BK SMC series oil-impregnated magnetron reactor
The MCR series magnetron reactor is mainly used in 6-35 kV power systems. According to the automatic controller sampling of reactive power of the power grid system, the thyristor control angle of the magnetron reactor is automatically adjusted, and the winding DC current size is changed. Control core saturation, achieve continuous adjustable reactance value, Thus, the compensation effect of reactive power(series response time 100 MS ~ 300 MS) is realized. The magnetron reactor has the ability to increase the power factor, reduce the network loss, prevent the grid system from oscillating, improve the transmission capacity of the transmission line, improve the voltage stability ability of the grid, limit the system's power frequency voltage increase and operation over voltage, and achieve a stable system voltage. Therefore, the MCR type magnetron reactor is widely used in power grid substation, wind power station, electrified railway substation, coal mine, smelting, rolling steel and other industries. The MCR type magnetron reactor is an ideal dynamic reactive power compensation and voltage adjustment equipment for high and ultra-high voltage power grids. device.
1. The MCR type magnetron reactor can adjust the inductance by changing the magnetic conductivity of the core core of the ferroelectric reactor by DC partial magnetism. It forms a dynamic reactive power compensation system with fixed capacitors, automatic controllers, etc., and achieves no stage adjustment of reactive power compensation capacity. The effect of reactive power compensation is optimized.
2. To increase the power factor of the power grid, the power factor can reach the requirements of 0.9 to 0.99; And reduce the network loss and reactive power loss, energy saving and power saving, suitable for the power system large network damage very serious users.
3. We will eliminate harmonic pollution, improve the security factor of power grids, and improve the voltage stability and transmission capacity of power grids.
4. Stabilizing the endpoint voltage(preventing it from being too high or too low) improves the life of Transformers and power lines and other electrical equipment.
5. For the expansion of users, the installation of MCR type magnetron reactor dynamic reactive power compensation devices in many industries can achieve 1.2 to 1.5 times the expansion capacity, greatly saving the expansion expenditure.
6. The MCR type magnetron reactor SVC dynamic reactive power compensation system has a high price performance. Compared with the domestic TCR type SVC, the price is 1/3 lower, which is only 40 % of the imported TCR type SVC price.
7. The magnetron reactor consists of air gap iron core, coil, fuel tank, radiator, oil tank, sleeve, according to the capacity, pressure release valve, gas relay, thermometer and other main components, including pressure, gas, temperature protection device.
8. The magnetron reactor adopts high quality cold rolled oriented Silicon steel sheet, anaerobic copper wire, insulating material and advanced variable pressure vacuum drying process to ensure various electrical performance indicators.
9. The magnetically controlled reactor is characterized by self-cooling, compact structure, small size, light weight, and simple installation and maintenance.
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