H1500
NEW GENERATION PHOTOVOLTAIC MODULE
The H1500 is one of the highest power-density modules available in the PV market, thanks to Helios Technology’s advanced production processes and its high-efficiency I-Max
® monocrystalline cells. The H1500 module is very suitable for grid-connected systems such as photovoltaic roofs, but great results will be obtained as well when it is used for systems with batteries, where grid connection is not available or too far from the user. The H1500 module is composed of 36 HT 165x165mm high-efficiency I-Max
® monocrystalline cells and it has been developed by Helios Technology to operate under the toughest environmental conditions. The high power supplied by the H1500 module gives to the installer the advantage that fewer units need to be lifted up, installed and interconnected, than for smaller modules. This is particularly important for grid-connected applications and big-size systems where are required low installation costs. Thanks to the I-Max
® technology developed by Helios Technology for its range of high-efficiency modules, the H1500 module performs an increased current output (10-17%) at the operating battery voltage when it is installed in stand-alone systems. Up to now Helios Technology’s modules have guaranteed an average lifetime more than 30 years. Every cell and module are tested several times throughout the manufacturing process. Easy and practical interconnections allow any voltage and configuration. A properly-designed anodized aluminium frame makes the H1500 module safe, easy and quick to install in several situations. For an easier and faster serial connection the module can be optionally equipped with Multi-Contact
® connectors. The H1500 module complies with the requirements of CEI / IEC 61215 (ESTI certificate PV-MQ-304/04). H1500 / 110 - 125W Guaranteed power > 80% 25 years Relative humidity up to 100% Dimensions 1530 x 690 x 34 + 1mm Weight kg 14,0 Power Tolerance: + 5% ELECTRICAL SPECIFICATIONS ( at 100mW/cm
2 , 25°C, AM 1,5 ) MODULE H1500 Maximum Power (Wp) Watts 110 Watts 125 Short circuit current (Isc) Amps 7,22Amps 8,20 Open circuit voltage (Voc) Volts 21,00 Volts 21,00 Voltage at maximum power (Vmp) Volts 17,00Volts 17,00 Current at maximum power (Imp) Amps 6,47 Amps 7,36 Typical Current at battery operating voltage (12,5V) Amps 6,90Amps 7,80 NOCT (Nominal operating cell temperature) °C 43±2 °C 43±2 Change of Voc with temperature (ß) mV/°C -90mV/°C -90 Wind loading or surface pressure N/m
2 2400 (200 km/h equiv.) N/m
2 2400 (200 km/h equiv.) Hailstone impact resistance 28 mm at 23 m/s 28 mm at 23 m/s Storage and operating temperature °C from -40 up to +95 °C from -40 up to +95 Maximum System Voltage Volts 750Volts 750
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