Sri Vinayaga Electric Enterprises
Sri Vinayaga Electric Enterprises
Tiruvottiyur, Chennai, Tamil Nadu
GST No. 33AYRPG8964G1ZX
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Testing And Audit Service

We are a leading Authorized Wholesale Dealer of power quality and harmonic analysis, power quality analysis services and bosch thermography testing and audit service from Chennai, India.

Power Quality And Harmonic Analysis

Power Quality And Harmonic Analysis
  • Power Quality And Harmonic Analysis
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Approx. Price: Rs 1 Lakh / UnitGet Latest Price

Product Details:

Minimum Order Quantity1 Unit
Display TypeDigital
Preferred Audit LocationOn-Site Testing
Usage/ApplicationIndustrial
Analytical Service Frequency6 Months
Power Rating11 to 22 kVA
Phase3
Load TypeMotor
Audit TypeInternal

When any electrical system becomes unsuccessful in meeting its objective, the facility should undergo checking to examine the fault, find the root, and perform remedial steps. The aim of electrical distribution system is to sustain correct functioning of the loads. The quality of electric circuit its the main cause or improper functioning of the load. In case it is used for troubleshooting or to get marginal data, calculating/studying electrical system components is known as power quality analysis.

Why is Power Quality Analysis Done?

Power quality is one of the major critical topics in industrial facilities as well as one of the major untapped zone of expense reduction and economic gain in todays businesses. Improper wiring, incorrect grounding, unbalanced loads or improperly protected equipment most likely will send electrical noise through the system and can compromise power quality. The rising necessities on guidance, monitoring, and functioning in current power systems has made power quality monitoring a familiar exercise for facilities.

Aim of Power Quality Analysis

  • The analysis of inconsistencies between load and the system
  • The assessment of the electric environment at a part of the facility in order to improve modelling methods or to build up a power quality reference
  • The forecast of future functioning of load equipment or power quality diminishing equipment
  • Improve Power Factor & system efficiency
  • Avoid Break-downs & production Interruptions
  • Avoid excess Energy consumption
  • Remove Harmonics, Surges & Transients from electrical Network
  • Avoid Voltage/frequency fluctuations & PLC Hang-up
  • Avoid Transformer overheat, Capacitor burst, Trip Etc.
  • Savings in Energy Bills due to reduced Losses & KVA demands
  • Increased Production Quality as a result of decreased interruption
  • Enhanced Life cycle of Electrical network & component
  • Maximize Plant distribution Capacity
What is Done During Power Quality Analysis?

Signs of poor power quality are:

  • Motor Burnout and Downtime
  • Controls/Displays, Memory Loss and Downtime
  • Power Factor Problems and High Utility Penalties
  • Transformers Failing and Downtime

Each of these problems are caused by different factors. Shared infrastructure is one of the causes. Higher the state of the error, the larger the people affected, or a setback on one customers facility may result in a temporary influence on customers on the same subsyste. Other glitches, like harmonics, rises within customers system and might spread onto the network and thus affects other customers. Harmonic faults can be handled by a mashup of proper design practice and verified tools.


Benefits of Power Quality Analysis
  • Assist in preventative and predictive maintenance
  • Identify source and frequency of events
  • Develop maintenance schedules
  • Monitor and trend conditions
  • Analyse and study Flicker, harmonics, voltage variations, transient frequency variation etc.
  • Ensure equipment performance
  • Assess sensitivity of process equipment to disturbances
  • Evaluate performance against specifications
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Additional Information:

  • Delivery Time: 15
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Power Quality Analysis Services

Power Quality Analysis Services
  • Power Quality Analysis Services
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Approx. Price: Rs 15,000 / DayGet Latest Price

Product Details:

Preferred Audit LocationOff-Site Testing
Audit TypeInternal
Power Rating1 to 11 kVA
Audit Method/ApprovalsCSA
Load TypeMotor

When any electrical system becomes unsuccessful in meeting its objective, the facility should undergo checking to examine the fault, find the root, and perform remedial steps. The aim of electrical distribution system is to sustain correct functioning of the loads. The quality of electric circuit its the main cause or improper functioning of the load. In case it is used for troubleshooting or to get marginal data, calculating/studying electrical system components is known as power quality analysis.

Why is Power Quality Analysis Done?

Power quality is one of the major critical topics in industrial facilities as well as one of the major untapped zone of expense reduction and economic gain in todays businesses. Improper wiring, incorrect grounding, unbalanced loads or improperly protected equipment most likely will send electrical noise through the system and can compromise power quality. The rising necessities on guidance, monitoring, and functioning in current power systems has made power quality monitoring a familiar exercise for facilities.

