10–200 kW · Indore region
Daytime peak
OPD and diagnostic hours align with solar output.
Hybrid option
Battery backup for selected critical circuits.
Power quality
Earthing and surge protection designed with your electrical team.
Low disruption
Installation planned around patient areas.
Commercial ROI
12,000
₹9.0
Suggested plant
100 kW
Investment
₹40 lakh
Savings, year 1
₹13.02 lakh
Payback
3.0years
25-year savings
₹4.47 crore
Monthly savings
₹1,08,475
CO₂ avoided / year
103.6t
Before accelerated depreciation and financing. Assumes the plant is sized to daytime consumption; 3% annual tariff escalation.
| Item | 10 kW | 200 kW |
|---|---|---|
| Generation / year | ~14,590 units | ~2,91,800 units |
| Typical investment | ₹4.6 lakh | ₹80 lakh |
| Savings, year 1 | ~₹1.31 lakh | ~₹26.26 lakh |
| Payback | ~3.4 years | ~3 years |
Estimates at ₹9/unit, assuming the plant is sized to daytime consumption.
24×7 load with a daytime peak from OPDs, diagnostics and HVAC.
FAQ
No — critical backup should stay with generators and UPS. Solar reduces the daytime electricity bill, and a hybrid system can add a battery for selected loads.
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