Exide GQP 12V 650VA: what it runs and for how long
Exide’s 650 VA, 12 V home inverter: the specs the maker states, the load it handles, and backup with common batteries.
- 650 VA
- Runs up to about 416 W comfortably
- 12 V battery
Specifications
As stated on the manufacturer’s page, read on 15 October 2026.
| Brand | Exide |
|---|---|
| Model | GQP 12V 650VA |
| Rating | 650 VA |
| Battery voltage | 12 V |
| Output wave | Pure sine wave |
| Maximum charging current | 9 A |
| Lithium battery support | Not stated |
| Solar charging | Not stated |
| Warranty | Not stated |
| Source | Exide product page |
What it can run
Keep the running load under about 416 W: that is about 80% of its VA as 520 W less a 25% margin for motors starting and battery sag. Home sets it covers:
Backup with 1 × 150 Ah tubular
| Load | Backup |
|---|---|
| 100 W | 14 h 25 min |
| 200 W | 6 h 50 min |
| 300 W | 4 h 05 min |
| 416 W | 2 h 35 min |
Backup with other battery sizes
| Load | 1 × 100 Ah | 1 × 150 Ah | 1 × 200 Ah |
|---|---|---|---|
| 100 W | 9 h 30 min | 14 h 25 min | 19 h 10 min |
| 200 W | 4 h 05 min | 6 h 50 min | 9 h 30 min |
| 300 W | 2 h 20 min | 4 h 05 min | 5 h 55 min |
| 416 W | 1 h 20 min | 2 h 35 min | 3 h 55 min |
What it adds to your bill
Running 208 W through two hours of cuts a day adds about 23.2 units a month to your bill: 19.5 to recharge the battery and 3.7 for standby. See it at your state’s rates in the inverter calculator.
Compare with similar inverters
Batteries for this inverter
It takes 1 × 12 V battery. Tubular batteries of 100 to 220 Ah.