A Square Properties Residential & Commercial Project, Talegaon Dabhade
Service: MEP Design & Engineering
Talegaon Dabhade, Maval, Pune, MaharashtraResidential
- Environmental Clearance & MEPF Design
- Load Demand
- Transformer & DG Sizing
- Energy Conservation
- Rooftop Solar & Solar Hot Water
- EV Charging
- Lightning Protection
- Water Demand & Storage
- Sewage Treatment & Reuse
- Rainwater Harvesting
- Fire Hydrant
- Basement Ventilation & Dewatering
- External MEP & Plumbing Layouts
- Connected load, 796 kW of maximum demand, on 630 + 315 kVA transformers
- 1,908kW
- Flats in two 14-storey wings, with 21 shops below
- 178
- Water a day for 890 residents, 386 shop users, the lawn and the pool
- 139kL
- Sewage plant returning 47.8 kL a day to the flushing system
- 130KLD
- Saved a year by rooftop solar, solar hot water, lighting timers and drives
- 372MWh
- EV chargers: 43 for cars and 53 for two-wheelers, 30% of the parking
- 96

Project information
A residential and commercial development by A Square Properties at Talegaon Dabhade, in the Maval taluka of Pune district, beside an 18 m road. Wing A rises from a basement, a ground floor and a first floor with mezzanine to the 14th floor, 43.6 m high, with 108 flats from two to four bedrooms; wing B, on the same basement, holds 70 flats from one to three bedrooms. Twenty-one shops line the ground and mezzanine floors of wing A, and the podium has a club house with a stage, a swimming pool and deck, a play area and lawns, with the sewage plant and transformer yard set into the site. The basement of 5,616 sq m holds the parking, the underground tanks and the pump rooms. A project of this size needs environmental clearance before it is built, so the MEPF design and the EC data were prepared together. The architecture is the architect's; our scope is the EC data and the MEPF design.
How We Helped A Square Properties Residential & Commercial Project, Talegaon Dabhade
We prepared the calculations in June and the layouts for the environmental clearance in July 2026. Power: every flat at 75 W per sq m of carpet area and every shop at 150 W, seven lifts, the water, sewage, pool and sump pumps, the organic waste converter, basement ventilation and staircase pressurisation, the club house and street lighting, and charging for 30% of the parking - 43 car chargers of 7.2 kW and 53 two-wheeler chargers of 3.5 kW - for 1,908 kW connected and 796 kW of maximum demand on a 630 kVA and a 315 kVA transformer, with a 250 kVA DG set for the lifts, pumps, ventilation and common lighting, checked against the starting current of each motor. Energy: 72 kW of rooftop solar - 106 panels of 675 W across the two terraces - generating about 107 MWh a year; 13,350 litres a day of solar hot water from 107 collectors of 125 litres, 75 litres for each flat; timers on the common-area and street lighting; and drives on the lifts and 5-star pumps - together saving about 372 MWh a year. Water: 890 residents at 135 litres a day - 90 domestic and 45 flushing - and 386 people in the shops at 45 litres, with the lawn and pool, about 139 kL a day; underground tanks of 121 kL domestic water for the flats, 25 kL for the shops and 150 kL of fire water, 4 m deep, with overhead tanks on each wing; and a 130 KLD sewage plant whose treated water goes back to the flushing tanks and the lawn. Basement: 5,616 sq m in two fire zones, ventilated at 6 air changes an hour (about 65,450 CFM) and 12 in a fire, by fresh-air and exhaust axial fans and ceiling jet fans under carbon monoxide sensors; and drained by a 300 mm trench to two pumped sumps of 9 cu m. Site: four rainwater recharge pits with bores, de-siltation and oil-and-grease pits, storm water and sewer lines to the corporation mains, a 150 mm fire hydrant ring with hose boxes, EV charging, lightning arresters with chemical earthing on both terraces, and the solar layouts.
