Research on distributed generation and application in power system.
分布式发电及其在电力系统中的应用研究综述。
Direct load control and Distributed generation are the important programs of DSM.
在需求侧管理中，直接负荷控制和分布式发电是其重要内容。
When it comes to solar, distributed generation offers the greatest efficiency, Gansner says.
他 说，对于太阳能，分布式发电提供了最 高 的效率。
This paper discusses impacts of distributed generation(DG) on distribution system reliability.
探讨分散式发电系统（DG）对配电网可靠性的影响。
Distributed generation USES a larger number of smaller generators throughout the electricity network.
分散发电利用了电网中大量的小型发电机。
Microgrid is put forward to coordinate contradiction between the large power grid and distributed generation.
微电网是为协调大电网与分布式电源间的矛盾而提出的。
Distributed generation (DG) near to load center has several kinds of serious potential impacts on distribution system.
靠近负荷中心的分布式发电系统对配电网有着多方面影响。
The features of distributed generation and micro-grid are described and the new research progress of micro-grid is summarized.
简要介绍了分布式发电及微网的特点，总结了国内外微网技术的研究现状。
Stand alone system with the distributed generation and the battery energy storage system (BESS) is widely applied in the world.
依靠分布式电源发电和带蓄电池储能系统的孤立网络在国际上得到了广泛的应用。
With the extensive application of renewable energy generation, distributed generation become a new focus in power system research.
随着可再生能源为核心的新能源发电技术的广泛应用，分布式发电技术成为电力系统一个新的研究热点。
The effect of distributed generation on distribution network protection and calculation of allowed capacity are analyzed in detail.
文章详细分析了分布式发电对配网保护的影响及准入容量的计算。
The heuristic approach was used to solve the optimization model to determine the optimal allocation and size of distributed generation.
然后，运用启发式算法对优化模型进行求解，确定分布式电源的最佳配置点和配置容量。
Distributed generation can significantly affect the power system and improve the quality of service and distribution network efficiency.
分布式发电能够显著影响电力系统，显著提高服务质量及配电网能效。
In modern power generating system, distributed generation techniques become important supplements to traditional power grid increasingly.
在现代发电系统中，分布式发电技术日益成为传统大电网的有力补充。
This paper analysed the characterizations of distributed generation and discussed the relations of distributed generation and public grid.
分析了分布式发电的特点，讨论了分布式发电与电网的关系。
Distributed generation tends to be placed on the roofs of homes and businesses, while utility-scale projects are often built on the ground.
分布式发电系统往往被放置在家庭和企业的屋顶，而公用事业规模的项目往往是建在地面上。
The concept of the MicroGrid is introduced, and then the application of power electronics technology in distributed generation and the MicroGrid is addressed.
在介绍微电网概念的基础上，论述了电力电子技术在分布式发电和微电网中的应用。
The tubular solid oxide fuel cell (SOFC) technology is introduced in this paper, as well as the integration with micro gas turbines for distributed generation.
介绍固体氧化物燃电池(SOFC)的技术性能水平现状，以及SOFC与微型燃气轮相结合提供电力的发展前景。
Distributed generation can offset the defect caused by traditional large-scale power grid effectively, so it attracted the researchers both domestic and abroad.
分布式发电可以有效地弥补传统的大电网集中供电的缺陷，近些年成为了国内外学者的研究热点。
Among other things, a smart grid would be able to avoid outages, save energy and help other green undertakings, such as electric cars and distributed generation.
除了其他功能之外，智能电网能防止停电事故发生，节约能源，推动电动汽车和分布式发电等其它绿色环保事业。
With gradually increasing proportion of distributed generation (DG) in power sys tem, traditional power system planning faces substantial challenges and new request.
随着分布式发电（DG）在电力系统中所占比重越来越大，对传统的电力系统规划提出了新的挑战和要求。
The power loss and voltage distribution of distribution network are closely related to the location and size of DG (Distributed Generation) and the load distribution.
分布式电源(DG)对配电网网损和电压的影响主要与其位置和容量以及负荷分布有关。
The power loss and voltage distribution of distribution network are closely related to the location and size of DG (Distributed Generation) and the load distribution.
分布式电源(DG)对配电网网损和电压的影响主要与其位置和容量以及负荷分布有关。
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