)研究开展多能互补系(略)与关键技术的研究,(略)耦合的技术挑战,通(略)动环节的多重串联配(略)合能源系统的运行优(略)应对多系统主体融合(略)息物理系统的风光储(略)制模型,考虑用户的(略)物理社会系统的可控(略)动汽车充电站和主动(略)主体协调的技术挑战(略)系统协调规划和考虑(略)站选址规划研究,并(略)法对复杂模型进行求(略)调优化的技术挑战,(略)的多能互补微电网多(略)究和多用户分布式能(略)果验证了提出方法在(略)促进可再生能源消纳(略)确保复杂问题高效求(略)究为多能互补系统解(略)度和多管理主体的技(略)综合能源管理系统能(略)基础。
Applicati(略): The div(略)n of mult(略)mplementa(略)can be re(略)multi-ene(略)entary in(略)ergy syst(略)lar-stora(略)stems,EV-(略)lementary(略)d multi-e(略)grid syst(略)g multi-e(略)ementary (略) help imp(略)l energy (略)and renew(略) consumpt(略) with the(略)challenge(略)energy fl(略),multi-ti(略)d multi-m(略)ubjects i(略)y managem(略)i-energy (略)ry system(略)y carries(略)search on(略)theory an(略)ologies o(略)ve optima(略)g of mult(略)mplementa(略)The resea(略)s mainly (略) cope wit(略)ical chal(略)lti-energ(略)ling,the (略)ptimizati(略)ability e(略)f the ele(略)omplement(略)ted energ(略)e carried(略)h the mul(略)s coopera(略) model-dr(略)n and the(略)n section(略)he techni(略)ge of mul(略)ubject co(略),the coor(略)imization(略)del of wi(略)orage com(略)power sys(略)n cyber-p(略)tem is st(略)he contro(略) scheduli(略) based on(略)ical-soci(略)s studied(略)g the use(略)ral econo(略) with the(略)challenge(略)anagement(略)ordinatio(略)charging (略)d ADN com(略)systems,w(略) the comp(略)ystem coo(略)lanning c(略)carbon em(略)ction and(略)lized cha(略)on locati(略) research(略)g battery(略)system.Th(略)imulated (略)ion colon(略) is propo(略)e the com(略)zation mo(略)t the tec(略)lenge of (略)scale coo(略)timizatio(略)ch the mu(略)ale coord(略)mal opera(略)ti-energy(略)ary micro(略)variable (略)nergy.The(略)n multi-u(略)uted ener(略)and consu(略)lso consi(略)ation res(略) the effe(略)f the pro(略)d in the (略) operatio(略)energy co(略) systems,(略)he consum(略)newable e(略)ving the (略)the energ(略)d ensurin(略)ient solu(略)plex prob(略)esearch p(略) ideas fo(略)rgy compl(略)stems to (略)echnical (略)of multi-(略) coupling(略) scale an(略)agement s(略) lays a t(略)foundatio(略)y managem(略)imal cont(略)grated en(略)ment syst(略)
项目受资助省
广(略)
- (略)