P2 Power Solutions Pvt. Ltd.

Sector 80, Noida, Uttar Pradesh

Model: Lite/ Basic/Ultra

Input Power- 3.3kW, 7.2kW/11kW, 22kW

Input Voltage- 230V AC single phase/415V AC 3 Phase

Communication: Wifi, BT, RS485, LAN/4G/OCPP 1.6V

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

We often custom engineer products for applications with unique requirements. Our range of custom solutions include the following

• Unified Power quality conditioner (UPQC) - a complete solution which offers the advantages of P2P AVC and also P2P AF technology together. A one stop solution for all voltage or current related power quality issues.
• Bi-DirectionalConditioners(BDC)-smoothACtoDCconversionusing IGBTs. Input harmonics are <3% and is especially useful when DC output is used to power regenerative loads.

Typical Challenges

• Extremely fast fluctuating load profile iTDD exceeding limits set as per IEEE standard Low PF (both leading and lagging)
• High load unbalance
• Increased losses due to high harmonics
• Failure of welding transformers
• Tripping of relays, protective circuits etc.

Root Cause Analysis

• Double phase welding loads are identified as major non-linear Loads
• Improper reactive compensation in all the

Solution

• P2 Power IGBT based Active Harmonic Filter at major DBs for the purpose of harmonic mitigation, reactive compensation and load balancing

Benefits

P2 Power Active Filter effectively reduced high harmonic distortion and neutral current at PCC realizing following overall benefits:

• Current harmonic distortion <8% at welding PCC Relatively balanced load profile Reduced (almost negligible) failure rate
• Relatively smooth reactive compensation
• Reduced losses due to simultaneous reduction in harmonic, reactive and negative sequence losses

Typical Challenges

• Presence of high harmonic distortion, iTDD exceeding standard limit specified by IEEE
• Low true power factor
• Increased losses due to high harmonic distortion
• Occasional failure of sensitive electronic cards, malfunctioning of control circuits and therefore abrupt tripping of continuous weaving machines

Root Cause Analysis

• High level of harmonic distortion generated by AC/DC drives employed in loom machine is the main reason behind failure related issues
• High harmonics resulting in low power factor (true)

Solution

• P2 Power Active Harmonic Filter at major nonlinear loads (p2p-415-af3)
• P2 Power Hybrid Filter (p2p-415-hf3) - best suited when power factor is low

Benefits

• Total current harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%) - free from any risk of harmonic penalty (if applicable)
• Fine quality of fabric and cloth
• Reduced likelihood (almost negligible) of sensitive electronic cards failure
• Uninterrupted operation of continuous process based weaving machines
• True power factor maintained close to unity; free from any risk of low pf penalty (if applicable)
• Significantly reduced monthly electricity bills

Typical Challenges

• Presence of high harmonic distortion, iTDD exceeding standard limit specified by IEEE
• Recurrent failure of expensive electronic cards, frequent failure of AC capacitor banks and malfunctioning of control circuits
• Production down-time due to halt in operation of continuous machines
• Inflated monthly electricity bills due to low power factor (true)

Root Cause Analysis

• High level of harmonic distortion is the main reason of expensive cards failure
• 7Bar Air Compressor, 40Bar Air Compressor, Refrigeration Panel, Juice Line identified as major non-linear loads - can be driven by AC or DC drives
• High harmonics resulting in low true power factor

Solution

• P2 Power Active Harmonic Filter at major nonlinear loads (p2p-415-af3)
• P2 Power Hybrid Filter (p2p-415-hf3) - best suited when power factor is low

Benefits

• Total current harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%)
• Significant savings (both tangible and intangible) through elimination of failures
• Improved supply voltage by reduced harmonic distortion
• True power factor maintained close to unity
• Significant savings through reduction in monthly electricity bills
• Unbroken operation of continuous process machines

Typical Challenges

• Recurrent tripping and malfunction of printing machine (city line/high line)
• Low power factor
• Increased losses due to high harmonic distortion and low power factor
• Interruption in operation of continuous printing machines

Root Cause Analysis

• High level of harmonic distortion generated by AC/DC drives at city line machine identified as main reason of tripping related issues
• Low power factor (true) due to high harmonic distortion and use of DC drives

Solution

• P2 Power Active Harmonic Filter at major nonlinear loads especially city line/high line (p2p-415- af3)
• P2 Power Hybrid Filter (p2p-415-hf3) - best suited when power factor is low

Benefits

• Total current harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%)
• True power factor maintained close to unity
• Significant savings through elimination of failures and power factor improvement
• Optimum capacity utilization of transformer
• Reduced harmonic and reactive losses
• Elimination of interruption in printing process such as paper break, low printing quality etc

