Rated output power: 6.5 kW (6500 W).
PV (solar panel) input: dual-string — supports “4500 W × 2” PV input (i.e. roughly 9,000 W PV array total) under dual-MPPT.
Surge / Peak output (PV + battery + grid, or battery + PV in boost mode) can deliver up to ≈ 8000 W (as advertised) when PV + battery are combined.
Output AC voltage: 220/230/240 V (single-phase), nominal output current ~29.5 A.
Waveform: Pure sine wave — safe for sensitive electronics. MPPT & solar-charging: dual MPPT trackers (2 × 22 A), with wide PV input voltage range (~90–450 VDC, or 120–430 VDC depending on spec sheet) allowing flexible solar panel configurations.
Battery (or battery-less) operation: Works with 48 V DC battery systems. Also supports “battery-less operation” (i.e. inverter can run solar + grid + load, without battery, if configured). Smart features: Built-in WiFi + mobile monitoring, HMI touchscreen display, dual-output (for load prioritization / smart load management), scalable (supports parallel operation of up to 9 units).
| Parameter | Value / Detail |
|---|---|
| Rated Output Power | 6,500 W (6.5 kW) |
| Max PV Input (DC) | 4500 W × 2 (≈ 9 kW solar array) |
| Surge / PV+Battery Output | Up to ~8,000 W (per advert) |
| Output Waveform | Pure sine wave |
| MPPT Trackers | Dual (2 × 22 A) |
| Battery/ DC input | 48 VDC nominal |
| Smart features | WiFi monitoring, HMI display, dual output, parallel-ready up to 9 units |
Strong capacity for medium-to-large homes / small businesses — 6.5 kW nominal, with output boost up to ~8 kW (with PV + battery) gives good headroom for multiple appliances, maybe even heavy loads depending on battery setup.
Flexible solar + PV array capacity — ability to handle up to ~9 kW PV input (dual-string) allows you to plan for larger solar panel setups, maximizing solar generation and future-proofing system expansion.
Hybrid & battery-less operation flexibility — works with battery or even without battery (solar + grid), giving more flexibility depending on your budget or power-backup strategy.
Smart load management and monitoring — built-in WiFi, HMI touchscreen, dual-output prioritization makes it easier to manage essential vs non-essential loads (especially useful during load-shedding or limited solar supply).
Scalable / future-ready — parallel operation up to 9 units means if later you need more capacity (for bigger load / commercial use), you can expand — though wiring and installation must be done properly.
Even though rated 6.5 kW, achieving full output consistently depends heavily on battery bank + PV array + wiring / installation quality. In real-world conditions (sun hours, load patterns), output may vary.
For “surge / boosted output (≈ 8 kW)” you need adequate PV + battery combination; without that, you may not reach boost levels.
Since it’s single-phase, it may not suit heavy three-phase loads (common in larger businesses or heavy machinery setups).
Always ensure proper battery type & sizing (48 VDC, recommended capacity) if you plan backup/off-grid use — under-sized battery may lead to poor performance or damage.
As with all hybrid inverters, installation quality, solar panel selection, wiring, earthing, maintenance all matter a lot — a good inverter alone doesn’t guarantee stable power.
A medium to large household with multiple appliances (fans, lights, fridges, perhaps a water-pump or AC at times) wanting hybrid solar + battery + grid backup.
Small shop / small business needing stable power, especially if load-shedding or grid-instability is frequent.
People who want to start with battery-less + solar + grid, but want the flexibility to add battery later or expand PV array, without replacing inverter.
Anyone wanting remote monitoring, smart load management, and a somewhat “future-proof” inverter (expandable, dual-MPPT, good PV-capacity) — especially useful in a place like Pakistan with variable sunlight and grid reliability.
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