1.Overview

Offshore wind power also has the characteristics of randomness and volatility of new energy generation, and the transmission line is long, there are reactive power fluctuation and voltage fluctuation problems, the need to install power quality control device for reactive power / voltage adjustment, and the environment is humid, salt fog, the operating environment is relatively bad, and the equipment protection requirements are higher.

According to the characteristics of offshore wind power, FGI designs and develops special Static Var Generator(SVG) container products, adopt fully closed water cooling design, do not exchange air with the external environment; the circuit board adopts "moisture-proof, mildew proof and salt spray" coating process to effectively deal with complex environment and ensure the reliable operation of the products in high humidity and high salt fog environment in coastal and offshore centralized control centers.

2.Implementation plans

1.FGI Static Var Generator(SVG) has good environmental adaptability.

According to the needs of the project,Static Var Generator(SVG) can provide a variety of indoor and outdoor container applications.According to the special environment of the project, multi-directional protection treatment from components and components to the whole machine is achieved, so as to ensure that the equipment is not affected by salt spray and humidity, and ensure the stable operation of the equipment.

2 .FGI Static Var Generator(SVG) has excellent high and low voltage crossing capability.

It can well deal with the voltage fluctuation of the field power grid, the performance is better than the standard requirements, ensure that the equipment does not take off the network, and support the role of the power grid 

for a short time.

3.Use FGI Static Var Generator（SVG) to reduce the amount of daily maintenance.

With the application of closed liquid cooling cycle cooling system, low daily maintenance, only regular inspection, no need to replace consumables, reduce the workload of operation and maintenance.