144 half-cut cells, bifacial, glass (dual-glass module). Power classes 565–610 W in the CEC list.
| Model | Pmax | Voc, V | Isc, A | Vmp, V | Imp, A | Efficiency | PTC | CEC listed |
|---|---|---|---|---|---|---|---|---|
| PS565M8GFH-24/TNH | 565 W | 52.10 | 13.48 | 43.70 | 12.93 | ≈22.1% | 537 W | Oct 1, 2024 |
| PS570M8GFH-24/TNH | 570 W | 52.30 | 13.54 | 43.90 | 12.98 | ≈22.3% | 542 W | Oct 1, 2024 |
| PS575M8GFH-24/TNH | 575 W | 52.50 | 13.60 | 44.10 | 13.03 | ≈22.5% | 547 W | Oct 1, 2024 |
| PS580M8GFH-24/TNH | 580 W | 52.70 | 13.66 | 44.40 | 13.08 | ≈22.7% | 552 W | Oct 1, 2024 |
| PS585M8GFH-24/TNH | 585 W | 52.90 | 13.72 | 44.60 | 13.13 | ≈22.9% | 557 W | Oct 1, 2024 |
| PS590M8GFH-24/TNH | 590 W | 53.00 | 13.78 | 44.80 | 13.18 | ≈23.0% | 562 W | Oct 1, 2024 |
| PS595M8GFH-24/TNH | 595 W | 53.20 | 13.84 | 45.00 | 13.23 | ≈23.2% | 566 W | Nov 12, 2025 |
| PS600M8GFH-24/TNH | 600 W | 53.40 | 13.90 | 45.20 | 13.28 | ≈23.4% | 571 W | Nov 12, 2025 |
| PS605M8GFH-24/TNH | 605 W | 53.60 | 13.96 | 45.40 | 13.33 | ≈23.6% | 576 W | Nov 12, 2025 |
| PS610M8GFH-24/TNH | 610 W | 53.80 | 14.02 | 45.60 | 13.38 | ≈23.8% | 581 W | May 1, 2026 |
| CEC listing test | |
|---|---|
| Pmax coefficient γ | −0.293 %/°C |
| Voc coefficient β | −0.225 %/°C |
| Isc coefficient α | +0.044 %/°C |
| Operating cell temperature | NOCT 43.1 °C |
| Class | Pmax at NOCT | Vmp × Imp at NOCT | Pmax at 200 W/m² | Low-light efficiency vs STC |
|---|---|---|---|---|
| 565 W | 431.6 W | 41.9 V × 10.3 A | 107.7 W | 95% |
| 570 W | 435.3 W | 42.1 V × 10.34 A | 108.6 W | 95% |
| 575 W | 439.1 W | 42.3 V × 10.38 A | 109.6 W | 95% |
| 580 W | 442.9 W | 42.5 V × 10.42 A | 110.5 W | 95% |
| 585 W | 446.6 W | 42.7 V × 10.46 A | 111.5 W | 95% |
| 590 W | 450.4 W | 42.9 V × 10.5 A | 112.5 W | 95% |
| 595 W | 454.3 W | 43.1 V × 10.54 A | 113.4 W | 95% |
| 600 W | 458.1 W | 43.3 V × 10.58 A | 114.4 W | 95% |
| 605 W | 462 W | 43.5 V × 10.62 A | 115.4 W | 95% |
| 610 W | 465.8 W | 43.7 V × 10.66 A | 116.3 W | 95% |
| Year | Product | Tests |
|---|---|---|
| 2024 | PSxxxM8GFH-24/TNH | LID+LETIDPID |
| 2025 | PSxxxM8GFH-24/TNH | LID+LETIDPID |
| Inverter | Max DC input | MPPT | Window source | Panels per string |
|---|---|---|---|---|
| Tesla 1538000-xx-y | 600 V | 60–480 V | datasheet | 2–10 |
| Solis (Ginlong) S6-EH1P10K-H-US | 600 V | 80–520 V | datasheet | 3–10 |
| Solis (Ginlong) Solis-1P7.6K-4G-US | 600 V | 100–500 V | datasheet | 3–10 |
| Qcells Q.VOLT H7.6SX | 498 V | 234–498 V | CEC test window | 7–8 |
| City | kWh / kW / yr | kWh / panel / yr | kWh / system / yr | Sun, kWh/m²/day |
|---|---|---|---|---|
| Los Angeles | 1,676 | 997 | 11,967 | 6.08 |
| Palmdale | 1,835 | 1,092 | 13,102 | 6.69 |
| Chula Vista | 1,696 | 1,009 | 12,109 | 6.11 |
| Huntington Beach | 1,643 | 978 | 11,731 | 5.89 |
| Riverside | 1,696 | 1,009 | 12,109 | 6.21 |
| Santa Clarita | 1,724 | 1,026 | 12,309 | 6.28 |
| Panel | Pmax | Efficiency | γ Pmax (CEC) | Voc, V | Isc, A | PVEL (product / brand) | SoCal permits (series) |
|---|---|---|---|---|---|---|---|
| Phono Solar PS595M8GFH-24/TNH | 595 W | ≈23.2% | −0.293 | 53.2 | 13.84 | product 2024, 2025 | 1 |
| Qcells Q.PEAK DUO XL-G11S.3/BFG 595 | 595 W | ≈21.9% | −0.348 | 53.63 | 13.77 | product 2024, 2025, 2026 | 1 |
| VSUN (Vietnam Sunergy) VSUN595N-144MH | 595 W | ≈23.1% | −0.309 | 52.69 | 13.98 | brand 6× (2021–2026) | 1 |
| ZNShine Solar ZXM7-UHLDD144-595/N | 595 W | ≈23.2% | −0.281 | 52.1 | 14.51 | product 2024, 2025, 2026 | 1 |
Calculated from the panel area (2.56 m²): about 23.2% for the 595 W class. 595 W over 2.56 m² equals about 232 W per square meter.
PVWatts v8 with typical-year weather gives about 997 kWh per year per 595 W panel in Los Angeles and about 1,092 kWh in Palmdale (20° roof, facing south, 14% system losses).
With γ = −0.293 %/°C, at a 77 °C cell temperature (hottest modeled hour in Palmdale) output is about 15.2% below the STC rating.
With the Tesla 1538000-xx-y (max DC 600 V, MPPT from 60 V, datasheet) in Los Angeles the calculator gives 2–10 panels per string (Voc at 2 °C = 56 V, Vmp at 74 °C cell = 37.6 V). Final design must follow the inverter manual and NEC 690.7.
Yes. Rear gain depends on mounting height and ground reflectance.
PSxxxM8GFH-24/TNH was a PVEL Top Performer in 2024, 2025 (LID+LETID, PID).