Typical Challenges

• Hunting of Diesel Generator even at partial loading condition
• Heating of DG alternator
• Low power factor leading to increased reactive stress

Root Cause Analysis

• Complex load profile of heavy construction machines such as crane and welding demanding high reactive power which DG sets are not designed to supply
• Increased reactive stress on DG due to sudden spikes/jerks in reactive power
• Inflated peak kVA demand due to transitory reactive jerks

Solution

• P2 Power Hybrid Filter at DG incomer (p2p-415-hf3)
• P2 Power Hybrid Filter at DG incomer (p2p-415-hf4) - in case neutral current is high

Benefits

• Reduced reactive stress on generator and therefore reduced peak demand
• Elimination of DG hunting and alternator heating
• Reduced fluctuations in peak power demand on the generator
• Prevention of de-rating of available capacity; generator can be loaded to its maximum capacity
• Lower capacity generators can be used to support entire load thus resulting in significant savings in capital expenditure on over sized DG sets
• Reduced current harmonic distortion
• Same active/hybrid filter installation can be used to improve power factor on grid supply as well

Typical Challenges

• Flickering and failure of lighting fixtures
• Interrupted operation of lifts/elevators
• Overloading and burning of neutral conductor

Root Cause Analysis

• High harmonic distortion generated by large chiller units, lifts/elevators and lighting loads
• Fluctuating load profile and sudden reactive jerks of lifts/elevators
• Summation of triple-N harmonics in neutral conductor leading to high neutral current

Solution

• P2 Power Active Harmonic Filter at major non-linear loads (p2p-415-af3)
• P2 Power Active Harmonic Filter with Neutral Compensator (p2p-415-af4) - when neutral current is high
• P2 Power Hybrid Filter (p2p-415-hf3) - suitable when power factor is low

Benefits

• Total harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%, vTHD <5%) - free from any risk of harmonic penalty (if applicable)
• High true power factor; free from any risk of low pf penalty (if applicable)
• Significant savings through elimination of lighting failures and reduced losses
• Uninterrupted operation of lifts/elevators
• Reduced neutral current and overloading of neutral conductor

Typical Challenges

• Failure of sophisticated testing machinery and micro-processor controlled sensitive equipment
• Discontinued operation of crucial process such as synthesis, fermentation, milling and granulation
• Interruption in crucial drug formulation process

Root Cause Analysis

• High harmonic distortion generated by automated machinery and drives basically employed in manufacturing plant, chiller plant and utility plant
• Varying harmonic spectrum and fluctuating load profile

Solution

• P2 Power Active Harmonic Filter at major non-linear loads (p2p-415-af3)
• P2 Power Hybrid Filter (p2p-415-hf3) - suitable when power factor is low

Benefits

• Total current harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%)
• Elimination of failure of precision machinery, drive cards and PLCs
• True power factor close to unity
• Clean and uninterrupted power supply

Typical Challenges

• Failure of expensive electronic cards
• Overloading and heating of neutral conductor
• Data loss due to sudden outages and down-time

Root Cause Analysis

• High harmonic distortion generated by UPS, Rectifiers, VFDs, Battery Chargers as main reason of electronic cards failure
• Single phase SMPS, lighting loads as major source of high neutral current

Solution

• P2 Power Active Harmonic Filter with Neutral Compensator (p2p-415-af4)
• P2 Power Hybrid Filter with Neutral Compensator (p2p-415-hf4) - best suited when power factor is low

Benefits

• Negligible likelihood of electronic cards failure
• Significant savings (both tangible and intangible) through elimination of failures, reduced outages and improved true power factor
• Neutral current within acceptable range
• Total current harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%)
• True power factor maintained close to unity
• Reduced monthly electricity bills
• Continuous and unbroken power supply
• No risk of computer system lock-ups, meter error and premature apparatus failure

Typical Challenges

• Periodic failure of expensive electronic cards and therefore abrupt tripping of continuous spinning machines
• Low grade quality of yarn thread due to interruption in power supply
• Increased losses due to high harmonic distortion
• Varying load profile thus making traditional power factor correction solution ineffective in maintaining true power factor close to unity (lagging)
• Low power factor (especially when DC drives are present)

Root Cause Analysis

• High level of harmonic distortion is the main reason of sensitive cards failure
• Carding, Ring Frame, Auto Coner and Simplex identified as major non-linear loads - can be driven by AC or DC drives

