GIN M6F-72

Bottom 1% of the PERC 350-400 W segment, against a median of -0.350. Ranked 13,852nd in the whole database.

Bottom 10% of the PERC 350-400 W segment, against a median of 19.90%.

Bottom 11% of the PERC 350-400 W segment, against a median of 199.0.

At identical nameplate power of 365 Wp, the GIN M6F-72 achieves 18.8% module efficiency, outperforming DMEGC Greenhouse (15.37%, +22%) and Exiom EX345-365M (14.1%, +33%) from the peer set. This translates directly to a smaller required roof or ground area for equivalent installed capacity.

Full-square M6 cells eliminate the chamfered corners of pseudo-square M2/M3 wafers, effectively increasing active cell area by approximately 2–3%. This yields higher energy output per unit panel area without resorting to more expensive cell technologies such as TOPCon or HJT.

Certified operating range of -40°C to +80°C ensures stable generation in Poland's continental climate – through winter lows approaching -30°C and summer heat waves. Most modules from the same era listed only -40°C to +85°C under test conditions, not under continuous operation.

Following the three-way merger of Gintech, Neo Solar Power, and Solartech (October 1, 2018), all warranty obligations were assumed by United Renewable Energy (URE). The Taiwanese government invested TWD 2.78 billion (~USD 90M) in URE, providing institutional backing for the 25-year power warranty on existing installations.

Higher Vmp (~45 V) from the 72-cell layout enables longer DC strings compared to 60-cell modules, reducing the number of MPPT inputs and DC wiring runs. In commercial and industrial installations this directly lowers BoS costs per kWp installed.

The GIN M6F-72 series was manufactured exclusively under the Gintech brand, which ceased independent operations upon the October 2018 merger. No new units are available on the primary market, making it practically impossible to source identical modules for system expansion or damaged-panel replacement.

The -0.45%/°C Pmax coefficient is typical for mono-PERC technology of that era but noticeably worse than current TOPCon modules (-0.28 to -0.32%/°C) or HJT panels (-0.24 to -0.26%/°C). At a cell temperature of 65°C — common during Polish summers — power loss reaches ~11.25% vs. ~7–8% for modern alternatives.

The Solaria PowerXT achieves 20.2% efficiency in the same 365 Wp class, meaning an identical output requires approximately 0.13 m² less panel area (1.81 m² vs. 1.94 m² for the GIN M6F-72). On area-constrained commercial rooftops, this gap can determine project viability.