储能技术

柔性功率调节器（flexiblepowerconditioner，FPC）是一种集成了飞轮储能技术和双馈电机技术两者优点的新型FACTS装置，具有电能存储、有功功率和无功功率解耦调控等多种功能。

The flexible power conditioner ( FPC ) is a novel FACTS device which integrating both the characteristics of flywheel energy storage and the doubly-fed induction generator . It can perform multi-functions including energy storage , dynamic active and reactive power conditioning .

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

现有的各种储能技术都不能全面满足ISA系统的能量要求，必须开发新的储能技术或系统。ISA系统的使用结果表明，该系统可显著提高燃油经济性及低速时的驾驶舒适性。

So it is imperative to develop new energy storage technology and system for meeting the requirements of ISA .

随着电能质量重要性的提高和超级电容器储能技术的发展，将超级电容器储能（SCES）技术应用于电能质量的改善具有广阔的前景。

With the increasing importance of power quality and continuous development of Supercapacitor technology , it exhibits broad prospect to utilize SCES ( Supercapacitor Energy Storage ) for the power quality improvement .

提出了一种新型FACTS装置&多功能柔性功率调节器（FPC），它将飞轮储能技术和传统的同步调相技术有机地结合在一起，同时采用交流励磁和矢量控制等先进技术进行控制。

A new kind of FACTS equipment , the multi-functional Flexible Power Conditioner ( FPC ), is proposed in this paper . The proposed equipment makes use of an advanced synchronous condenser with a flywheel , which is controlled by a vector technology based AC excitation system .

储能技术是电动汽车发展的瓶颈之一。

Energy storage technology is a weak link of EV development .

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

新型相变储能技术的应用与发展

Application and Development on the Technology of Phase Change Energy Storage

一种基于电感储能技术的紧凑型高功率脉冲源

A Compact High Power Pulsed Source Basing on Inductive Energy Storage Technique

液压机械无级传动系统储能技术研究

Study on Energy Storage Technology of Hydro-mechanical Variable Transmission System

超导磁储能技术发展的新动向

A New Trend of Superconducting Magnetism Energy Storage Technology Development

超导储能技术对智能电网电压稳定的影响

Influence of Superconducting Magnetic Energy Storage on Voltage Stability of Smart Grid

中国地下含水层储能技术及其发展

Aquifer Thermal Energy Storage Technology and Its Development in China

储能技术的应用是智能电网中不可或缺的一个关键环节。

The application of energy storage technology is akey part in smart grid .

储能技术&电容与电感储能；

The energy storage technique & both capacitive andinductive ;

飞轮储能技术原理、应用及其研究进展

The Principle , Application and Progress of the Technology of Flywheel Energy Storage

超导储能技术在电力系统中的应用与展望

Application of Superconducting Magnetic Energy Storage Technology to Power System and Its Prospect

新型高效飞轮储能技术及其研究现状

A Novel and High Efficiency Flywheel Energy Storage Technology and Its Research Situation

在不采用储能技术的情况下，光伏发电仍然具有显著的并网潜力。

Without the storage , the PV generation still has a remarkable integrating potential .

飞轮储能技术研究的发展现状

The situation of the flywheel energy storage research

纳米材料的广泛研究极大地推动了超级电容器等先进储能技术的蓬勃发展。

Wide research of nanoscale materials has promoted flourish of advanced energy storage technology .

这时我们需要使用混合储能技术来解决上述问题。

Then we need to adopt composite energy storage technology to solve the problem above .

深部地层储能技术与水源热泵联合应用工程实例

Analysis and project practice of aquifer thermal energy storage ( ates ) with heat pump

论文选题来源于：高温超导飞轮储能技术。

This dissertation is originated from the technology of High Temperature Superconductivity Flywheel Energy Storage .

地层储能技术在大温差水源热泵中的应用

Application of Aquifer Thermal Energy Storage Technology in Large Temperature Difference Water Source Heat Pump

摘要介绍了飞轮储能技术的基本原理和应用。

The theory of flywheel energy storage and its application are introduced in this paper .

超级电容器储能技术及其应用

Supercapacitor Energy Storage and Its Application

引入离心式变惯量机械储能技术，设计了直接式机械储能及调功机构。

Centrifugal variable inertia mechanical energy storage technology , on-site mechanical energy storing and power regulating .

而无摩擦的磁悬浮轴承是实现高效的飞轮储能技术的关键。

Magnetic bearing without friction is a key technology for flywheel energy storage to realize high efficiency .

利用储能技术进行电力系统稳定控制是一条稳定电力系统的新思路。

Using energy storage technology to control the power system is a new idea for its stability .