发电制动

交流拖动提升机电气制动是提升工艺中比较重要的一部分，目前交流异步电机拖动的提升机中，广泛应用的制动方式是低频发电制动和动力制动。

The electric brake of AC shaft hoist is an important part on hoisting technics low frequencies power generation brake and power are widely used in the shaft hoist of AC asynchronous drive at present .

垂直轴风力发电系统制动及保护电路设计

Design of Braking and Protection Circuit on Vertical Axis Wind Turbine System

水轮发电机组电气制动方法的分析与探讨

The analysis and discussing of electric braking method in hydropower station

浅谈负载发电和变频制动的方式

The Load Regenerative State and the Brake Ways Based on the AC Converter

水轮发电机组风闸制动系统故障分析与流程改进

Fault analysis and process improvement of pneumatic brake system of hydroelectric generating unit

水轮发电机组电气制动停机问题的综合分析与处理

Comprehensive Analysis on the Problems of Hydrogenerator Outage by Electric Braking and Their Treatment

水轮发电机组电气制动技术分析

Analysis on dynamic-brake technology of hydroelectric generators

主要运用在功率电子负载、分布式发电和电机制动能馈等场合。

This system was used in electronic power load , distributed generation and motor braking feedback .

本文着重探讨水轮发电机组电气制动的工作原理，分析了几种电气制动方法的特点及其应用场合，包括目前最常用的发电机定子端短路制动、发-变组高压短路制动和中小机组反接制动方法。

The paper introduces the work principle of electric braking of hydraulic turbine-generator unit , including generator stator side short circuit braking method , generator-transformer unit high voltage short circuit braking method and reverse connecting braking method .

介绍响洪甸抽水蓄能电站电动发电机组电制动的工作原理、操作系统、存在的问题及其处理方法、投运试验成果分析。

Introduces the following aspects for electric brake of Motor generator Unit at Xianghongdian Hydropower , such as working principle , operational system , existing problems and treatment methods , achievement analysis of it after testing & commissioning .

响洪甸抽水蓄能电站电动发电机组的电制动

Electric Brake of Motor-generator Unit at Xianghongdian Pumped Storage Power Station

兼有电动、发电回馈和电磁制动功能的电动汽车轮毂式电机

The In-wheel Motor of the Electrical Vehicle with the Function of Electromotion , Power Generating Feedback and Electromagnetic Brake

研究了电机处于电动状态、发电状态和电磁制动状态时的电机推力和电机法向力。

The thrust and the normal force of the motor are analyzed when the motor is in the motor state , in the power state and in the electromagnetic brake state .