CONTACT US: 09425057811 | rayonengineers10@gmail.com

Scope of Work:-


LT & HT POWER DISTRIBUTION STUDIES

  • Quantification and analysis of fixed and variable losses in the transformer

  • Quantification and analysis of Distribution losses.

  • Suggestion for optimum utilization of Electricity and DG generated power based on respective per unit costs

  • Study of Present Management Information System and suggests improvements in the system

  • ELECTRICAL POWER: LOAD STUDIES OF MOTORS UNDER DIFFERENT OPERATIONAL CONDITIONS

  • All motors above 7.5HP will be studied to evaluate the operating efficiency at different loading condition

  • Validation for the ratings and loadings of these motors.

  • Recommendations for replacement of oversized motor, if any.

  • Recommendations for replacement of having lower efficiency motor, if any.

  • Cost benefits analysis.

  • Explore the techno-economical feasibility for variable Speed drive

  • POWER FACTOR MONITORING & CONTROL STUDIES

  • Study of power factor and improvements analysis

  • HARMONIC ANALYSIS

  • Analysis of percentage harmonic distortions in Voltage and Current.


  • Analysis of C-factor and K-factor

  • COMPRESSED AIR SYSTEM

  • Evaluation of FAD (Free air delivery) and the Specific Power Consumption KW/CFM of the Air compressor Unit and to be Compared with the Rated Value.

  • Recommendations for improvements in the same to be given.

  • Study of Heat transfer effectiveness of Inter cooler/ After cooler and Cooling Tower

  • Validation CFM and Pressure requirement at process and compared with Air Compressor installed.

  • The compressed air distribution circuit to be studied for type and size of the pipe,. and the losses to be quantified. Suggest measures for improvement of the same

  • Leakage test and leakage points to be identified by the help of Ultrasonic leak detector.

  • REFRIGERATION & AIR-CONDITIONING SYSTEM STUDIES

  • Evaluation of COP (Coefficient of Performance), TR (Tones of Refrigeration) and the Specific Power Consumption KW/TR of The Refrigeration Unit and to be Compared with the Rated Value.

  • Recommendations for improvements in the same to be given.

  • Study of Heat transfer effectiveness of Heat Exchanger (Condenser and Evaporator) and Cooling Tower.

  • Validation flow requirement of the machines at both the Condenser and chilled water net work & comparisons with the existing value.

  • Validate the ratings of the chilled water and condenser water pumps for its required ratings.

  • Analysis of the Existing maintenance practices.

  • LOSS ANALYSIS

  • The efficiency of the all the Air washer and Air Handling unit to be studied.

  • The blower efficiency, air delivery, humidification and deviation from the rated efficiency of the equipments

  • The humidity, air changes and the temperature requirement to be studied in the plant and compare with the existing requirements.

  • Air balancing to be checked and suggest measures to maintain the same.

  • Study of losses in the air distribution system i.e. ducts layout to be studied to analyze the pressure losses.

  • The scope of improvements in the overall performance to be explored and suitable recommendations to be made.

  • WATER PUMPING SYSTEM STUDIES

  • Evaluation of Pump operating Efficiency /Duty point by measuring Fluid Flow rate, Pressure Head developed and power drawn and to be Compared with the Rated Value.

  • The water distribution circuit to be studied for type and size of the pipe etc. and the losses to be quantified. Suggest measures for improvement of the same.

  • Validation for the ratings and loadings of these Pumps.

  • Recommendations for replacement of oversized Pumps, if any.

  • Recommendations for replacement of having lower efficiency Pumps, if any.

  • Cost benefits analysis.

  • Explore the techno-economical feasibility for variable Speed drive in Pumping operation

  • STEAM GENERATION SYSTEM

  • Exact Boiler efficiency assessment by Direct and Indirect Method

  • Suggestions for its improvement by :
  • Reducing Indirect Losses

  • Draft Improvement

  • Proper Fluidization

  • Controlling Air-Fuel Ratio

  • Condensate Management

  • Instrumentation

  • Steam Trap Study

  • Insulation And Steam Leakage

  • Machine Wise Steam Consumption

  • Trainings For Efficient Boiler Operation Maintenance And Energy Conservation

  • STEAM DISTRIBUTION SYSTEM

  • Prevention of Steam Leakage

  • Using Steam At Low Pressure

  • Proper Insulation

  • Proper Steam Pipeline Design

  • Steam Trap Study

  • Proper Selection Of Steam Trap

  • Flash Steam Recovery

  • STEAM UTILISATION

  • Machine Wise Steam Consumption

  • Evaluation of Heat Transfer Effectiveness of Evaporator, Heat Exchanger etc.

  • Scope for using Steam at lower pressure

  • Preventing steam wastage

  • WASTE HEAT RECOVERY

  • Techno economic feasibility studies for Waste heat recovery.


  • COOLING TOWER

  • To study the operational efficiency of cooling tower by studding the inlet and outlet water temperature, dry and wet bulb temperature etc.

  • Study of Heat load handled and the effectiveness of cooling.

  • To correlate the performance of the cooling tower with respect to the application area.

  • Recommendations for Energy Saving in the cooling tower, cooling tower fan and pumps etc.

  • The characteristic curves / duty point of the pump to be studied.

  • Suggest alternate technology available.

  • Humidification plant Studies


    Study of Electrical/ Oil Fired Furnaces


    Mechanical Power Transmission System studies


    Study of DG Sets


    Illumination Study including Lux level, total lighting load of plant with reference to the type & wattage of different lamps/ Switchgear use & exploring Techno economic feasibility for efficient technologies.


    Monitoring and Implementation of Energy Conservation Schemes


    Action on Savings :

    Our Audit Report includes recommendations on short, medium and long-term measures for energy conservation along with financial estimates and analysis for their implementation. These recommendations come to you with databases and fact-sheets generated by measurements and tests conducted in your plant as well as in the field. This is followed up by assistance in implementation and performance monitoring of our energy conservation proposals – achieved by expert services of our in-house engineers and the training of the user’s operators