The brief
What the project needed, and how we answered
- 01
Environmental clearance for a 178-flat project.
The load, energy, water, sewage, solar, EV and basement figures were worked out first and then drawn as the layouts the clearance needs: external services, plumbing, storm water, sewage, fire hydrant, tanks, ventilation, dewatering, EV charging, solar and lightning protection.
- 02
Energy the buildings make or save themselves.
106 solar panels of 675 W on the two terraces - about 72 kW - generate about 107 MWh a year; 107 solar collectors heat 13,350 litres a day, 75 litres for each flat; and timers and motor drives trim the rest. Together they save about 372 MWh a year.
- 03
Water used twice.
About 139 kL a day comes in; the 130 KLD sewage plant treats about 110 kL of it and sends 47.8 kL back to the flushing tanks and 1.2 kL to the lawn, with the surplus to the corporation drain.
- 04
A large basement that stays dry and breathable.
5,616 sq m of parking in two fire zones: fresh-air and exhaust axial fans with jet fans give 6 air changes an hour, rising to 12 in a fire, run by carbon monoxide sensors; a 300 mm trench drains to two pumped sumps of 9 cu m, sized on 30 sprinklers running for five minutes in each zone.
System by system
What we designed, with the numbers
Two wings, shops and a podium.
- Location
- Talegaon Dabhade, Maval, Pune
- Wing A
- Basement, ground, first + mezzanine and floors to the 14th; 43.6 m; 108 flats of 2 to 4 bedrooms
- Wing B
- 70 flats of 1 to 3 bedrooms on the same basement
- Commercial
- 21 shops on the ground and mezzanine floors, 1,157 sq m
- Amenities
- Club house, swimming pool, play area and lawns
Deliverables
The calculations and drawings behind the design
Calculations in June and the environmental clearance layouts in July 2026.
139kL a day
Water demand
Flats, shops, lawn and pool; underground and overhead tanks; the 130 KLD sewage plant (12 June 2026).
1908kW connected
Energy & load
Load demand, transformers, DG set, solar, solar hot water, lighting timers and drives (12 June 2026).
2systems
Basement
Dewatering calculation and layout, ventilation document and layout (16-17 July 2026).
5sets
EC layouts
EV charging, lightning arresters, solar hot water and PV, and the external MEP layout (17-20 July 2026).
6sheets
External plumbing
Coordinated plumbing, storm water, sewage, water supply, fire hydrant and underground tanks for EC (R2, 27 July 2026).
Engineering data
Where the power and water go
Every flat at 75 W per sq m and every shop at 150 W, then the lifts, pumps, fans, chargers and amenities line by line; and the water by people, lawn and pool.
Connected load
1,908 kW
Everything running, before diversity
- 178 flats1,034.654%
- EV charging (96)495.826%
- 21 shops158.78%
- Ventilation & pressurisation905%
- Lifts & building common65.93%
- Pumps, STP & OWC46.72%
- Club house & street lighting151%
Share of 1,906.68 kW
Water a day
139 kL
Dry season
- Domestic89.864%
- Flushing (recycled)47.834%
- Lawn1.21%
- Pool make-up0.60%
Share of 139.37 kL
- Maximum demand
- 796 kW
- Transformers
- 630 + 315 kVA
- DG set
- 250 kVA
- Energy saved
- About 372 MWh a year
Charging for 96 vehicles adds almost half as much load again as all 178 flats; and of the energy saved, solar hot water alone is half - more than the rooftop panels.
Why EDGE
15+ years of MEP engineering experience
Every discipline, every building type
HVAC, electrical, plumbing and fire protection for new buildings, renovations, fit-outs and franchise programs — one team, one set of coordinated drawings.
Quality checked by engineers
Every drawing set, model and calculation is reviewed by an experienced engineer before it reaches you.
One partner from design to shop drawings
MEP design, energy compliance and shop drawings from one team — fewer handoffs and a single point of contact.
Next step
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- Free, no commitment
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