分布式发电系统

燃料电池分为很多种，质子交换膜燃料电池以其工作温度低、启动速度快、高能量比和高功率比等特点，广泛应用于分布式发电系统中。

PEMFC ( Proton Exchange Membrane Fuel Cell ) is widely used in distributed generation because of the lower working temperature , quick launch ability , high energy ratio and high power ratio .

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 .

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

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 .

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

为了验证分布式发电系统中并网装置的反孤岛保护功能，本文在参考IEEEstd。

To validate the anti-islanding protection function of grid-connected devices , the anti-islanding test procedure is summarized on the basis of IEEE Std.

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 .

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 .

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 .

分布式发电系统可靠性评估及管理研究

Reliability assessment and management research on the distributed power generating network

分布式发电系统对配电网网损影响的仿真研究

Simulation Research of Effects of distributed generation on distribution network loss

飞轮电池在分布式发电系统中的应用研究

Research on and application of flywheel battery in distributed power generation

分布式发电系统中，逆变器是其核心部件。

Converter is the key component of the distributed generation system .

可再生能源分布式发电系统能量互补控制的研究

Energy Complementary Control of a Distributed Renewable Energy Power Generation System

新能源分布式发电系统的控制策略

Control strategy of a distributed power generation system based on renewable energy

联网分布式发电系统规划运行研究

A Study on Grid-connected Distributed Generation System Planning and Its Operation Performance

因此，对分布式发电系统孤岛检测方法的研究具有现实意义。

Islanding detection methods for distributed generation system are reviewed .

一种用于分布式发电系统的有功功率补偿模型

An Active Power Compensation Model for Grid-connected Distributed Generation System

分布式发电系统中改善电能质量的方法

Approach to Improve Power Quality in Distributed Generation System

含分布式发电系统的微网技术研究综述

A Review on Microgrid Technology Containing Distributed Generation System

分布式发电系统对继电保护灵敏度影响规律

Influence law of distributed generation on relay protection sensitivity

分布式发电系统中无源滤波器的多目标优化

Multi-Object Optimization of Passive Filter in Distributed Generation System

用于单相分布式发电系统孤岛检测的新型电流扰动方法

A Novel Current-Disturbing Method for Islanding Detection in Single-Phase Distributed Power Generation Systems

IEEE1588在分布式发电系统保护采样值同步中的应用

Application of IEEE 1588 protocol in protection example value synchronization of distributed generation system

基于遗传算法的分布式发电系统无功优化控制策略研究

Research on the reactive power control of distributed generation system based on genetic algorithm

而逆变器并联技术是分布式发电系统中的关键技术之一。

And the parallel inverter system is one key technology for distributed generation system .

高速发电机分布式发电系统功率变换技术研究

Study on Power Conversion Technology of Distributed Power Generation System by Using High Speed Generator

高速电机作为发电机是一个主要的发展趋势，可以用于分布式发电系统或作为独立备用电源。

The high-speed generator is used by distributed power generation system and stand-alone power source .