Power Quality Solutions Products
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Leading Manufacturers, Exporters, Wholesaler of 3-Level Active Harmonic Filter, Active Harmonic Filter, Detuned Reactor, Hybrid Power Factor Correction Panel, Multi-Level Active Harmonic Filter and Thyristor Switching Module from Noida.
Features
Fast 32 bit digital signal processor
Latest 3-Level NPC2 converter architecture
Advanced RCT snubber with Active Damping
Synchronous Rotating Frame Principal for best performance
Ultra fast compensation
Proven performance on welding
Harmonic Attenuation of >98%
High Efficiency of >98%
Selective Harmonic compensation
Leading/Lagging Reactive Power Compensation
Negative Sequence Compensation (load balancing)
15 possible Priority Selection settings for maximum flexibility
Smart auto foldback to avoid over loading of filter
7" touch screen display
Ethernet based remote monitoring
MODBUS RTU, USB, SD Card
Internal CAN Communication
Closed Loop & Open Loop operation
Paralleling of upto 32 filters for higher capacity
Operator Activity Log
>2,00,000 time stamped events can be logged in internal NAND memory
Benefits
Compliance with prescribed harmonic limits - No penalty
Unity Power Factor - higher savings
Reduced energy (kVAh) charges - higher savings
Reduced peak demand charges - higher savings
Reduced fuel consumption in generators - higher savings
Ultra fast compensation - effective with fast fluctuating load
Proven performance on welding
Optimum capacity utilization of electrical infrastructure
Optimum capacity utilization of backup generators
Improved voltage profile
Reduced risk of transformer failure - higher uptime
Reduced risk of equipment failure - higher uptime
Increased operational reliability - higher uptime
Compact footprint
Indigenous design, low maintenance and prompt service
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Features
Fast 32 bit digital signal processor
Synchronous Rotating Frame Principal for best performance
Ultra fast compensation
Proven performance on welding
Harmonic Attenuation of more than 96%
Selective Harmonic compensation
Leading/Lagging Reactive Power Compensation
Negative Sequence Compensation (load balancing)
Zero Sequence Compensation (neutral compensation)
15 possible Priority Selection settings for maximum flexibility
Smart auto fold-back to avoid over loading of filter
7" touch screen display
Ethernet based remote monitoring
MODBUS RTU, USB, SD Card
Internal CAN Communication
Closed Loop & Open Loop operation
Paralleling of upto 32 filters for higher capacity
Operator Activity Log
>1,00,000 time stamped events can be logged in internal NAND memory
Benefits
Compliance with prescribed harmonic limits - No penalty
Unity Power Factor - higher savings
Reduced energy (kVAh) charges - higher savings
Reduced peak demand charges - higher savings
Reduced fuel consumption in generators - higher savings
Ultra fast compensation - effective with fast fluctuating load
Proven performance on welding
Optimum capacity utilization of electrical infrastructure
Optimum capacity utilization of backup generators
Improved voltage profile
Reduced risk of transformer failure - higher uptime
Reduced risk of equipment failure - higher uptime
Increased operational reliability - higher uptime
Compact footprint
Indigenous design, low maintenance and prompt service
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Features
Special design for reduced heating
Vacuum Impregnated
Rugged design for harsh environments
Thermal protection against over temperature
Low Noise
Benefits
Remove harmonic amplification
Increase the life of capacitors
Avoid harmonic resonance in the network
Reduce cable and transformer losses
Avoid over current during hard switching of capacitors
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Features
Fast 32 bit digital signal processor
Synchronous Rotating Frame Principal for best performance
Ultra fast compensation
Proven performance on welding
Selective Harmonic compensation
Step-less Reactive Power Compensation
Negative Sequence Compensation (load balancing)
Zero Sequence Compensation (neutral compensation)
15 possible Priority Selection settings for maximum flexibility
Smart auto foldback to avoid over loading of filter
7" touch screen display
Ethernet based remote monitoring
MODBUS RTU, USB, SD Card
Internal CAN Communication
Closed Loop & Open Loop operation
Operator Activity Log
>1,00,000 time stamped events can be logged in internal NAND memory
Benefits
Performance of Active with cost effectiveness of passive
Compliance with prescribed harmonic limits - No penalty
Unity Power Factor - higher savings
Reduced energy (kVAh) charges - higher savings
Reduced peak demand charges - higher savings
Reduced fuel consumption in generators - higher savings
Ultra fast compensation - effective with fast fluctuating load
Proven performance on welding
Optimum capacity utilization of electrical infrastructure
Optimum capacity utilization of backup generators
Improved voltage profile
Reduced risk of transformer failure - higher uptime
Reduced risk of equipment failure - higher uptime
Increased operational reliability - higher uptime
Compact footprint
Indigenous design, low maintenance and prompt service
Read More...
Features
Fast 32 bit digital signal processor
Multi-Level converter architecture
Direct Connection to 575V and 690V loads
Synchronous Rotating Frame Principal for best performance
Ultra fast compensation
Proven performance on welding
Harmonic Attenuation of >98%
High Efficiency of >98%
Selective Harmonic compensation
Leading/Lagging Reactive Power Compensation
Negative Sequence Compensation (load balancing)
15 possible Priority Selection settings for maximum flexibility
Smart auto foldback to avoid over loading of filter
7" touch screen display
Ethernet based remote monitoring
MODBUS RTU, USB, SD Card
Internal CAN Communication
Closed Loop & Open Loop operation
Paralleling of upto 32 filters for higher capacity
Operator Activity Log
>2,00,000 time stamped events can be logged in internal NAND memory
Benefits
Compliance with prescribed harmonic limits - No penalty
Unity Power Factor - higher savings
Reduced energy (kVAh) charges - higher savings
Reduced peak demand charges - higher savings
Reduced fuel consumption in generators - higher savings
Ultra fast compensation - effective with fast fluctuating load
Optimum capacity utilization of electrical infrastructure
Optimum capacity utilization of backup generators
Improved voltage profile
Reduced risk of transformer failure - higher uptime
Reduced risk of equipment failure - higher uptime
Increased operational reliability - higher uptime
Compact footprint
Indigenous design, low maintenance and prompt service
Read More...
It allows compensation of very high fluctuating reactive power demand. This system uses switching algorithm to toggle On/Off capacitor groups for required compensation with connection and disconnection of capacitor to and from the network at active zero potential crossing even in presence of harmonics.
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