The middle path: grid-tied like on-grid, but with a small battery to keep essentials running during outages. You get export income and subsidy, plus lights and a fridge when the power cuts.
A hybrid system is grid-tied with a battery. It exports surplus to the grid like an on-grid system, but keeps a small battery — usually 2–5 kWh — to run essential loads during outages: lights, fans, fridge, Wi-Fi router.
The battery is deliberately undersized. You're not trying to run the air conditioner through a six-hour cut; you're keeping the fridge cold and the lights on. That keeps the cost far below a true off-grid system while still solving the on-grid blackout problem.
A hybrid system typically costs 1.5–1.7× an equivalent on-grid system, with the premium going entirely to the battery and a hybrid-capable inverter. It sits between on-grid (₹55–70k/kWp) and off-grid (₹95–140k/kWp).
This is the nuance worth knowing: several DISCOMs allow the solar portion of a hybrid system to claim the PM Surya Ghar subsidy, as long as the grid-export capability and a net meter are installed. The battery portion is never subsidised. Rules vary by state and DISCOM — confirm with yours before assuming you'll get it. The solar subsidy calculator counts the subsidy on the solar capacity only, never the battery, when you add battery backup to an on-grid system.
| On-Grid | Hybrid | Off-Grid | |
|---|---|---|---|
| Battery | None | Small (essentials) | Full load |
| Cost per kWp | ₹55–70k | ~₹85–110k | ₹95–140k |
| Backup in outage | ✗ None | ✓ Essentials | ✓ Everything |
| Subsidy | ✓ Full | Solar portion (varies) | ✗ None |
| Export income | ✓ | ✓ | ✗ |
Choose On-Grid in the calculator and switch on "Add battery backup" to see hybrid costs and savings.
Open the calculator →