1) Superconducting magnetic energy storage (SMES)
超导储能装置(SMES)
2) superconducting magnetic energy storage (SMES)
超导储能(SMES)
3) Superconducting magnetic energy system(SMES)
超导磁储能(SMES)
4) SMES
超导磁储能装置
1.
RESEARCH ON THE CAPACITY OF SMES AIMED AT THE STABILITY OF POWER SYSTEM;
针对系统暂态稳定性的超导磁储能装置容量研究
2.
A GENETIC APPROACH TO MIXED ROBUST CONTROL DESIGN FOR SMES;
基于遗传算法的超导磁储能装置H_2/H_∞鲁棒控制器设计
3.
As nonlinear PID(Proportional Integration Differential) controller is free of the math model of the controlled system in design procedure,a nonlinear PID controller for SMES(Superconducting Magnetic Energy Storage) unit connected to power system is proposed.
基于非线性比例积分微分PID(Proportional Integration Differential)控制器在设计上具有不依赖于被控系统数学模型的特点,设计了用于电力系统的超导磁储能装置SMES(Superconducting Mag-netic Energy Storage)的非线性PID控制器。
5) SMES
超导储能装置
1.
Research on Coordinating Control Method of SMES Based on DSP;
基于DSP的超导储能装置协调控制策略研究
2.
Recently the development of power electronics and superconducting technology m ade it possible that superconducting m agnetic energy storage SMES took part in the power system as FACTS devices to enhance transient stability.
首先讨论了超导储能装置 ( SMES)建模问题 ,根据 SMES样机实验结果 ,构造了 SMES的二阶鲁棒模型 ;然后在单机无穷大系统中 ,得到了含 SMES的电力系统非线性鲁棒模型。
6) superconducting magnetic energy storage (SMES)
超导储能
1.
A superconducting magnetic energy storage (SMES) based control method is proposed to compensate the fluctuating loads in the power system.
提出了一种应用可控超导储能(SMES)装置对波动负载进行补偿的方法。
2.
To implement the fast bidirectional transformation of superconducting coil and power grid, a kind of current regulator is designed for the superconducting magnetic energy storage (SMES).
最后给出了1台600W的电流调节器样机的试验结果,试验结果表明,该电流调节器可以满足超导储能系统的需要。
3.
Several types of combined devices based on superconducting magnetic energy storage (SMES) are introduced, including SMES-SPS, SMES-STATCOM, SMES-UPFC and SMES-SFCL.
介绍了几种典型的基于超导储能(SMES)的超导电力组合装置,包括SMES-SPS(串联移相器),SMES-STATCOM(静止无功补偿器),SMES-UPFC(统一潮流控制器)以及SMES-SFCL(超导故障限流器)。
补充资料：超导储能（storedenergyofsuperconductivity）
超导储能（storedenergyofsuperconductivity）
由于超导磁体环流在零电阻下无能耗运行，所以超导线圈中可持久地储存电磁能，且在短路情况下运行，称超导储能。它的优点在于：⑴一次储能可长期无损耗地保存，又可瞬时放出；⑵储存能量高，现已可达107J/m3以上；⑶用低压电源励磁即可；⑷装置体积小；⑸节省了常规所需的送变电设备和减少送变电损耗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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