Petrol pumps
Canopy and forecourt load runs all day. Pumps, compressors, lighting and signage on one meter.
On-grid · Off-grid · Hybrid · Pumping
Solutions sized to your load.
Three system architectures cover almost every requirement. The one you need depends on your tariff, how much you consume in daylight, and how badly an outage hurts. Drag the diagram below to see how each behaves.
Interactive
Where your energy actually goes.
Switch the mode and watch which components come alive and which way power flows. Drag to orbit — or use the arrow keys once the diagram has focus.
Drag to orbit · arrow keys also work
On-Grid (grid-tied)
Sunlight to the PV array, DC to the inverter, AC straight into your existing distribution board. Anything you do not consume is exported to the DISCOM grid, and anything you need after dark is imported back. No batteries, so the lowest cost per unit generated — and the highest saving where supply is reliable.
- Saves up to 70% of your bill when correctly sized.
- No battery replacement to budget for.
- Stops during a grid outage — a safety requirement, not a fault.
SunlightPV arrayInverter
Your loadDISCOM grid
Off-Grid (standalone)
The same array and inverter, but a battery bank replaces the grid. Daytime surplus charges the batteries; the batteries carry the load at night. Built for sites with no dependable connection at all — remote installations, farm structures, telecom and water supply.
- Works with no grid connection whatsoever.
- Battery bank sized to your night load and days of autonomy.
- Higher cost per unit — batteries are the expensive part.
SunlightPV arrayInverter
Battery bankYour load
Hybrid
Both at once. The system exports surplus to the grid like an on-grid plant, but keeps a battery reserve so critical circuits ride through an outage. The right answer where the tariff rewards export but the supply cannot be trusted — hospitals, hotels, dairy and poultry sheds, data-dependent offices.
- Export when the grid is up, battery backup when it is not.
- Backs up only what matters so the battery stays affordable.
- Most flexible, and the most engineering to get right.
SunlightPV arrayInverter
Battery bankYour loadDISCOM grid
Segment 01
Residential rooftops
A house roof is the easiest place to start and the quickest to pay back. We survey the shadow-free area, read twelve months of your bills, and size the array against what you actually consume — not against whatever fills the roof.
- Grid-Tied — lowest cost, exports surplus, best where supply is steady.
- Off-Grid — full independence with a battery bank sized to your night load.
- Hybrid — export by day, backup by night, for load-shedding areas.
1–10 kW typical
Up to 70% bill saving
20–25 year life
Net-metering handled
Segment 02
Commercial establishments
Commercial tariffs are the highest in the state, and commercial load runs in daylight. That combination makes solar pay back faster here than anywhere else. These are the building types we have worked on.
Educational institutes
Large flat roofs, weekday daytime load, and a tariff that rewards every unit generated on site.
Hospitals
Hybrid systems here. Export when the grid is healthy, keep theatre and ICU circuits alive when it is not.
Hotels & resorts
Round-the-clock HVAC, laundry and water heating. Solar plus storage flattens the worst of the demand charge.
Poultry farms
Ventilation and lighting cannot stop. Battery-backed hybrid protects the flock through an outage.
Dairy units
Chilling load is continuous and expensive. Roof area on a dairy shed is usually more than enough.
Showrooms
Display lighting and air-conditioning peak exactly when the sun does. Near-perfect load match.
Warehouses
Very large sheds, very little load — ideal for a high-export grid-tied plant on a metal roof.
Segment 03
Industrial plants
At industrial scale the engineering matters more than the panel brand. Cable losses, transformer capacity, HT metering, structure design against local wind load, and a realistic PVsyst yield estimate all decide whether the plant performs for twenty-five years or disappoints in year three.
- PVsyst yield modelling from site radiation data before a rupee is committed.
- NOC, SLD and design approval pursued with the DISCOM on your behalf.
- Structure and civil work engineered for the roof or ground you actually have.
- LT/HT cabling and BOP specified for loss, not just for cost.
0.0MW
Commissioned since 2017
Madhya Pradesh & Chhattisgarh
0KW
Since December 2023
Under the current expansion
20–0yrs
Designed system life
Backed by manufacturer warranty management
Segment 04
Solar water pumping
No grid, no diesel, no running cost. The pump runs when the sun shines, which is exactly when a field needs water.
Agricultural
Surface and submersible sets matched to your head and discharge, driven straight from the array through a VFD controller — no battery to replace.
Drinking water
Village and institutional supply schemes where a dependable connection does not exist and a diesel set is not sustainable.
Livestock & dairy
Continuous water for sheds and troughs, plus the option to combine with a small hybrid plant for lighting and ventilation.
Still deciding
Which architecture fits you?
On-Grid. No batteries, the shortest payback, and up to 70% off the bill. Surplus units go to the DISCOM under net metering and come back to you after dark.
Off-Grid. We size the battery bank around your night load and the number of cloudy days you need to survive, then design the array to recharge it fully in a normal day.
Hybrid. We separate the circuits that must never stop from the ones that can, back up only the first group, and export everything spare. You get the on-grid economics with the off-grid safety net.
A dedicated solar pumping set. Array, controller and pump, nothing else — the simplest and cheapest system we build, and the one with no consumable parts.
Balaghat · Madhya Pradesh
Find out what your roof can earn.
Send us your last electricity bill and the roof or land you have in mind. We will come back with a system size, a generation estimate and a written quotation — no obligation.