Edge Electrics Private Limited

• Ensure electrical safety
• Testing and verification
• Enquiry and inspection

Established in the year 1990, we, at “Edge Technologies”, are known as one of the reckoned manufacturer and suppliers of Electrical Equipment. Our range has earned huge accolades from clients because of its salient features like unmatched performance, easy installation, user-friendliness, and long service life. Designed and fabricated in strict compliance with set electrical industry standards, our range is highly acclaimed by clients. Further, we have also achieved an enviable position in the field of rendering turnkey solutions related to Electrical Contracting in a timely and cost-effective manner.

Established in the year 1990, we, at “Edge Technologies”, are known as one of the reckoned manufacturer and suppliers of Electrical Equipment. Our range has earned huge accolades from clients because of its salient features like unmatched performance, easy installation, user-friendliness, and long service life. Designed and fabricated in strict compliance with set electrical industry standards, our range is highly acclaimed by clients. Further, we have also achieved an enviable position in the field of rendering turnkey solutions related to Electrical Contracting in a timely and cost-effective manner.

• Acquire all the data correctly
• Collection of samples
• Functional analysis

• Identify power quality problems
• Reduce nuisance trips
• Extend equipment life
• Improve system reliability

• Harmonic analysis is typically conducted as part of a power quality study to identify
• the source of harmonics and develop a plan for corrective action.
• A harmonic analysis study can:
• (a) Identify harmonic problems
• (b) Reduce nuisance trips
• (c) Calculate load flow
• (d) Identify & analyze telephone interference problems
• (e) Identify Parallel Resonance Condition
• Once a study is complete, a report will be issued including:
• (a) RMS Voltage & Current, Total Harmonic Distortions, Bus Impedances (Magnitude
• & Angle) Tabulation, Graphical one-line display of harmonic results, Voltage &
• current harmonic spectrum plots, Fundamental load flow results
• (b) Recommendations for corrective action

• Ensure optimum system performance and efficiency reduce total system loading
• improve availability of power minimize losses to the production process increase plant productivity.
• Scope: Edge technologies can provide a full range of services designed to address all your power quality needs.
• Edge technologies experts have the skills and experience to analyze the issue, make recommendations for improvement and design and implement the solution.

• Total harmonic distortions power factor testing surge testing line, neutral & ground voltage measurement test impedence of test circuits electrical regulation / circuit capacity test.

• Complete assessment
• Approach to energy efficiency
• Resistance to heat flow

Software based Power System Modelling is the clinical approach to power distribution from the view point of:

a) System Safety

b) System Reliability

c) Maximum availability

The above are directly related to productivity and safety of humans and property

• Identify fast-payback energy retrofit opportunities
• Make well-informed decisions on capital investments in your buildings
• Identify low-cost/no-cost O&M measures that have an immediate impact
• Develop integrated capital improvement programs that coordinate energy programs with other planned improvements

• Advantages of the walk-though energy audit include faster results and lower cost. EMO's can be implement faster.
• During the walk-through audit if the auditor uncovers EMO (Energy Management Opportunities) that could benfit from a comprehensive audit , the auditor may well recommend a more sophisticated audit for a specific part of a system or process.

• Not as sophisticated as a comprehensive energy audit, less data collected and analysed.

• The standard energy audit is more detailed than the walk-through audit, more data is collected and analysed. Being more through less likely to overlook more complex EMO's

• The standard energy audit takes the auditor more time, data loggers are used to collect additional data - therefore the is more expensive than the walk through audit. Often time consuming data collection is far to too exhaustive to add value.

• A very comprehensive energy assessment of the facility and its energy footprint, no stone is left unturned in the
• search for EMO's (Energy Management Opportunities). Suitable for capital intensive investment programmes.

• Very detailed, but time consuming. The detailed energy modelling and analysis requires many man hours. Time to market opportunities may be lost.

