分布式发电

分布式发电（DistributedGeneration）对配网潮流及电压的影响主要与其位置和容量有关。

Distributed generation ( DG ) located at distribution network has signification impacts on feeders ' power and voltage profile .

鉴于分布式发电（DG）的特殊性，含有DG的配电网故障恢复不能用传统方法解决。

Owing to the particularity of distributed generation ( DG ), the conventional restoration algorithm is incapable of application to the distribution system with DGs .

基于Multi-Agent协作强化学习的分布式发电系统的研究

Research of Distributed Power Generation System Based on Multi-Agent Co-operation Strengthens Study

大力发展分布式发电（DistributedGeneration，DG）技术能有效缓解能源枯竭及环境污染问题。

Developing of Distributed Generation ( DG ) can effectively address the problem of energy exhaustion and environment pollution .

近年来分布式发电技术（DistributionGeneration：DG）得到了快速的发展，为提高分布式电源运行的安全性和可靠性，一般都将其并入电网运行。

Distribution generation ( DG ) technology has been rapidly developed in recent years , in order to improve their security and reliability ; distributed generators are normally integrated into power grids .

PEMFC分布式发电在地下工程中的应用研究

Initial Research on the Application of PEMFC Distributed Generation in the Underground Works

神经网络非线性逆控制方法实现PEMFC分布式发电系统的负荷响应

Neural-Network-Nonlinear-Inverse-Based Control Strategy for Realizing Real-Time Load Responses in Distributed PEMFC Power Systems

通过引入微型电网概念，在配电系统范围内建立了含分布式发电系统AGC调度模型。

By introducing microgrid concept , a novel AGC dispatch model in distributed system is proposed .

分布式发电（DG）是未来解决能源问题的必然选择。

Distributed Generation is a certain solution to solve the energy problems in the future .

PEMFC分布式发电系统动态协调控制仿真

Dynamic Simulation of Coordinated Control of PEMFC ( Proton Exchange Membrane Fuel Cell ) Distributed Power Generation System

本文研究了包含分布式发电（DG）的配电网供电恢复问题。

In this paper , research on distribution service restoration with distributed generation ( DG ) is made .

从并网分布式发电（DG）的输出功率波动出发，分析了分布式发电引起电网电压波动和闪变的主要原因。

By studying power output fluctuation from distributed generation ( DG ), the main causes of the voltage fluctuation and flicker were analyzed .

分布式发电（DG）的接入对配电网的规划和运行产生了深远影响，由于DG的存在，配电网检修负荷转移方案有了更多的选择。

Owing to the presence of DG , there will be more load transfer schemes for distribution maintenance to choose from than without DG .

分布式发电（DG）作为一种清洁、高效、灵活的新能源，在电力系统中得到了广泛的应用。

Distributed Generation ( DG ) has been widely used in the electric power system as a clean , efficient and flexible new energy .

随着全球气候环境的恶化和化石燃料资源的日渐匮乏，以太阳能光伏发电（PV）为代表的分布式发电技术越来越多地受到人们的关注。

With deterioration of the global climatope and increasingly lack of fossil fuel , more and more attention have been paid on distributed generation technology , represented as photovoltaic generation .

该文提出了一种可适用于分布式发电系统或大容量UPS系统的高性能数模混合型逆变电源无线并联控制方案。

This paper presents a new control scheme which allows wireless-paralleled inverters to share linear or nonlinear load . It can be used in large scale UPS systems and distributed power systems .

随着新能源的不断开发和分布式发电系统的推广以及不间断电源（UPS）的应用，作为它们核心技术的逆变器开始受到关注。

With the rapid development of the new energy , distributed power systems , and the wide use of UPS , as their core technology of the inverter being more and more attention .

随着可再生能源的推广，分布式发电（DistributedGeneration，DG）已成为一种重要的电力电源形式。

With the development of renewable energy resource , distributed generation ( DG ) has become an important form of electrical source . More and more DGs are connected into the power distribution system and run in the network .

分布式发电（DG）利用可再生能源和新能源提供清洁、高效的电能，DG并网发电将成为未来发展趋势。

Distributed generation ( DG ), using renewable energy and new energy , providing clean and efficient energy , being introduced to distribution network will be the future trend .

孤岛运行（或独立子系统运行）是互联电网和含分布式发电（DG）配电系统的一类特殊运行方式。

Island operation ( or independent sub-system operation ) is a special operation mode for interconnected transmission power system and distribution power system integrated with distributed generation ( DG ) .

多逆变器并联技术是分布式发电系统（DGS）的关键技术之一，很多分布式能源（DER）将通过逆变装置并接到交流母线上，为负载提供电能。

Paralleled multi-inverter technology is one of the critical technologies to distributed generation system ( DGS ) . A large number of distributed resources will be connected with AC bus by using inverters .

在配电网中合理规划分布式发电（DG）对充分发挥DG的效益、抑制DG的负面影响具有重要意义。

A rational planning scheme for distributed generation ( DG ) in the distribution network is of great significance for bringing the benefits of DG into full play and restraining the negative effects brought by DG .

分散储能系统DESS是解决智能配电网大规模、小容量分布式发电DG并网运行问题的关键技术。

DESS ( distributed energy storage system ) is the key technology to solve the problem of Large scale and small volume DG 's parallel operation in Smart Grid .

并对工业上的380V通用变频技术、高压变频技术、分布式发电系统的功率变换技术及城市轨道车辆中电力电子技术作了介绍。

Secondly , it presents general purpose inverter technology of 380 V , high voltage technology and power conversion technology for distributed generating system and urban rail vehicles .

这种方式虽然最大限度地保证了电力系统的安全性，却在一定程度上局限甚至破坏了DG的正常运行，损害了DG发电商的利益，不利于分布式发电技术的发展。

On the other hand , it also brings damage to the normal operation of the DG . DG sacrifices the interest of the power supplier since it brings negative affection to the development of the distribution generation technology .

分析PEMFC分布式发电系统的工作特点以及各工作参数与净输出功率之间的关系，提出利用BP神经网络实现PEMFC输出功率的复杂非线性逆模型。

Following an analysis of the characteristics of PEMFC distributed power generating systems and of the relationship between operation parameters and net power output , a proposal is presented for constituting a complex nonlinear inverse based model of PEMFC 's power output by making use of BP neural networks .

结合分布式发电，提出了用飞轮电池调节小型太阳能发电站输出特性的系统控制方案；分析了用正弦波脉宽调制（SPWM）原理调节电动机/发动机输入/输出电压的幅值、频率和波形的原理和方法。

The system control scheme of the output on the solar energy power plant involving the flywheel battery is proposed , and the principle and method of SPWM used to adjust the breadth , frequency and waveform of the output / input voltage on the motor / generator are analysed .

针对基于断路器的三段式电流保护、基于重合器等自动化电器的馈线保护以及基于FTU的配网自动化保护方案，探讨了分布式发电对配电网继电保护以及自动化的影响。

The effect of DG on the relay protection and automation of the distribution network is discussed in the aspects of 3-sectional current protection based on circuit breakers , feeder protection based on reclosures , and distribution network automation protection based on FTU .

储能技术在分布式发电中的应用化学反应与生命能

Energy Storage for Distributed Generation CHEMICAL REACTION AND THE LIFE ENERGY

基于分布式发电和储能技术的不间断电力变电站

Study on Distributed Energy Resource Based Uninterrupted Power Substation Control System