【摘 要】
：
论坛一:能源管理与能效提高●建筑能效管理●园区能源监测与管理●能源管理●智能家居与智慧用电论坛二:分布式能源接入与管理●储能与移峰填谷●分布式能源接入●微电网●电
【出 处】
：
2013中国智能电网用户端技术论坛
论文部分内容阅读
论坛一:能源管理与能效提高●建筑能效管理●园区能源监测与管理●能源管理●智能家居与智慧用电论坛二:分布式能源接入与管理●储能与移峰填谷●分布式能源接入●微电网●电动汽车充换电●三联供应用论坛三:智能电网用户端共性技术●需求响应与需求侧管理●用户端电能质量管理●用户端产品EMC设计●用户端通信标准分析
其他文献
In order to increase the energy density of supercapacitors (SCs), numerous attempts are focused on developing high-capacity electrode materials and high-voltage
In order to make full utilization of the high intrinsic surface area of graphene, recently, we have exploited porous graphene materials including graphene n
Both natural graphite and artificial graphite spheres were used as anode materials since lithium ion battery was commercialized, because they possessed good con
1 微电网概述2 国内外微电网试点情况分析3 微电网研究热点4 微电网应用案例5 微电网技术标准体系分布式电源与微电网[我国新能源开发的格局]·在输电网侧:新能源接入以大规
本报告介绍由碳纳米管自组装形成的多种宏观结构,包括定向阵列、多孔海绵、蛛网状薄膜和螺旋纺丝等.其中,碳纳米管薄膜和纺丝具有良好的机械强度、柔性和导电性,可用作许多能
Graphene-based hybrid materials are highly attractive for various applications, particularly as electrode for energy storage devices.However, for developing
The direct conversion of sunlight into chemical energy in the form of H2 is one of the Holy Grails of twenty-first century chemistry.1 Recently, developing semi
提高锂离子电池能量密度是当前电池技术研发的热点.目前广泛接受的技术路线是采用高容量的纳米硅负极,高电压尖晶石正极材料、高容量富锂富镍正极材料或富锂富锰正极材料,这
Nanostructure arrays, offering uniformed size, ordered structure, lower agglomeration and good connection with the substrate, have been proved as advanced and e
碳化硼具有较高的中子吸收能力,其中子俘获截面高,吸收能谱宽,没有二次辐射污染,而且耐腐蚀,热稳定性好,因此,在核反应堆中得到了广泛的应用.据统计,目前世界上运行的反应堆