1 Air Compressor ( 2 Receiver Run by electric of Power drawn = 2.25 KW nos) one stand-by cap.=225 3.75 KW, runs 10 mins x 2 times/day 1 Illumination (for 3 24 KW Run by three phase Total capacity = 8 KW high-masts) power, distributed to each single phase to individual fittings 1 Illumination (other 11.5 KW Single phase electrical Actual power drawn = than high masts) power, rated capacity- 9.81 KW not known 1 Misc Mechanic N.A. Three phase electrical Actual drawn =4.5 Utility, e.g. su power, capacity 7.5 KW at certain intervals – pump, KW Details of Energy consumption per day : Daily Electricity consumption = 59.1 KW x 12 hours + 86.5 KW x 12 hours = 1,747.2 KWHr. Natural Gas Consumption as fuel and for pneumatic purpose = 6,800 cum + 2,700 cum = 9,500 cum, @ 8,700 Kcal/Kg x 580 Kg/cum = 47,937 x 106 Kcal, which is equivalent to 5,57,40,698 KWHr. of DETAILS OF TRANSFORMER Isolation Transformer, 200 KVA, Dry-type, 415 Volt/415 Volt, 278.24 Amp, AN, Dyn11, impedance - Sr. No. DT/1693/01, Yr. 2008
1 Air Compressor ( 2 nos) one stand-by Receiver cap.=225 Run by electric of 3.75 KW, runs 10 mins x 2 times/day Power drawn = 2.25 KW 1 Illumination (for 3 high-masts) 24 KW Run by three phase power, distributed to single phase to individual fittings Total capacity = 8 KW each 1 Illumination (other than high masts) 11.5 KW Single phase electrical power, rated capacity- not known Actual power drawn = 9.81 KW 1 Misc Mechanic Utility, e.g. su pump, N.A. Three phase electrical power, capacity – 7.5 KW Actual drawn =4.5 KW at certain intervals Details of Energy consumption per day : Daily Electricity consumption = 59.1 KW x 12 hours + 86.5 KW x 12 hours = 1,747.2 KWHr. Natural Gas Consumption as fuel and for pneumatic purpose = 6,800 cum + 2,700 cum = 9,500 cum, @ 8,700 Kcal/Kg x 580 Kg/cum = 47,937 x 106 Kcal, which is equivalent to 5,57,40,698 KWHr. of DETAILS OF TRANSFORMER Isolation Transformer, 200 KVA, Dry-type, 415 Volt/415 Volt, 278.24 Amp, AN, Dyn11, impedance Sr. No. DT/1693/01, Yr. 2008 -
Energy%20Audit%20Report-%20Makum%20OCS.docx