分布式供能,Distributed Energy Supply
1)Distributed Energy Supply分布式供能
1.Distributed Energy Supply and the optimization of energy structure for urban circular economy;分布式供能与循环经济的能源结构优化
2.The implementation feasibility analysis of distributed energy supply in shanghai;上海市实施分布式供能的可行性分析
3.Research and application of fuel cell distributed energy supply technology燃料电池分布式供能技术研究及应用
英文短句/例句
1.Energy Optimization and Management of Combined Cooling and Power Distributed Energy Supply System冷电联供分布式供能系统能量优化管理
2.Economical Operation Analysis of CCP Distributed Energy Supply System冷电联供分布式供能系统的经济运行分析
3.Research and application of fuel cell distributed energy supply technology燃料电池分布式供能技术研究及应用
4.Performance Analysis of Building Distributed Energy Supply System under Different Climate Conditions不同气候条件下楼宇分布式供能系统性能分析
5.Optimal Planning of Distributed CCHP System in Urban Energy Environment;城市能源环境中分布式供能系统优化配置研究
6.Distributed Energy Supply and the optimization of energy structure for urban circular economy;分布式供能与循环经济的能源结构优化
7.Promote Vigorously Engineering for Dcecentral Co-generation System Enhance Energy Efficiency;大力推进分布式供能系统提高能源利用效率
8.THE EFFECT OF DISTRIBUTED PROVIDING ENERGY SYSTEM ON ENERGY INDUSTRY IN TIANJIN;分布式供能系统对天津市能源产业的影响
9.The Feasibility Analysis of Distributed Energy Supply in Hainan Tourist Resort海南省旅游区发展分布式供能的可行性分析
10.Research of the Control of Distributed Energy System Using Bio-Gas;生物质燃气分布式供能系统的控制研究
11.Configuration and Optimization of the Distributed Power System in Advanced Training Center of China Power Investment Corporation;中电投高培中心分布式供能系统的配置与优化
12.Research on Gas Turbine Based Distributed CCHP System in Southern China我国南方地区燃气轮机分布式供能系统的研究
13.Applications and Prospects of Distributed Power Systems in China中国分布式供能系统的现状与发展趋势
14.TECHNO-ECONOMIC ANALYSIS ON COMBINED COLD HEAT AND POWER & DISTRIBUTED ENERGY SYSTEM (DES/CCHP);分布式冷热电联供能源系统经济性分析
15.Improving Heating Capacity of Heat-supply Network by Distributed Variable-frequency Pump System利用分布式变频泵系统提高热网的供热能力
16.Introduction of Distributed Energy System"s Power Supply Planning in Some Building某办公大楼分布式能源系统供电方案介绍
17.Research on Flexibility Value of Enterprise"s Logistics Capability in Decentralized Supply Chain分布式供应链节点企业物流能力柔性价值研究
18.Optimization of Distributed Energy System and Benefit Analysis of Energy Saving and Emission Reduction分布式发电供能系统能量优化及节能减排效益分析
相关短句/例句
distributed power system分布式供能
1.Desing and analyses of thedistributed power system;分布式供能工程设计与分析
2.In this paper,authors propose the design and economic analyses of thedistributed power system in advanced training center of China power investment corporation,we introduce general survey,load state,fuel choice,system design and scheme units.本文介绍了中电投高培中心分布式供能工程设计与经济性分析。
3)distributed energy system分布式供能系统
1.Integration of Active Storage Distributed Energy System;主动蓄能模式分布式供能系统集成
2.Thedistributed energy system(DES) directly and simultaneously supplies end-users with energy in different forms such as electricity, heat, and cold.分布式供能系统直接面向用户,满足用户冷、热、电等多种能源需求,具有高效、环保、可靠、经济等特点。
4)CHP system station分布式供能系统站房
1.The article fully illustrates various setting types ofCHP system station, and puts forward multifarious safety technology measures and its implementation possibility, as well as the successful examples at home and abroad proving its rationality.全面阐述了分布式供能系统站房设置的各种形式,提出必要的安全技术措施及其实施的可能性,并列举国内外有关工程实例证明其合理性。
5)distributed energy supply chain networks分布式能源供应链网络
1.This paper presented an integrated framework fordistributed energy supply chain networks that can be used to model different network topologies such as serial,parallel,assembly and arborescent structures.针对能源网络庞大的规模、复杂性和随机性,提出了一种能够用来建模分布式能源供应链网络的解析集成框架。
6)distributed generation and energy supply system分布式发电供能系统
1.The integration ofdistributed generation and energy supply systems based on distributed resources is an important part of the future smart grid construction,and energy saving and emission reduction is one of the key targets in smart grid operation.基于分散电源的分布式发电供能系统的接入是未来智能电网建设的重要组成部分,而实现节能减排是智能电网运行的关键目标之一,因此,研究分析分布式发电供能系统的节能减排效益对于智能电网的规划和运行意义重大。
延伸阅读
电缆供油装置允许供油压力计算电缆供油装置允许供油压力计算calculation of the permissible pressure for cable oil feeding equipmentd旧nlan gongyou zhuangZh【yunXU gongyou yol一J，suon电缆供油装t允许供油压力计算(calculationof the permissible pressure for eable 011 feedingequipment)为使充油电缆的油压保持在允许范围内，根据电缆线路的最大和最小允许工作压力，对电缆线路在环境温度最高的夏季满载时供油装t的最大允许供油压力，和在环境温度最低的冬季不带电时供油装t的最小允许供油压力的计算.最大和最小允许供油压力.取决于电缆线路的长度、高差、负荷和环境沮度等因素。如图所示为由压力供油箱(见充油电垅供油装!)在一端供油的充油电缆线路最大和最小允许供油压力分布情况.P叮mi。P X 10一2~尸“m‘。十nP’r一几人沪万不万万二气陪片l一一一一一一一一一一一一_一产尸一 终端头.|一|州|||人;点叠掩__支________--一丁----------一终瑞头压力箱卜屯电组旦老 电缆线路由压力供油箱在一端供油时的压力分布静态压力计算在电缆线路的负荷不变时，电缆内部的油压为静态压力。(1)在夏季满载时压力箱的供油压力最大，线路最低处B点的油压为线路上的最大静油压，此值要小于电缆的最大允许静油压，即式中尸PT。、。为压力箱的最小允许供油压力，MP。;h、为电缆线路最高处A点的高程，m;Pcsml。为电缆的最小允许静油压，MPa，其余符号的意义同式(l).暂态压力计算在电缆线路的负荷变化时，电缆内部的电缆油因膨胀或收缩而产生的油流在油道内分别产生暂态压力升或暂态压力降，两者均简称为暂态压力。在油压变化的暂态过程中.作用在电缆上合成的瞬时压力为暂态发生前的静态压力与暂态压力升之和。(”电缆负荷增加时，在电缆线路的最低处B点出现最大瞬时压力不得大于电缆的最大允许瞬时油压。暂态压力升的最大值出现在冬季电缆线路由不带负荷状态突然满载时，但此时B点的静态压力最小.最大静态压力是在夏季满载时，但在夏季接近满载时产生的暂态压力升并不是最大值。因此要正确计算静态压力和暂态压力升两者之和的瞬时压力的最大值是很复杂的，但可按图所示近似地把B点的最大静态压力与最大暂态压力升之和视为最大瞬时压力，于是压力箱的最大允许供油压力应满足下列条件 尸p，二，二△尸，一尸。T，~‘井锣终;十h。