Solution

• P2 Power Active Harmonic Filter at major nonlinear loads (p2p-415-af3)
• P2 Power Hybrid Filter (p2p-415-hf3) - best suited when power factor is low

Benefits

• Reduced likelihood (almost negligible) of sensitive electronic cards failure
• Superior quality of yarn thread
• Total current harmonic distortion maintained within limits specified as per IEEE standard (iTDD <8%) - free from any risk of harmonic penalty (if applicable)
• Uninterrupted operation of continuous process based spinning machines
• True power factor maintained close to unity; free from any risk of low pf penalty (if applicable)
• Significantly reduced monthly electricity bills

Features

• Distortion less stabilizer which ensures safety of electrical equipment from the impact of voltage fluctuations and unbalanced voltage
• Based on the principle of sine-wave superimposition
• Efficiently bucks or boosts the incoming voltage by superimposing a variable voltage
• Saves energy
• Available with air cooled as well as oil cooled
• Independent Phase tripping
• Surge and Spike suppressor
• Single phase prevention & phase reversal
• High/Low cut off, auto resumption
• Trip & Alarm for abnormalities
• With Inbuilt isolation transformers
• No potentiometer adjustments
• Set input and output voltage
• Input and Output over / under voltage cut-off
• Manual and auto start facility
• Generator compatibility'

Benefits

• Improvement in motor efficiency
• Better operational uptime and efficiency
• Reduced maintenance cost of light fttings
• Reduced demand and reduced energy bill
• Reduced consumption of lighting load
• Reduced heating of motors and switchgears
• Improved voltage quality enahances life of equipment

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

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

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

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

Since incorporation in 2006, P2 Power Solutions Pvt. Ltd. has been rendering a variety of power quality services. We operate from Noida (Uttar Pradesh, India) and render end-to-end solutions by examining the system, locating the source of problem and making appropriate corrections to make your system run at its peak efficiency. We charge reasonably for our services. So, turn to our services and enhance the efficiency & reliability of your facility. 

P2 Power Solutions Pvt. Ltd. is a bankable name when it comes to energy audit. The company is based in Noida (Uttar Pradesh, India) and we have been serving energy requirements of the clients since 2006. With our services, we establish pattern of energy use; identity how & where loses are occurring. Based on this data, we suggest engineering solutions to enhance energy efficiency in the system studied. So, to schedule an appointment with us, ring us on the given numbers.

Thermography is a technique that is used for analyzing the characteristics of an object from its infrared image. Thermography allows us to see heat energy radiated by objects. SO, if you are seeking professional support for conducting thermography study of any object, look no further than P2 Power Solutions Pvt. Ltd. We are based in Noida (Uttar Pradesh, India) and we render precise solutions complying with the codes of the industry. So, share your needs and requirements, we assure to attain optimum quotients. 

Arch flash is the very high temperature discharge that is produced by an electrical fault like short circuit fault, or abrupt failure of an insulator. This high temperature can be dangerous for the worker’s health. If you are seeking professional support for arc flash study, contact only. At P2 Power Solutions Pvt. Ltd., we are a group of engineers and trained professionals with arc flash analysis software at their fingertips. With our services, we conduct arc flash hazard assessment and determine the arc flash boundary & risk category. To schedule an appointment, reach us through our contact us page. We are based in Noida (Uttar Pradesh, India).

Micro inverter is a plug-and-play device. It is meant to convert direct current into alternating current. If you are seeking professional support for micro inverter solutions, look no further than P2 Power Solutions Pvt. Ltd. The company is based in Noida (Uttar Pradesh, India) and we provide solutions keeping the client’s functional needs in mind. Whether you seek solutions for micro inverter designing, operations, maintenance or repairing works, we provide solutions for everything. So, contact us anytime.

P2 Power Solutions Pvt. Ltd. is a bankable name, involved in providing custom solar solutions to clients across the nation. We are based in Noida (Uttar Pradesh, India) and we render personalized solutions for solar panel, plants, and products among others. Our work diligence and dedication towards complete client satisfaction are the reasons behind our worldwide recognition.

With our services, we work on the provided details and make use of modern work methods to render precise solutions.

We are a renowned name, offering fully-integrated solutions for a variety of solar EPC works. At P2 Power Solutions Pvt. Ltd., we are a group of individuals, who work together to provide end-to-end solutions. With our services, we take care of engineering & design, manufacturing, material procurement, project management and commissioning. Besides, we provide solutions for operation & maintenance on demand. The company is based in Noida (Uttar Pradesh, India) and we customize our services as per the individual’s functional needs. So, contact us anytime.

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.