UNITROL 1020-0004 BASIC+SYNC Excitation voltage regulator

UNITROL 1020-0004 BASIC+SYNC Excitation voltage regulator
UNITROL 1020-0004 BASIC+SYNC Excitation voltage regulator
3BHE030579R0004 UNITROL 1020-0004 BASIC+SYNC

The UNITROL 1020 is a voltage regulator in the UNITROL 1000 series designed for use in small and medium-sized synchronous generators and industrial machines.

Excitation voltage regulator is a kind of power regulator, which is mainly used in the power system to precisely regulate and control the excitation current of the generator. Its function is to keep the output voltage of the generator stable to adapt to the load change and stabilize the system voltage.

The excitation voltage regulator can be divided into three categories: semiconductor analog excitation regulator, microcomputer (including programmable controller) digital excitation regulator and hybrid microcomputer (including programmable controller) analog excitation regulator.

Main role
1, maintain the generator terminal voltage at the given value, when the generator load changes, by adjusting the strength of the magnetic field to maintain the machine terminal voltage.
2, reasonable distribution of reactive power distribution between parallel running units.
2, improve the stability of the power system, including static stability, transient stability and dynamic stability.

Voltage regulator UNITROL 1010
3BHE035301R0002 UNITROL 1010-0002 LIGHT
3BHE035301R0003 UNITROL 1010-0003 BASIC
UNITROL 1010-0004 BASIC + SYNC 3BHE035301R0004

Voltage regulator UNITROL 1020
ABB UNITROL 1020-0003 BASIC 3BHE030579R0003
UNITROL 1020-0004 BASIC + SYNC 3BHE030579R0004
Industrial equipment UNITROL 1020-0006 FULL 3BHE030579R0006
Industrial equipment UNITROL 1020-0007 FULL + PSS 3BHE030579R0007

UNITROL 1000-PM40
​UNITROL 1000-PM40 3BHE015411R0001

Excitation voltage regulators have applications in many fields, mainly including the following aspects:

1. Power system: Excitation voltage regulator is widely used in power system to control the excitation current of generator set to maintain the stable operation of power system.
2. Wind power generation: In the wind power generation system, the excitation voltage regulator is used to control the excitation current of the wind generator set to improve the power generation efficiency and ensure the stability of the system.
3. Hydroelectric power generation: In hydroelectric power generation systems, the excitation voltage regulator is used to control the excitation current of the hydrogenerator set to ensure the stability and efficiency of hydroelectric power generation.
4. Nuclear power generation: In the nuclear power generation system, the excitation voltage regulator is used to control the excitation current of the nuclear reactor to ensure the safety and stability of nuclear power generation.