Aim of Power Quality Analysis

  • The analysis of inconsistencies between load and the system
  • The assessment of the electric environment at a part of the facility in order to improve modelling methods or to build up a power quality reference
  • The forecast of future functioning of load equipment or power quality diminishing equipment
  • Improve Power Factor & system efficiency
  • Avoid Break-downs & production Interruptions
  • Avoid excess Energy consumption
  • Remove Harmonics, Surges & Transients from electrical Network
  • Avoid Voltage/frequency fluctuations & PLC Hang-up
  • Avoid Transformer overheat, Capacitor burst, Trip Etc.
  • Savings in Energy Bills due to reduced Losses & KVA demands
  • Increased Production Quality as a result of decreased interruption
  • Enhanced Life cycle of Electrical network & component
  • Maximize Plant distribution Capacity
What is Done During Power Quality Analysis?

Signs of poor power quality are:

  • Motor Burnout and Downtime
  • Controls/Displays, Memory Loss and Downtime
  • Power Factor Problems and High Utility Penalties
  • Transformers Failing and Downtime

Each of these problems are caused by different factors. Shared infrastructure is one of the causes. Higher the state of the error, the larger the people affected, or a setback on one customers facility may result in a temporary influence on customers on the same subsyste. Other glitches, like harmonics, rises within customers system and might spread onto the network and thus affects other customers. Harmonic faults can be handled by a mashup of proper design practice and verified tools.


Benefits of Power Quality Analysis
  • Assist in preventative and predictive maintenance
  • Identify source and frequency of events
  • Develop maintenance schedules
  • Monitor and trend conditions
  • Analyse and study Flicker, harmonics, voltage variations, transient frequency variation etc.
  • Ensure equipment performance
  • Assess sensitivity of process equipment to disturbances
  • Evaluate performance against specifications
Request
Callback
Yes! I am Interested

Bosch Thermography Testing and Audit Service

Bosch Thermography Testing and Audit Service
  • Bosch Thermography Testing and Audit Service
  • Bosch Thermography Testing and Audit Service
  • Bosch Thermography Testing and Audit Service
  • Bosch Thermography Testing and Audit Service
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Approx. Price: Rs 7,500 / DayGet Latest Price

Product Details:

Mode Of ReportExcel, Hard Copy, Soft Copy
Usage/ApplicationElectrical
Testing Service LevelWithout Certificates
Customer/Business TypeManufacturer
Test IntervalYearly
Service LocationChennai
Service ModeON Site

Building Diagnostics

Maintaining acceptable temperatures in building (heading and cooling) uses a large proportion of total energy consumption worldwide. When well insulated, a building.

  • Is energy-efficient, thus saving the owner money
  • Provides more uniform temprature throughout the space, thus producing a more comportable occupant environment when outside tempratures are extremely cold or hot.
  • Has minimal recuring expense. Unlike heating and cooling equipment, insulation is permanent and does not require maintanance, upkeep, or adjustment. Infrared thermography is the easiest and quickest method to detect energy waste, moisture and electeical issues in buildings. An infrared camera shows exactly where the problems are and helps focus the inspectors' attention allowing him or her to properly diagnose areas with energy loss.
Electrical EquipmentsDetect Problem Areas Before The Real Problems Occur

In production plants, office facilities , hospitals or hotels, an infrared camera instantly makes hot spots visible on a clear thermal image . You can scan electrical cabinets and components and survey multiple wires and connctions to get an instant picture of potential trouble. Detect the problem area and repair it before real problems occur. Common elecrical targets are fuses, electrical panels, bolted connections and switchgear.

Electrical Equipment
  • Primary power source i.e outdoor high voltage switchyard
  • Switchgear
  • Transformers
  • Low voltage installations i.e. breaker panels, faulty elecrical outlets/wall sockets
  • Fuse Panels
  • Motor control Centers (MCC)
  • Elecrical Cabinets
Mechanical Equipment

Some Examples of mechnical equipment where themography is used:

  • Pumps (overheated connctions, fuse problems, overloaded electrical cables etc)
  • Process valves (Open, closed, leakage)
  • Storage tanks (sludge levels)
  • Pipelines (Check if and where there are anomalies, for example locate build up of scale etc)
  • Motors (overheating bearings, misalignment, overheated windings)
  • Conveyor belts (Overheated bearings)
  • Furnace inspections (with a special camera designed to "see through flames" for high temprature industrial furnace applications, ideal for monitoring all tupes of furnaces, heaters and boilers)
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Prakash E (Head Business Development)
Sri Vinayaga Electric Enterprises
No. 24/22, Kamadevan Nagar
Tiruvottiyur, Chennai - 600019, Tamil Nadu, India


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