| 1. | During this stage the atomic system acts as an energy storage mechanism .
在这个阶段，原子系统的作用如同能量存储机构。 |
| 2. | Bodies connected to each other by certain energy storage or energy dissipation devices furnish additional examples .
用某种能量存储或散逸装置相互连接的物体则是这种情况的另一例子。 |
| 3. | A power supply which uses capacitors to store and transfer energy to the output , often stepping the voltage up or down
用电容器将能量存储和传输到输出端的电源，通常是使电压上升或下降。 |
| 4. | As a result , lhtes , as a new technology , has been noticed by academic and industrial teams for a long time
因此,相变储热技术作为一种能量存储的新技术,已经引起了学术界和工业界的多方关注。 |
| 5. | The energy storage system of the electric vehicle with energy hybridization consists of zinc / air , battery , nimh battery and ultracapacitor
多能源电动汽车的能量存储系统由锌空气电池、镍氢电池和超大电容三种能量存储元件组成。 |
| 6. | When you activate your own twelve chakras , you hook into energy stored in parallel sets of twelve centers that will further activate your process
当你激活你们的十二个脉轮时候，你们钩进能量存储于类似的十二个中心，将更进一步激活你们的程序。 |
| 7. | Maxim offers both regulated and non - regulated charge pumps , as well as ics with on - board charge pumps to boost internal voltages
用电容器将能量存储和传输到输出端的电源，通常是使电压上升或下降。在开关电路和调整器的控制下，电荷从一个电容传输到另一个电容。 |
| 8. | Power comparison control strategy of ems is performed though comparison between the actual required power and the maximum supplying and absorbing power of energy storage components in order to distribute the power
能量管理系统的功率比较控制策略是通过比较实际功率和能量存储元件的最大提供和吸收功率来达到分配功率的目的。 |
| 9. | This model is consisted of specified drive cycle , driver controller , power limitation , brake controller , vehicle mechanical limitation , transmission , motor , energy supply system and energy management system
该模型由指定行驶周期、驾驶员控制器、功率限制、刹车控制器、汽车机械限制、传动系统、电机、能量存储系统和能量管理系统组成。 |
| 10. | The inputs of fuzzy control strategy of ems include the required power , the soc of nimh battery and soc of ultracapacitor . the outputs of fuzzy control of ems include the distributed power factors of three energy components . each input and output can have different number of fuzzy sets
模糊控制策略的输入包括所需功率、镍氢电池的soc和超大电容的soc ;模糊控制策略输出包括三个能量存储元件的功率因子,每个输入输出有不同的模糊量。 |
