复合能源,multiple energy sources
1)multiple energy sources复合能源
1.A dispatch strategy is proposed to handle the unit commitment problem of distributed generation systems withmultiple energy sources.针对分布式发电的特点,提出了一种新的含多种复合能源的分布式发电系统发电成本最低的机组组合模型,并提出了一种针对分布式发电系统的调度策略,用改进的遗传算法求取在此策略下机组组合的发电费用,约束条件中不仅包含了常规机组组合问题的约束,还考虑了分布式发电系统的特殊约束,算例证明此模型和算法是可行的。
英文短句/例句
1.Research on the Unit Commitment Problem in Multiple-Energies Distributed Generation;复合能源分布式发电系统机组组合问题的研究
2.Hybrid Energy Control Strategy for Hybrid Electric Drive System in Military Vehicle军用汽车混合电力驱动系统复合能源控制策略
3.The Influence of different carbon resource on performance of LiFePO_4/C composite material不同碳源对LiFePO_4/C复合材料性能的影响
4.Research of Solar Energy/Air Compound Source Heat Pump Unit太阳能/空气复合热源热泵机组研究
5.The Performance Research on Air Source-Water Source Combined Heat Pump System;空气源—水源复合热泵循环系统的性能研究
6.Coordination degree evaluation of energy-economy-environment composite system in Xinjiang新疆能源、经济与环境复合系统协调度综合评价
7.Performance simulation of multiple heat source solar heat pump water heater system复合热源太阳能热泵热水系统性能模拟
8.The Simulation Study on Solar Energy-air Compound Source Heat Pump Unit;太阳能—空气复合热源热泵机组的模拟研究
9.The Operation Characteristics Study of Hybrid Geothermal Heat Pump with Solar Collectors;太阳能—土壤复合式地源热泵运行特性研究
10.Research on Operation Condition of the Solar Assisted Water Source Heat Pump System太阳能水源热泵复合系统运行特性研究
11.Application Study on Flat Solar-air Compound Source Heat Pump Hot Water System平板太阳能空气源热泵复合热水系统应用研究
12.Experimental Study on Heating Performance of a Solar-Air Multi-source Heat Pump太阳能-空气复合热源热泵供热特性实验研究
13.Effects of the sources of composite carbon on the performance of LiFePO_4/C cathode materials复合碳源包覆对LiFePO_4/C正极材料性能的影响
14.Factors Influencing Performance of Buried Tube Heat Exchanger of Hybrid Ground Source Heat Pump复合式土壤源热泵地埋管换热器性能影响因素
15.Coordination Degree Analysis of the Energy-Environment-Economy Compound System in China中国“能源-环境-经济”复合系统的协调性分析
16.Function of Chromatin Remodeling Complex SAGA and Its Homologs染色质重塑复合物SAGA及其同源物的功能
17.A new solar-air compound source heating pump system hanging on balcony一种新型阳台壁挂太阳能—空气源复合热泵系统
18.The Research on the Absorption Refrigerating/heat Pump System Combined Solar and Traditional Energy in Villas;太阳能复合常规能源的吸收式制冷/热泵系统在别墅中的应用研究
相关短句/例句
Compound energy system复合能源系统
3)compound device of waterhead intelligence复合水源智能设备
4)hybrid welding复合热源
1.Analysis for local incomplete brazing in fusion-brazed joints between aluminium and zinc-coated steel byhybrid welding;铝/镀锌钢复合热源熔—钎接头的局部“未钎合”缺陷分析
2.Analysis for Al-Fe intermetallic compounds layer of fusion-brazed joints between aluminium and zinc-coated steel byhybrid welding;铝/镀锌钢复合热源熔—钎接头中的Al-Fe金属间化合物层分析
3.Braze-welding for dissimilar metals between copper and steel by Nd:YAG laser-plused MIGhybrid welding;铜/镀锌钢异种金属Nd:YAG激光脉冲MIG复合热源钎接焊
5)hybrid heat source复合热源
1.Study on the characteristics of applyinghybrid heat source LiBr Absorption refrigerating unit by waste heat利用多种余热的复合热源型溴化锂制冷机组特性分析
6)compounded carbons复合碳源
1.The article researched the degradation rate of wheat straw lignin of alkaliphilic ligninolytic bacteria withcompounded carbons , sugar (the starting carbons) and wheat straw lignin (the second carbons), and various nutritional condition.文章研究了在蔗糖 (第一碳源 ) +麦草木质素 (第二碳源 )的复合碳源组合方式培养条件下 ,嗜碱木质素降解菌降解木质素的降解率及营养条件调控机制对其的影响。
延伸阅读
发电能源在一次能源消费中的比重发电能源在一次能源消费中的比重the share of energy for electricity generation in total primary energyfad旧n nengyuan za一y一ei nengyuan x.oofe一zhong由b lzhong发电能源在一次能派消费中的比，(theshare of energy for eleetrieity罗neratinn in totalprimary energy)是表征一个国家国民经济电气化程度的一个指标。在一次能源总消费中，发电用能源的比例越大，电力在能源系统中的地位越重要，国民经济电气化的程度就越高。由于使用电力比直接使用石油、天然气和煤炭等一次能源的效率高，且电力用途广泛，使用灵活方便，不污染环境，可靠性高，因此.世界各国的电力生产和消费以高于能源的速度增长，发电用能源在一次能源总消费t中的比例日益增大。下表列出了一些国家发电用能源占一次能源总消费的比例变化情况。一些日家发电能一占一次能派总消.一的比，(%)┌──┬───┬───┬──┬───┬──┬───┬───┐│年份│美国 │日本 │德国│加章大│法国│英国 │中国 │├──┼───┼───┼──┼───┼──┼───┼───┤│1970│28.4 │31。1 ││43.3 │23.8│ │ │├──┼───┼───┼──┼───┼──┼───┼───┤│1980│37。65│44.9 │30.7│57.1 │36.1│39.7 │20.60 │├──┼───┼───┼──┼───┼──┼───┼───┤│1990│41.79 │50.30 │33.7│58.9 │46.0│37。6 │24.68 │├──┼───┼───┼──┼───┼──┼───┼───┤│1995│40.50 │51.50 │35.8│63.7 │57.0│36.7 │29.58 │├──┼───┼───┼──┼───┼──┼───┼───┤│1996│41。0 │50.7 │34.9│64。3 │54.2│35.4 │30.76 │└──┴───┴───┴──┴───┴──┴───┴───┘ 注:1.资料来浑日本海外电力调查会《海外电气事业统 计》和《中国电力统计资料》. 2.说明:(l)电力消费t系按电厂的发电t或净发电 t计算;(2)美国、日本、法国、英国系按供电热 效率计算煤耗，铭国、加幸大系按发电热效率计算煤耗，中国则立接按发电煤耗计算;(3)发电能浑 消费(含火电、水电、核电等)均用上述计算的煤 耗乘以各自的总发电t。
