High-performance PV solar panel, produced in Germany by Hanwha Q.CELLS manufacturer. The new Q.PLUS-G4 module is the ideal solution for every application, thanks to the innovative technology of Q.ANTUM cells.
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The design of these cells, which has scored new world records, has been developed to achieve better performance under real operating conditions - both in case of minimum intensity of the sun, and hot summer days. You can check the real returns through the site PVcompare - Hanwha Q-cells.
Q.ANTUM CELLS TECHNOLOGY: LOW ENERGY PRODUCTION COSTS
Greater yield in relation to surface and lower BOS costs (a term generally referring to PV systems which expresses in percentage the electricity losses in the system due to various factors, such as the coupling between the various PV modules, the links to the converter/s, losses in conductors and control panel) thanks to higher power classes and an efficiency up to 17.1%
INNOVATIVE TECHNOLOGY FOE EVERY WEATHER CONDITION
Excellent returns in all weather conditions thanks to the particular behaviour in low light and high temperature conditions.
STABLE EFFICIENCY LEVELS
Long-term performance security thanks to anti-PID* Technology, Hot-Spot-Protect and Traceable Quality Tra.Q™.
LIGHTWEIGHT AND QUALITY FRAMES
High-tech aluminium alloy frames, certified as highly resistant to snow (5400Pa) and wind (4000Pa).
MAXIMUM COST REDUCTION
Up to 10% savings on logistic costs thanks to a higher number of modules per box.
Protection against damage resulting from short-circuits, overheating and yield losses due to heat thanks to a breathable connection box and cables soldered directly to the circuits.
12 years warranty on the product, including 25-year linear warranty on the performance **.
* Test conditions: cells at -1000V, with electrical grounding and surface of the module covered by metallic conductive sheets, at 25 °C 168h
** For more information see the back of this data sheet.
PMPP temperature coefficient:
-0.40% / K
Behavior with reduced light (irradiation of 200 W / m²):
98.5% module efficiency (in relation to 1000 W / m²)
1670 mm × 1000 mm × 32 mm (frame included)
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