储能系统,energy storage system
1)energy storage system储能系统
1.The technical principle and application status of theenergy storage system are presented,also the prospect for theenergy storage system is forecast according to the developing trend of electric power systems.介绍了国内外储能系统的技术原理和应用现状,比较了传统和先进储能技术的技术经济优势。
2.A super-capacitorenergy storage system applied in DC power system was analyzed and modeled.分析了超级电容器储能系统在直流电网中的工作状态,对该储能系统进行了建模,并对开关频率分别为1、2、4 kHz时的储能系统模型进行仿真和实验。
3.As while,authors pointed out that this system was made of four parts which wereenergy storage system for saving energy,energy advanced system for distilling and supplying energy,energy emanating system for transferring and releasing energy in the locus,and surveying.为了综合利用地层能源,达到优化资源的目的,提出了地层新能源的概念;并提出了地层新能源利用工程的系统构成及原理,指出该系统由保存和提供能量的储能系统,从储能系统中提取地层能供使用的提能系统,将能量传输到需要场合释放的释能系统,以及监测系统运行效果的自动监测系统构成,其中关键技术是地层储能技术和提能技术。
英文短句/例句
1.Research on Fiywheel Energy Storage System and its Controlling Technique飞轮储能系统及其运行控制技术研究
2.Research on Voltage Balance of Supercapacitor Storage Energy System;超级电容器储能系统电压均衡的研究
3.Research on Control of the Energy System Based on Super Capacitors;超级电容器储能系统发电控制的研究
4.Optimal Design of Current Leads for Superconducting Magnetic Energy Storage Device超导储能系统用电流引线的优化设计
5.Dynamic Voltage Restorer Powered by Hybrid Energy Store System基于混合储能系统的动态电压恢复器
6.The Application Study on Superconducting Magnetic Energy Storage System(SMES) in the Electric Power System of Ship;超导磁储能系统在舰船电力系统中的应用研究
7.The storage systems are now delivering Gigabyte of storage as the standard capability.存储系统提供lGB存储的标准功能。
8.Performance Evaluation of Multimedia Storage Based on Unified Storage Network基于统一存储网的多媒体存储系统性能的研究
9.memory organization of artificial intelligence system人工智能系统存储器组织
10.Magnetic system and dynamics of storage--energy type print mechanism for the wire dot printers储能式印字机构的磁系统与动态特性
11.Improving the Performance of Software DSM Systems;软件分布式共享存储系统的性能优化
12.The Research on a Bidirectional Converter System in the Hybrid Energy Storage Electric Vehicle;混合储能电动车双向变换系统的研究
13.The Study of the Solar Storage System in the Cold Northwest Region;西北高寒地区太阳能储热系统的研究
14.Research of Intelligent Warehousing System Based on ZigBee Technology;基于ZigBee技术的智能仓储系统的研究
15.Multiplatform Multiuser iSCSI System and the Improvement of It s Performance;跨平台、多用户iSCSI存储系统及性能改进
16.Study on Hydrogen Storage Alloys PCT System and Its Experimental Analysis;储氢合金PCT性能测试系统和实验分析
17.Research and design of intelligent warehouse management system based on RFID;基于RFID的智能仓储管理系统的研发
18.Design of Efficient Reliable Storage System for Disaster Recovery面向灾备的高性能可信存储系统设计
相关短句/例句
