Rated output power: 8.5 kW (8500 W).
Maximum PV (solar) input power: ~ 12,000 W (12 kW).
Dual-MPPT supported: it has two MPPT trackers — useful for optimized solar harvesting from two arrays/panel strings.
PV input (DC) voltage range: ≈ 90 VDC – 450 VDC, giving flexibility in solar panel configuration.
Output AC voltage: standard 220/230/240 VAC (single-phase) — suitable for typical Pakistani home wiring.
Smart & modern features:
Built-in Wi-Fi — mobile monitoring and management.
Large 7″ HMI touchscreen + USB-OTG (for firmware/data) for easier configuration / status checking power.
Option for battery-less operation (i.e. solar + grid, without battery) — giving flexibility depending on budget/setup.
Parallel operation support — you can connect up to 6 units for higher capacity in future or for larger premises. Other technical details:
Nominal battery DC voltage: 48 VDC.
Surge / peak capacity: According to datasheet, able to handle surges (e.g. motors starting, pumps) — rated Surge Power: 17,000 VA
Efficiency (DC → AC): up to ~ 95% under ideal conditions.
Operating environment standard: suited for typical home/commercial use (voltage/frequency ranges, protections, etc).
High power output (8.5 kW) — enough for medium-to-large homes or small-to-medium commercial premises, even with multiple heavy appliances running (e.g. fridge, pumps, ACs, lights, fans, etc).
Large PV input capacity + dual MPPT — gives flexibility when building a sizable solar panel array; good for future expansion.
Smart load management & modern interface — touchscreen, WiFi monitoring, dual output prioritization make it easier to manage loads, especially useful when solar or battery supply fluctuates.
Battery-less option + flexibility — you can start with solar + grid, and add battery later as budget permits.
Scalability — parallel-unit support offers path to upgrade if you require more power in future.
Even though rated 8.5 kW, actual performance depends heavily on correct designing — proper solar panel capacity, correct battery (if used), wiring, installation, and load distribution. Inadequate battery or poor solar …
Single-phase output — might be limiting if you have 3-phase loads (common in bigger commercial setups or heavy machinery).
For heavy loads (e.g. multiple ACs, heavy pumps, large appliances), sustained output at high loads will require corresponding high-capacity battery setup + solar array; inverter alone isn’t enough.
Surge / startup loads (like motors) are okay but consistent heavy loads may stress battery/solar if not sized properly.
Large households or multi-room homes planning to run many appliances (fans, lights, fridges, pumps, maybe 1–2 ACs at a time).
Small shops, offices, or businesses needing stable and relatively high power backup / solar-plus-grid hybrid, especially where grid reliability is a concern.
Houses or enterprises aiming for future-proof solar growth — want an inverter that can handle expansion (more solar panels, more load, battery upgrade) without needing to replace inverter.
People who prefer a smart, manageable, and flexible power setup — with load-prioritization, monitoring, and optional batteryless operation to start with.
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