BENEFITS
1. Identify fast-payback Energy retrofit opportunities.
2. Make well-informed decisions on capital investments in your

    buildings
3. Identify low-cost/no-cost O&M measures that have an immediate

    impact

• Quick problem detection without interrupting service.
• Prevention of premature failure and extension of equipment life.
• Identification of potentially dangerous or hazardous equipment.
• Quickly identify areas of energy wastage and cost savings.
• Detection of plumbing and moisture issues.
• Reduction in Insurance Claims.
• Effective infrared scanning to prevent down-time
• Thermal Imaging In Electrical System

Every object with a temperature above absolute zero (0 Kelvin =-273.15 °C) emits infrared radiation. This infrared radiation is invisible to the human eye. As the physicist Max Planck proved as far back as 1900, there is a correlation between the temperature of a body and the intensity of the infrared radiation it emits. A thermal imager measures the long-wave infrared radiation received within its field of view. From this it calculates the temperature of the object to be measured. The calculation factors in the emissivity (ε) of the surface of the measuring object and the compensation of the reflected temperature (RTC = reflected temperature compensation), both variables that can be set manually in the thermal imager. Team Edge Electrics undertakes the study to ascertain the Electrical Safety and Reliability of Electrical Equipment and to address the urgent safety issues, reliability and deliver a step change in their overall safety and reliability.

• Quick problem detection without interrupting service & Prevention of premature failure and extension of equipment life.
• Identification of potentially dangerous or hazardous equipment &Quickly identify areas of energy wastage and cost savings.
• Detection of plumbing and moisture issues & Reduction in Insurance Claims.
• Effective infrared scanning to prevent down-time

• To ensure the integrity of electrical installations for reduced down time, fire and safety, or assurance company compliance, we highly recommend performing
• Infrared Thermal Imaging of electrical installations to find overheating in connections and components, or faulty components.
• General inspection areas are: Electrical inspections in buildings, plants, facilities, refineries & Overhead urban and rural distribution electrical inspections.
• Substation Electrical inspections, transformers and capacitor evaluation & Power generation generator inspections.
• Circuit board, Distribution board and Main Switchboard inspections & Power distribution units.
• 60-70% of fire claims can be linked to electrical issues.
  

Predictive Maintenance:

• In today’s industrial plants it is essential that unplanned breakdowns and the resultant costly loss of production is kept to an absolute minimum.
• Thermography in maintenance applications is based on the fact that most components show an increase in temperature when malfunctioning and faults steadily get worse before failure.
• Inspections can be made under full operational conditions and hence there is no loss of production.
• Equipment life can be extended.
• Plant downtime may be reduced
• Plant reliability may be increased.
• Plant repairs scheduled for the most convenient time.
• Quality of repair work may be inspected

Edge Electrics Report:

• Included are the IR thermograph pictures of various points in the distribution. Against each picture, we present our detailed observations related to reliability and safety.
• We categorize the potential risks involved with the particular location as shock to humans, short circuit or arc flash/fire. We further provide our recommendation for the necessary corrective measure
• We recommend weekly maintenance to be done (e.g. blowing of equipments; checking of lugs, loose contacts and cable insulation).
• We pin point the exact fault generator. This may due to lose contact at terminal connections, wrong selection of contactor, or ageing Some bus bars are heating up.
• This may due to under size or overloading of the bus bars

• Reduce costs - Reduce energy costs via a structured approach to identifying, measuring and managing your energy consumption.
• Improve business performance - Drive greater productivity by identifying technical point solutions and affecting behavioral change to reduce energy consumption.
• Engage top management - Position energy management in the boardroom as a key business issue.
• Comply with legislation - Meet current or future mandatory energy efficiency targets and/or the requirements of GHG emission reduction legislation.
• Reduce your GHG emissions - Meet stakeholder expectations or obligations now
  and in the future.
• Formalise energy policy and objectives - Create respect for the energy management policy and embed energy efficient thinking in your organization.
• Integrate your management systems - Align your ENMS with existing management systems for incremental benefit.
• Secure energy supply - Understand your energy risk exposure and identify areas of the organization at greatest risk.
• Drive innovation - Develop opportunities for new products and services in the low carbon economy of the future.
• Flexible and scalable - Applicable to any organization, large or small and from any industry.

• In addition to saving energy and reducing utility expenses, there are additional and often unreported benefits from conserving energy.
• These non-utility benefits contribute value worth an additional 18 to 50 percent of the energy savings.

• Extended equipment life;
• Reduced maintenance costs;
• Reduced risk to energy supply price spikes &
• The ability to sell carbon credits.

• Enhanced public image; and Reduced risk to environmental/legal costs.

• Breakdown in basic elements
• Separating of engineering design
• Re-combining of components

• Reduced annual support fees
• Reduced upgrade cost and disruption
• Reduced application maintenance time
• Improved support.