分布式能源系统

分布式能源系统是相对于传统的集中式、大型化的能源系统而言的，由于建于用户末端，没有远距离的输送，很大程度上降低了系统输送损耗。

Compared with traditional concentrated and large-scaled energy system , DES has greatly reduced the loss of system transportation because of building on the end of users .

积极推进热电联产与分布式能源系统的发展

Actively advance the development of triple - generation and distributed energy system

中温PCM主要针对90~550℃的热动力环境，在太阳能热发电、有机朗肯循环、移动蓄热技术、分布式能源系统等方面有广阔的应用前景。

These PCM have a promising application in thermodynamic environment with its temperature varying from 90 to 550 ℃, especially in solar thermal power , organic Rankine cycle , mobile thermal energy storage and distributed energy resources system .

分布式能源系统的研究现状与应用前景

Status quo of making research on distributed energy systems and application thereof

分布式能源系统在某现代商城应用的可行研究

Feasibility of applying distributing energy supply system in a marketplace

某办公大楼分布式能源系统供电方案介绍

Introduction of Distributed Energy System 's Power Supply Planning in Some Building

分布式能源系统&太阳能发电简介

Distributed energy resource system & brief introduction on solar energy electricity generatio

引入蓄能环节的分布式能源系统优化分析

Optimization and Analysis of Distributed Energy System with Energy Storage

分布式能源系统的方案选择及性能分析

Scheme selection and performance analysis of distributed energy systems

微型燃气轮机驱动的分布式能源系统及其性能分析

Distributed energy system driven by micro-turbine and an performance analysis of the system

关于分布式能源系统建设与发展的思考

Consideration on Construction and Development of Distributed Energy System

考虑环境影响的分布式能源系统优化设计与运行策略研究

Study on the optimal design and operation strategy of distributed energy system considering environment

太阳能冷热电联供分布式能源系统的研究

Investigation on the distributed energy system for cooling-heating-power combined cycle driven by solar energy

斯特林发动机在分布式能源系统的应用

Application of Stirling Engine in Distributed Energy System

以微型燃气轮发电机组为代表的分布式能源系统是世界能源发展的新方向。

Distributed energy represented by micro-turbine generator is new evolution direction of world energy .

分布式能源系统：联产和联供

Distributed energy system : co-generation and co-supply

洁净煤气化与分布式能源系统

Clean Coal Gasification and Distributed Energy System

科学用能与分布式能源系统

Using Energy Scientifically and Distributed Energy System

基于双层规划的分布式能源系统供能网络构建模型研究

Based on the bi-level programming for distributed energy systems can build a model of network

分布式能源系统是迄今为止已商业化的天然气利用最佳方式。

So far , distributed energy system is the best utilization mode of gas as commodity .

天然气分布式能源系统的应用

Application of NG Distributed Energy System

区域供冷系统与燃气分布式能源系统是第二代能源供应系统的代表。

The regional cooling system and gas distributed energy system are representative of second generation energy supply system .

详细介绍了基于分布式能源系统的概念、特点及发展状况和前景展望。

In this paper , the concepts , features and prospects of distributed power systems were introduced in detail .

文章以分布式能源系统为背景，采用热力学量火用作为能源经济环境间定量联系的纽带，对系统的环境效应进行量化和定量分析。

Being a linkage of energy , economy and environment , energy is used as a quantitative measure of environmental impacts .

本文对燃气内燃机驱动和燃气轮机驱动两种比较典型的天然气分布式能源系统进行了应用研究。

In this paper , the gas engine-driven and gas turbine-driven two kinds of typical gas distributed energy systems conducted applied research .

计算结果表明：与常规分供系统相比，分布式能源系统更具有经济效益，节能效果和环保效果更加明显。

The result shows that , comparing with traditional divided energy supply system , CCHP system has higher energy efficiency and better environmental-economical performance .

分布式能源系统的供电可以由多种能源经电力变换组网形成，其各供电单元具有分散性，且均并接于交流电网母线上。

The power supply of Distributed Energy System can be made up of various energy sources which are converted to electric power to form microgrid .

以太阳能应用为背景，讨论了能够实现独立建筑冷热电联供的两种分布式能源系统的原理。

Based on the application of solar energy , the principle of a distributed energy system for cooling-heating-power cogeneration for a single building was discussed .

随着电力电子技术、储能技术以及控制理论的发展，国内外不少分布式能源系统已经进入实施阶段。

Along with the development of electrical and electronic technology , energy storage technology and control theory , some system of Distributed Generation have been in implement stage .

而分布式能源系统恰好在这些方面能给以补充，因此大电网与分布式能源系统的合理结合，被认为是21世纪电力工业的发展方向。

Distributed power systems can be supplementary power supplys for the large electrical network and are therefore considered as the development direction of electrical industry in the21th century .