Mobile power flow control and ice melting system and control method

Abstract

The invention discloses a mobile power flow control and ice melting system which comprises a centralized control system and power flow control and ice melting systems arranged on each phase of power, and is characterized in that each power flow control and ice melting system comprises N series compensation modules which are arranged in series in a centralized manner, and the N series compensation modules which are arranged in series in the centralized manner are arranged in at least one container; n is a natural number and greater than 1, each series compensation module comprises a current conversion unit, an energy taking unit, a control unit and a first type of bypass device, and the current conversion unit is electrically connected with the energy taking unit and the first type of bypass device. The invention further discloses a control method of the mobile power flow control and ice melting system. According to the power grid structure and working conditions, power flow optimization control of different areas of a power grid in different periods can be movably achieved, ice melting of different lines of the power grid is achieved, the operation performance and reliability of the whole system are improved, and the advantage that the series compensator optimizes the power flow of the system is better exerted.

Description

technical field [0001] The invention relates to the technical field of flexible power transmission in power systems, in particular to a mobile power flow control and ice-melting system and a control method. Background technique [0002] With the interconnection of large-scale power systems and the use of various new equipment, the scale and complexity of the power system have also increased while making power generation and transmission more economical and efficient; coupled with a large number of distributed power generation systems connected to the grid , so that the traditional fixed power flow transmitted from the transmission network to the distribution network is reversed; the continuous growth of user load requires power flow control means to improve the existing power transmission capacity; the complex power exchange between the booming smart grid and the power market requires Frequent flow optimization control. On the other hand, the icing of power transmission lin...

Images