Outdoor Frame-Type High-Voltage Reactive Power Compensation Device
Short Description:
The KRMSVC type high-voltage dynamic reactive power compensation device is an automatic control device for reactive power compensation and voltage optimization, integrating MCR, capacitor group switching, and on-load tap-changing transformer functions. The MCR is a 'magnetic valve' type controllable saturated reactor, which adjusts the saturation level of the core by changing the excitation through DC control current, thereby achieving smooth regulation of reactive power output. With capacitor group switching, it can achieve bidirectional dynamic continuous adjustment of reactive power. In addition, the MCR capacity only needs to be close to that of a single large-capacity capacitor group to meet reasonable compensation requirements, reducing equipment costs while significantly lowering operating losses.
Product details
Product Overview:
KRMSVC high-voltage dynamic reactive power compensation device is an automatic control device for reactive power compensation and voltage optimization integrating MCR, capacitor group switching and transformer on-load voltage regulation functions. MCR is a kind of "magnetic valve" type controllable saturation reactor, through the excitation of DC control current to change the magnetic saturation of the core, so as to achieve the purpose of smoothly adjusting the reactive power output, due to the capacitor grouping, to achieve two-way dynamic continuous adjustment, in addition, the MCR capacity only needs to be close to the large capacity of a single group of capacitors, can achieve reasonable compensation requirements, reduce the cost of equipment, and greatly reduce the operating loss.
Principle and composition of the device
The complete set of MSVC magnetron dynamic reactive power compensation device is composed of MSVC main control screen, magnetron reactor (MCR) branch and compensation (filtering) branch, which can realize continuous dynamic compensation of reactive power. Among them, the compensation (filtering) branch is mainly composed of capacitors, reactors, discharge coils and protection components. It has the function of providing capacitive reactive power compensation and filtering, and the branch of the magnetron reactor (MCR) is composed of the main body of the magnetron reactor (MCR) and the ST-type phase-shifting trigger control device, which has the function of dynamically adjusting the reactive power. The MSVC main control panel is composed of MSVC main control unit, intelligent zero crossing opening and closing controller, reactor microcomputer protection, capacitor microcomputer protection and related auxiliary equipment.
Ordering instructions
System voltage rating
Rated capacity (magnetron reactor capacity + capacitor installation capacity)
The main change is the number of stations
The number of capacitor branch packets
System harmonic background
Installation method and location
Usage environment
Key features:
●"Magnetic valve" type controllable saturation reactor (MCR), which adopts auto-decoupling DC excitation technology without external DC excitation power supply, and is controlled by the internal winding of the reactor.
●Through the control of low-voltage triacs, the reactive power adjustment of the high-voltage system is achieved, with high reliability and low cost.
●The reactor core is in the limited magnetic saturation working mode, which greatly reduces the harmonics, and has the characteristics of low active loss, fast response speed, and continuous smooth reactive output.
●The use of optical isolation phase shifting triggering technology, optical fiber transmission phase shifting triggering, and high-potential self-power extraction control improve the system insulation level, enhance the anti-interference ability of the device, and reduce the volume of the equipment.
Functional features:
1. The control system adopts a multi-CPU controller based on DSP chip, which has a high degree of reliability and stability, and the operation speed is fast, and complex algorithms can be implemented.
2. Modular design, flexible expansion.
3. The triac adopts high-quality components, high-voltage energy extraction, photoelectric triggering, BOD protection, strong anti-interference of the system, and reliable operation.
4. The monitoring part is composed of a higher-level monitoring machine, a man-machine display interface and other corresponding terminal devices. The power quality of the system can be continuously monitored.
5. It can directly attach 6KV, 10KV, 35KV, and 27.5KV voltage levels.
6. It can realize three-phase simultaneous control, split-phase control, and three-phase balance control.
7. It has hardware protection and backup computer protection.
Technical parameters
Voltage level: 6~35KV
Rated frequency: 50Hz
Control Accuracy: 0.5%
Triac cooling method: self-cooling, air cooling
Dynamic response time: 〈1000ms
Control mode: reactive power
Overload Capacity: 110%
Noise level: 65dB
AC power supply
Rated voltage: three-phase 380V, single-phase 220V
Allowable Deviation: -20%~+40%
Frequency: AC, 50±1Hz
Power: Three-phase 380V is not greater than 10KW/phase. Single-phase 220V is not greater than 3KV
DC power supply
Rated voltage: 220V
Allowable Deviation: -10%~+10%
Power: ≤550W
