Identifying energy saving potential is a crucial step in the energy management journey. In our journey of auditing over 500+ facilities, we have helped customers by suggesting technically feasible & commercially attractive solutions to reduce energy consumption by 15 mil. + ton of oil equivalent (toe).
We regularly conduct ASHRAE level 3, investment grade audits so that our customers can take data driven decisions & achieve operational excellence with tangible results.
Identifying energy saving potential is a crucial step in the energy management journey. In our journey of auditing over 500+ facilities, we have helped customers by suggesting technically feasible & commercially attractive solutions to reduce energy consumption by 15 mil. + ton of oil equivalent (toe).
We regularly conduct ASHRAE level 3, investment grade audits so that our customers can take data driven decisions & achieve operational excellence with tangible results.
Our domains of expertise are
- Electricity Bill Analysis - ToD, PF incentives, MD optimization
- Power Quality Study: Harmonics, Sags, Swells, Transients etc
- Review of Electrical SLD
- Reactive Power Compensation - APFC, RTPFC, Static VAR Generator
- Cable Schedule review and losses study
- Electrical data logging & trend analysis at main incomers
- Chiller Performance Evaluation - COP, kW/TR
- Factors affecting chiller performance: Condenser, Evaporator and Cooling tower approach
- Checking refrigerant temperature pressure with respect to design properties
- Flow balancing (Chilled water and Condenser water)
- Part load control observations
- Sub-zero chillers (upto -70°C) - COP analysis by pressure & power measurements
- IoT based chiller performance monitoring & data logging
- Energy saving in Cold rooms & Cold storages
- AHU fan performance - static pressure, air flow analysis
- Air flow balancing - Cascade pressure systems
- BMS - controls & logic alteration
- AHU water flow balancing
- Cleanroom validation
- Fresh air intake optimization & heat recovery
- Air flow measurements (FAD by flow meter method and pump-up method)
- Air Leakage tests for compressed air network
- Ultrasonic leak detection
- Compressed air pressure optimization
- Pressure survey & pipe size adequacy study
- Simultaneous pressure monitoring at multiple points
- Air dryers & Moisture traps performance evaluation
- Heat recovery opportunities
- Flue Gas analysis - Oxygen, CO2 measurements
- Boiler efficiency assessment by Direct & Indirect methods
- Excess Air Control and better combustion
- Auxiliary performance
- Waste heat recovery opportunities
- Performance of heat recovery devices - Air preheaters, Economizers, LP/ HP heaters
- Fuel replacement opportunities
- Steam system Study: Steam traps survey, Condensate recovery
- Steam pressure optimization
- Steam side application survey - Direct & Indirect applications, Air dryers, Laundry, etc.
- Insulation survey by thermal imaging, IR gun & surface temperature sensors
- Surface heat loss - Radiative & Convective losses optimization
- To assess efficiency-by direct & indirect method
- Performance analysis & improvement furnace energy
- Waste heat recovery opportunities
- Heat loss Study
- Heat balancing of furnaces in process industries
- Insulation survey by thermal imaging, IR gun & surface temperature sensors
- Burner efficiency & operation optimization
- Heat Input and Output assessment
- Heat loss Study
- Presentation in Sankey diagram
- Electrical & mechanical measurements for efficiency calculations
- Automation Possibilities
- Resizing of the Pumps/fans/blowers
- Flow Control Strategies
- Piping, ducting modifications & size adequacy study