PFC – Reactive Power Compensation
Reactive power compensation with high efficiency – save costs and use grids more efficiently
Fixed compensation
Control systems
Compensation modules
Reactive power controller
Medium voltage capacitors
Medium-voltage control systems
Efficient reactive power compensation for low-voltage grids
With the Low-voltage compensation systems from PQ ENGINEERING Optimize your power quality and reduce unnecessary energy costs. Inductive loads generate reactive power, which causes grid losses and can impair the performance of your systems. By using optimally matched power capacitors Reduce reactive power losses and sustainably relieve the load on your low-voltage networks.
Tailor-made solutions – individually tailored to your network requirements
Fixed compensation
Reactive power compensation for small power outputs
Decentralized installations for small power outputs (e.g. for motors)
Products:
- CLMD
- CLMD-FLB, CLMD-CB, CLMD-FC
- CLMD-SG-L, CLMD-SG-FLBA
Functions
- Decentralized, capacitive reactive power compensation
- Consumer-oriented compensation
- Wired ready for connection
- Fixed capacitor with/without upstream filter circuit choke
- Easy connection even for high power
- Mechanical and compact design
- Dry capacitor, therefore leak-proof and environmentally friendly
- Self-healing capacitors with patented winding protection
- Option: Fuse disconnector with NH fuses
Technical data
- Power 2.5..120 kVar
- Choke 5.5..14 %
- Protection class IP20, IP42, IP54
Areas of application
- Transformer compensation
- Motor compensation
- industry
- Mechanical engineering
Fully automatic control systems in cabinet or wall housing
compensation system
Automatic compensation systems for wall installation (small power), as a central cabinet (small, medium and large power) and in modular design.
CL… versions with the premium capacitor CLMD
CD…versions with cost-effective cup capacitors
Products:
- CLMW, CDWR, CLMW-L, CDWR-L
- CLMK, CDKR, CLMK-L, CDKR-L
- CLMX, CLMX-L, CDXR-L
- CLMM-XL, CDMM-XL
Functions
- Central reactive power compensation
- Ready-to-connect housing or cabinet
- Detuned capacitor stages (version –L)
- Easy connection even for high power
- Mechanical and compact design
- Dry capacitor, therefore leak-proof and environmentally friendly
- Self-healing capacitors with patented winding protection
Technical data
- Power ratings 7.5..400 kVar in one cabinet/housing
- Choke 5.5..14 %
- Protection class IP20, IP42, IP54
Areas of application
- Business
- industry
- Energy supply
- Mechanical engineering
Compensation modules
Modules for compensation systems
Compensation modules from Condensator Dominit for the flexible construction of compensation systems in all common cabinet brands.
Products:
- CLMM series (with premium capacitors)
- CDMM series (with standard capacitors)
Functions
- Capacitive reactive power compensation
- Construction of modular cabinet systems
- Detuned capacitor stages (version –L)
- Internal busbar system
- Mechanical and compact design
- Dry capacitor, therefore leak-proof and environmentally friendly
- Self-healing capacitors with patented winding protection
Technical data
- Power 12.5..100 kVar in one module
- Choke 5.5..14 %
- Protection class IP00
Areas of application
- Switchgear construction
- Business
- industry
- Energy supply
- Mechanical engineering
Reactive power controller
Controllers for compensation systems
Reactive power controllers are used in compensation systems to automatically switch capacitor stages. This allows the system to be adjusted to the required compensation power. The controllers we use also offer a wide range of monitoring functions.
Products:
- RVC, RVT
- BR6000, BR7000
Functions
- Regulated reactive power compensation
- Construction of multi-stage control systems
- Plant monitoring
Technical data
- 6 or 12 switching outputs
- 1/5 A measuring input
- Microprocessor system
- High accuracy of measured value acquisition and processing
- Insensitive to the influence of harmonics due to built-in mains frequency filter
- Different switching sequences
Areas of application
- Construction of reactive power control systems