system stored energy系统储能
3)dual-storage system双储能系统
4)flywheel energy storage system飞轮储能系统
1.Application Prospects of Flywheel Energy Storage System;飞轮储能系统的应用前景
2.Aflywheel energy storage system is designed in this paper,and also the structure of the system is recounted concisely and the charge and discharge control strategy for high-speed flywheel is studied.设计了一种用于UPS的飞轮储能系统,简述了其系统结构,研究了高速飞轮充放电的控制策略。
3.This paper researches the induction motor’s working manner used inflywheel energy storage system,which is composed of four parts: the flywheel that storage energy,the synchronous generator that transforms electrical energy and rotational energy,induction motor and inverter,exciter.本文研究了用于一种新颖的飞轮储能系统的异步电动机的工作过程,该系统主要包括飞轮转子、用于机电能量转换的同步发电机、拖动异步电动机及变频器、调节发电机电压的励磁机。
5)battery energy storage system蓄电池储能系统
1.Then thebattery energy storage system is presented emphatically and according to its own characteristics of distributed power generation system, a method of battery model is proposed which is based on the software of Visual C++ which combines Shepherd equation and Peukert experiential expressions.着重介绍了蓄电池储能系统,并且根据分布式发电系统自身的特点,结合Shepherd方程和Peukert经验公式提出了基于VisualC++软件开发的蓄电池模型。
2.Stand alone system with the distributed generation and thebattery 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。
6)SCES电容器储能系统
1.A Super Capacitor Energy Storage(SCES) system plays an important role in improving operation stability of power system.从超级电容器储能系统的运行机理出发,设计了含双向DC-AC-DC变换器的超级电容器储能系统主电路结构,并建立了其统一模型。
延伸阅读
风力发电储能系统风力发电储能系统energy storage system of wind powerfengll fod旧n ehur、engx}torlg风力发电储能系统(energy storage system ofwind power)在有风期间将多余的风能转化为其他形式的能量储存起来，在无风期间再将储存的能t释放出来并转变为电能，以保证稳定持续地供电的装!。风能是不可直接储存的能源，即使在风能资源丰富的地区，若以风力发电作为获得电能的主要方式，也必须配有适当的储能系统。风力发电系统采用的储能系统主要是以蓄电他储能;在地形条件合适的地点，也可以采用抽水蓄能;正在研究试验的有压缩空气储能、飞轮储能、电解水制氢储能等。与大电网并联运行的风力发电系统，电网即是最好的储能系统，不需要另外配备其他形式的储能系统.蓄电池储能在风力发电系统中，多采用铅酸蓄电他或碱性蓄电池作为储存电能的装置。铅酸蓄电池的单格电压为ZV，碱性蓄电池的单格电压为1.ZV。小型风力发电系统中蓄电池组的电压通常为12V、24V或36V。蓄电池的容量以安时(A·h)数表示。安时数表明该蓄电池在连续10h充电或放电过程中允许的充电和放电电流的数值(10h充放电率电流值)，超过10h充放电率的电流值会损坏蓄电池。在充放电过程中，蓄电池的电压是变化的，特别是放电时，蓄电池电压逐渐降低，使用时铅酸蓄电池电压不应低于1.4~1.SV，碱性蓄电池不应低于0.8一1.IV。铅酸蓄电池在充电时电解液的浓度增高，比重增大;放电过程中电解液的浓度降低，侧定电解液的浓度就能了解蓄电池放电的程度。蓄电池的寿命因使用方法不同有很大差异，铅酸蓄电池的寿命一般为1~，碱性蓄电池的寿命为3~。抽水储能当风大而负荷所需电能较少时，利用多余的电能带动抽水机，将低处的水抽到高处的水库中储存起来;当风小或无风期来临时，再释放高处水库中的水来推动水轮机带动发电机发电。压缩空气储能在电力负荷减小时，将风力发电机提供的多余电力通过电动机带动空气压缩机，将空气压缩后储存到地下岩洞或废弃的矿坑内;在电力负荷达到高峰、风小或无风时再释放储存的压缩空气为动力带动涡轮机实现发电。飞轮储能在风力机与发电机之间安装一个飞轮，利用飞轮旋转时的惯性储能。当风速高时，风能以动能的形式储存于飞轮中，当风速低时，储存在飞轮中的动能即可带动发电机发电。飞轮多由钢制成，近年来正在研究采用强度高而重量轻的纤维材料制造飞轮，其储能量可达钢制飞轮的10一20倍。电解水制氮储能在电力负荷减小时，将风力发电多余下来的电能用来电解水，使氢和氧分离，把氢作为燃料储存起来，需要时再把氢和氧在嫩料电池中进行反应而产生电能。
