The ASW 6000-T is a 6 kW three-phase on-grid solar inverter.
It supports a PV array up to ~9,000 Wp STC, dual MPPT inputs (i.e. 2 independent MPPT trackers).
MPPT / input DC range: ~150 V to 1,100 V (max input voltage), which gives flexibility in how you configure your solar panels.
AC output: 6,000 W rated, with grid-feed three-phase output (220/380 V or 230/400 V or 240/415 V, depending on wiring) — suitable for typical residential/commercial load balancing in Pakistan.
Housing & build: Weatherproof (IP65), compact (wall-mountable), and designed for outdoor installation.
Efficiency & output quality: Claims relatively good efficiency (though some sources mention ~96.3% max — not top-end, but acceptable) plus low harmonic distortion (< 3% THD).
In short: ASW 6000-T is a basic but competent 6 kW on-grid inverter — solid for small-to-medium rooftop solar systems, especially if you want dual-MPPT flexibility for panel strings and a simple, straightforward installation.
The “G2 / LT-G2” versions — as seen in larger inverter models of the same brand — tend to have some or all of the following improvements over older T-series models:
Higher conversion efficiency: Many G2-series models list max efficiencies around ~98.2%–98.6%, which means better yield from the same solar input. Better compatibility with larger PV arrays: Supports wide DC voltage ranges, flexible string/Mppt configurations, which helps if you plan to oversize PV side or use bigger panels.
Advanced features: In larger G2 models you see features like active cooling (better for hot climates), multiple MPPT inputs, and sometimes remote monitoring (Wi-Fi / RS485) depending on model. Better build & protection standards: IP65 rating for outdoor installation, good for dust / water resistance — same as T-series but often with more robust electronics & design aimed at longer life or heavier use.
Because of these improvements, G2-series inverters are often marketed as more “future-proof,” better suited for slightly larger or expandable solar arrays, or for installations where maximum efficiency is important (e.g. to offset higher cost of solar panels or to maximize yield in high-sun regions).
| Advantage of T-series (ASW 6000-T) | Trade-offs / Where G2 would be better |
|---|---|
| Typically lower cost / cheaper in PKR — simpler, straightforward on-grid inverter for basic setups. | Efficiency slightly lower, and less yield per watt of input compared to G2. |
| Easier to install for a moderate 6 kW rooftop and smaller PV array (e.g. 6–9 kWp). | If you plan to expand panels later (oversize PV array), or install high-capacity/bifacial panels, you may hit limits. |
| Less complexity — suitable for users who don’t need advanced wiring, monitoring or maximum efficiency scenarios. | G2 gives better long-term value, especially under higher load, hotter climate, or less-than-ideal solar orientation. |
Given that Faisalabad — like much of Punjab — gets strong sun, and energy consumption may vary (ACs, heavy loads, possible expansion), here’s what I’d pick based on your priorities:
If you are going for a simple 6 kW–9 kWp PV system, and you want a budget-friendly, reliable on-grid inverter, go with ASW 6000-T. It’s adequate, dual-MPPT gives flexibility, and you get a good balance of capability vs cost.
If you plan to expand later (add more panels), or want to maximize energy yield (especially during hot summers), or want long-term reliability / better efficiency, then a G2 / LT-G2 series inverter (if available around 6 kW or 8–10 kW range) is more future-proof.
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