Shanghai Zhiyou lectric Manufacturing Co., LTD

Shunt Reactor(Dry-Type)

Product Application：

BKGKL series shunt reactors are connected in parallel with the low—voltage winding side of 110kV, 220kV or 500kV substations ,for reactive compensation of capacitance for long—distance transmission line, which will ensure stable voltage running of transmission and distribution system.



Ordering Information：

Nominal system voltage

Rated current

Rated power

Rated reactance

Maximum operating voltage of system

Mode of installation：horizontal

Working environment (indoors or outdoors)

Angle between inlet and outlet

Other special requirement





Product Standard：

GB/T 1094.6-2011

IEC 60076.6-2007

JB/T 5346-2014


Ordering Notice:

1. Please provide detailed parameters of the product.

2. Please provide us with as much product related information as possible regarding the product specifications, product drawings, product nameplates, product photos, etc. that you need to order, so that we can provide you with a faster and more accurate quotation.




We are willing to serve you with our professionalism, sincerity, and integrity.



Shunt Reactor (Dry-Type)

A shunt reactor (dry-type) is an important power system component designed to absorb reactive power and stabilize voltage levels in electrical networks. Unlike oil-filled designs, the shunt reactor (dry-type) uses air or solid insulation, providing safe, eco-friendly, and low-maintenance operation. By compensating for line charging currents, the shunt reactor (dry-type) helps prevent overvoltage in long transmission lines and improves system efficiency. It is widely applied in substations, renewable energy projects, and industrial facilities where reliable voltage regulation is required. Built with robust insulation and strong thermal endurance, the shunt reactor (dry-type) ensures long service life and consistent performance, making it a vital solution for modern grid stability and sustainable power management.

Capacitor

A capacitor is a fundamental electrical component that stores and releases energy in the form of an electric field. Widely used in power systems, electronics, and industrial applications, the capacitor helps improve power factor, stabilize voltage, and filter out unwanted signals or harmonics. In power networks, a capacitor provides reactive power compensation, reducing energy losses and enhancing system efficiency. In electronics, a capacitor is essential for timing, filtering, and energy storage functions, supporting stable circuit operation. Built with advanced dielectric materials, the capacitor offers high reliability, long service life, and consistent performance under various operating conditions. Choosing the right capacitor ensures improved efficiency, protection of sensitive equipment, and stable power quality in both industrial and commercial applications.

Ordering Notice:
1. Please provide detailed parameters of the product.
2. Please provide us with as much product related information as possible regarding the product specifications, product drawings, product nameplates, product photos, etc. that you need to order, so that we can provide you with a faster and more accurate quotation.