Conserving electricity For a better tomorrow

Most Residential Buildings currently use decentralized Individual electric geysers

CENTRALIZED HOT WATER GENERATION THROUGH LOW CONNECTED ELECTRIC POWER

120 Flats 3/4 BHK 425 Bathrooms 45 storeys residential tower Geysers Connected Load 1275 KW Connected Load with heat pump system 84 KW Reduction in connected loads with Heat Pump system = 1191 KW

30/40/50 storey’s residential complex Case study: 30/40/50 storey’s residential complex Total Connected load is approx. 750KW to 1 MW PER BUILDING If Complex has 10 buildings Connected load = 7 to 10 MW Geysers are hardly operational for an hour or two Need for alternative, economical and effective source for hot water generation Solution is Centralized Heat pump based Hot water generation system Decentralized electric geyser have a connected load of 2-3 KW

Heat pump is an all weather solution for hot water generation Solar is free form of energy, but is disabled to an extent in monsoon and winter Heat pump is an all weather solution for hot water generation Heat Pump system can complement the solar system to have a Heat Pump-Solar hybrid hot water system

90% Less Connected Electrical Load as compared to electric geysers 1/3rd Power Consumption of that of electric geyser Carbon footprint down to 1/3rd Electrical Infrastructure costs would come down Provides an all weather option unlike solar Will avoid addition of hundreds of MW of installed power Power distribution company will be relieved of providing peak demand load Green house gases will come down to 1/3rd Add essential points to Green rating in LEED/GRIHA

Short Power supply/Rural areas of this exercise would benefit Such saved connected power can be diverted to Short Power supply/Rural areas

45 storey tower in Central Mumbai Installations VIVAREA TOWERS, 45 storey tower in Central Mumbai Would be connected load of 1260 KW with electric geysers brought down to 85 kW

12 storey tower in Mumbai suburbs ARIISTO SAPPHIRE, 12 storey tower in Mumbai suburbs Would be connected load of 705 KW with electric geysers brought down to 60 kW