1) inductive energy storage (IES)
电感储能系统
2) inductive energy storage
电感储能
1.
Modeling and parameter optimization of coilgun system with inductive energy storage supply;
电感储能型线圈炮系统的建模和参数优化
2.
The proposed PPS has the topology of two stages of inductive energy storage,which is charged from 12V automobile storage battery.
为了满足运载工具对脉冲放电电源的需求,设计了一种利用车载蓄电池作充电电源,采用两级电感储能、电容传输能量的拓扑电路,脉冲变压器输出最大幅值30 kV、ns级上升沿(反应器负载)、高压脉冲重复频率1 kHz的用于放电处理汽车尾气的全固态开关紧凑型高压脉冲电源;分析了电源主电路工作原理,对电路的动态工作进行数学建模和解析求解,并用Matlab仿真给出一组典型的电源工作波形,为电源设计和元件参数选取提供了依据。
3.
This paper presents the recent development of the pulsed power technology based on inductive energy storage (including Superconducting Magnetic Energy Storage, SMES) and its opening switch.
介绍了国内外电感储能 (包括超导储能 )高功率脉冲电源及断路开关的新近进展情况以及用功率电子器件或超导开关做断路开关的几种电路拓扑结
3) inductive storage
电感储能
1.
The energy transform between the inductive storage and magnetizing winding;
电感储能与充磁线圈的能量转换
2.
Opening switch technology is the key to inductive storage system.
电感储能系统中的关键技术是切断开关技术，本文论述了导体的电爆炸机制，以及作为切断开关爆炸导体参数选取的经验公式，并设计了一种爆炸导体切断开关的装置结构，在实验中取得了较好的结果。
4) dumping inductor
储能电感
1.
Topology structure, work mode and dumping inductor parameter of this DC/DC converter are analyzed specifically.
介绍了一种新颖的具有升降压功能的DC/DC变换器的设计与实现,具体地分析了该DC/DC变换器的设计(拓扑结构、工作模式和储能电感参数设计),详细地阐述了该D C/D C变换器控制系统的原理和实现,最后给出了测试结果。
5) battery energy storage system
蓄电池储能系统
1.
Then the battery 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 the battery 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。
补充资料：电感器(见电感和标准电感器)
电感器(见电感和标准电感器)
inductor
diongon印电感器(inductor)见电感和标准电感器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条