Solutions
Explore ServoLuxe solar solutions for homes, commercial buildings, factories and utility-scale projects, with smart monitoring and battery backup.
3 kW – 15 kWHome Solar
ServoLuxe designs rooftop solar systems for independent houses and villas, from compact 3 kW setups to 15 kW systems for larger homes.
20 kW – 1 MWCommercial Solar
Commercial buildings use most of their power during the day, exactly when solar panels produce the most. That makes rooftop solar one of the fastest-paying investments a business can make.
100 kW – 5 MWIndustrial Solar
Factories and warehouses have large roofs and heavy daytime loads, which makes them ideal for high-capacity solar. ServoLuxe designs industrial rooftop and captive plants that offset a large share of your grid consumption.
1 MW and aboveMega Solar Projects
For developers, institutions and large energy users, ServoLuxe delivers ground-mounted and utility-scale solar plants end to end.
Smart technology
0.0kWh today
Charged by the sun during the day, ready for power cuts and evenings.
Check output, savings and alerts from anywhere. Try the switch.
Net metering and export limits handled by the inverter.
Weather-resistant panels and corrosion-proof mounting.
Sizing your system
We size every system from your electricity bill and roof, not from a fixed package. These are the usual starting points.
A family paying ₹3,000–₹8,000 a month usually needs 3 to 7 kW. Residential systems up to 3 kW get the largest share of the PM Surya Ghar subsidy.
Daytime business hours match solar generation closely, so most of the power is used straight away and savings start from day one.
Large roofs and heavy daytime loads make industrial solar one of the quickest investments. Accelerated depreciation can improve the return further.
Open land can host megawatt-scale plants that supply your own facilities or sell power, planned with the DISCOM from the start.
Capacity is driven by your daytime load and usable roof. These bands are where most projects land, not limits.
| Property | Typical size | Best fit | Payback |
|---|---|---|---|
| Independent house or villa | 3–15 kW | On-grid, hybrid for outages | 4–6 years |
| Apartment society or GHS | 20–100 kW | On-grid common facilities | 4–6 years |
| Shop, clinic or restaurant | 5–40 kW | On-grid with daytime load | 3–5 years |
| Office, school or hospital | 50–150 kW | On-grid, hybrid for critical loads | 3–4 years |
| Factory or warehouse | 100 kW – 5 MW | Rooftop or captive plant | 3–4 years |
| Open land or solar park | 1 MW and above | Ground-mounted or tracker | By PPA or captive |
| Farm with no grid | 3–10 kW | Off-grid with pump controller | Replaces diesel cost |
Getting the size right
Sizing is not guesswork, but it is also not a formula you can run without seeing the property. These are the three inputs we use, in order.
Twelve months shows your summer peak and monsoon dip, which is what the array has to cover. A single month misleads badly.
Usable, shade-free area caps the size more often than budget does. We tell you the real number, including the part you cannot use.
Savings come from generation; continuity comes from batteries. Treating them as one decision is how people overspend.
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