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- flywheel energy storagesystem 飞轮储能
- The FPC incorporates the flywheel energy storage technology and synchronous condenser. 该文建立了柔性功率调节器的数学模型，提出了相应的励磁控制策略。
- The Flywheel Energy Storage(FES) technique hasbecome one focus of the international energy circles. 飞轮储能技术已成为国际能源界研究的热点之一。
- The flywheel energy based device call multi-functional flexible power compensation (FPC) in this paper is also introduced. 此外，还介绍了作者研制的基于超导磁储能电力系统稳定控制装置的样机，并在实验室环境下进行了控制装置的特性试验。
- As examples two kinds of energy storage devices, a superconductive magnetic energy system (SMES) and a flywheel energy storage, are discussed. 作为应用实例，较详细介绍了两种基于不同储能原理的电力系统稳定控制装置，一种是基于超导磁储能原理的电力系统稳定控制装置；
- Then some energy storage systems are presented emphatically, such as BESS, STES, ultra-capacitor and flywheel energy storage. A brief discussion of their technical status, advantages and disadvantages is also included. 着重介绍了蓄电池储能、超导储能、超级电容器储能以及飞轮储能等储能形式,并分析了它们的技术现状及优缺点。
- Based on these studies, by considering the configuration and constraints of axial magnetic bearings for a flywheel energy storage system, the authors put forward a rational sequence for. 讨论了磁轴承用户性能要求与设计解空间参数之间的多对多映射关系和设计中遵循的一般规则,对磁轴承的设计过程进行了结构分析。
- A inner type stop is utilized to limit the amplitude of the violent low frequency precession of the rotorbearing system which is the critical part of the experimental flywheel energy system. 利用限位器来限制储能飞轮实验转子的大幅度低频异步进动,设计了转子与限位器碰摩试验装置,研究转子的碰摩振动。
- The result showed that control was easy and dynamic propriety was good.This magnetic bearing had widely application in flywheel energy storage system, super high speed motor, and so on. 研究结果表明，该磁轴承控制方便，动静态性能良好，在飞轮储能、超高速电机等领域具有广阔的应用前景。
- Rotor Dynamics of Flywheel Energy Storage System 飞轮储能系统转子动力学理论与试验研究
- high-speed flywheel energy storage 高速飞轮储能
- Superconducting flywheel energy storage system 超导飞轮储能系统
- AXIAL MAGNETIC BEARINGS DESIGN FOR A FLYWHEEL ENERGY STORAGE SYSTEM 支承飞轮的推力磁轴承设计
- Achievement and Application of Flywheel Energy Storage Technique 飞轮蓄能技术的发展与应用
- It is possible to transmute one form of energy into another. 把某种形态的能量改变成另一形态的能量是可能的。
- Young people usually have more energy than the old. 青年人通常比老年人精力充沛。
- The industry felt the effects of the energy crisis. 该工业受到能源危机的影响。
- I rallied all my energy for further effort. 我振作精神以做再次的努力。
- Kinetic energy is the energy arising from motion. 动能就是由于运动而产生的能量。
- Solar energy is a new kind of source of energy. 太阳能是一种新型能源。
