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capacitive power factor correction for 1-35kV/50(60)Hz system
HTCR-35-14
Indoor/ Outdoor
Sanhe
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HTCR series medium voltage static var compensation (TCR type) is a typical flexible AC transmission device, which adopts instantaneous reactive power theory and Steinmetz theory, multi-core parallel processing technology, and has faster response speed. The cooling technology can continuously adjust the reactive power compensation capacity steplessly. During the adjustment process, there is no inrush current, no arcing, maintenance-free, and a longer life.
HTCR is suitable for voltage levels below 35KV, and it is the solution with the best technical effect and the fastest response in the current reactive power compensation solutions. HTCR is especially suitable for fast compensation industrial occasions, reducing voltage fluctuation and flicker caused by impact load and non-load, unbalanced three-phase system, harmonic interference, improving power factor, reducing line loss, network loss and transformer loss, and improving power supply quality and achieve energy saving and loss reduction.
Feature:
Multi-core parallel processing technology
High-performance digital signal processor and high-resolution analog-to-digital converter
Perfect self-protection system design, monitor the work of thyristor
SCR is used as the main adjustment device, no arcing, no inrush current and long service life during adjustment
Advanced heat pipe self-cooling technology, no noise, high reliability, maintenance-free
Continuous smooth adjustment, high adjustment accuracy and fast response
Perfect communication ability, convenient for networking
Perfect self-diagnosis, real-time monitoring
Standard modular structure, easy installation and maintenance
Using light trigger mode, strong anti-interference ability
Various control methods such as three-phase control and split-phase control can be realized
Designed as a passive filter to control system harmonics
Standards
IEC 60871-1：2014
GB/T 11024.1-2019
GB 50227-2017
DL/T 1010-2006
Q/RCSW 001-2002
Model Guide
Model Selection Guide
Please specify data such as system parameters, load characteristics, reactive power, harmonic parameters and site space etc.
Phase-controlled reactors are arranged in characters or lines, and filter reactors are stacked.
The filtering branch can be at least 2 times, and more than 13 times can be set as high-pass branch
The valve group and control cabinet are arranged indoors
Example:
The main load of an industrial silicon factory is an electric arc furnace, the fundamental wave compensation capacity is 14Mvar, and the main harmonics are 2nd, 3rd, and 4th, so the selected product model is HTCR-35-14, the phase-controlled reactor capacity is 14Mvar, and the capacitor installation capacity is 23.2Mvar , set 2, 3, 4 filter, the total area of 25 × 22m.
HTCR series medium voltage static var compensation (TCR type) is a typical flexible AC transmission device, which adopts instantaneous reactive power theory and Steinmetz theory, multi-core parallel processing technology, and has faster response speed. The cooling technology can continuously adjust the reactive power compensation capacity steplessly. During the adjustment process, there is no inrush current, no arcing, maintenance-free, and a longer life.
HTCR is suitable for voltage levels below 35KV, and it is the solution with the best technical effect and the fastest response in the current reactive power compensation solutions. HTCR is especially suitable for fast compensation industrial occasions, reducing voltage fluctuation and flicker caused by impact load and non-load, unbalanced three-phase system, harmonic interference, improving power factor, reducing line loss, network loss and transformer loss, and improving power supply quality and achieve energy saving and loss reduction.
Feature:
Multi-core parallel processing technology
High-performance digital signal processor and high-resolution analog-to-digital converter
Perfect self-protection system design, monitor the work of thyristor
SCR is used as the main adjustment device, no arcing, no inrush current and long service life during adjustment
Advanced heat pipe self-cooling technology, no noise, high reliability, maintenance-free
Continuous smooth adjustment, high adjustment accuracy and fast response
Perfect communication ability, convenient for networking
Perfect self-diagnosis, real-time monitoring
Standard modular structure, easy installation and maintenance
Using light trigger mode, strong anti-interference ability
Various control methods such as three-phase control and split-phase control can be realized
Designed as a passive filter to control system harmonics
Standards
IEC 60871-1：2014
GB/T 11024.1-2019
GB 50227-2017
DL/T 1010-2006
Q/RCSW 001-2002
Model Guide
Model Selection Guide
Please specify data such as system parameters, load characteristics, reactive power, harmonic parameters and site space etc.
Phase-controlled reactors are arranged in characters or lines, and filter reactors are stacked.
The filtering branch can be at least 2 times, and more than 13 times can be set as high-pass branch
The valve group and control cabinet are arranged indoors
Example:
The main load of an industrial silicon factory is an electric arc furnace, the fundamental wave compensation capacity is 14Mvar, and the main harmonics are 2nd, 3rd, and 4th, so the selected product model is HTCR-35-14, the phase-controlled reactor capacity is 14Mvar, and the capacitor installation capacity is 23.2Mvar , set 2, 3, 4 filter, the total area of 25 × 22m.