N 285
2Pages

Photovoltaic module HIT® VBHN285SJ46 Less distance needed More power on your roof thanks to best fit in portrait due to shorter module length and less space between module rows on flat roofs. 100% Panasonic, 100% HIT® Proudly featuring Panasonic‘s original invention, the heterojunction solar cell. With over 1 billion cells produced commercially over 18 years, 25 years after the breakthrough in the development and looking back to over 40 years of experience in solar, Panasonic really offers you a 25-year guarantee you can trust. Unique water drainage solar business since 1975 heterojunction technology since 1990 HIT® mass-production since 1997 1975 More energy, higher profit! Helping you reach a higher final profit with your PV system! approx. 8% more Better return 773.9 Standard kWh/kWp 839.2 HIT® Measured in Nagano (Japan) 2012 High Efficiency High Performance at High Temperatures High Power Generation QUALITY PROVEN 4 WAYS Guaranteed by Panasonic • IEC and over 20 Panasonic internal tests • Vertically integrated own manufacturing (wafer, cell and module) Record low claim rate Less than 0.005% failure rate after more than 10 years experience in Europe (as of September 2015) HIT® is a registered trademark of Panasonic Group. Less degradation on the field 11 years actual data prove a reliable and stable performance. Installation: March 2004 Location: Glocestershire, UK Model: HIP-180BE System size: 1.80 kWp Tilt: 40 deg. Direction: South-West 3rd Party verified • Lifecycle testing (Long-Term-Sequential-Test) by TÜV Rheinland (tested on VBHN240SE10) • PID-free (tested by Fraunhofer Institute)

Photovoltaic module HIT® N285 Dimensions and weight Short circuit current (Isc) [A] Power tolerance [%] Temp. coefficient of Pmax [%/°C] Temp. coefficient of lsc [mA/°C] front side Fixing span must be between 600-1100mm Temperature characteristics Note: Standard Test Conditions: Air mass 1.5; Irradiance = 1000W/m2; cell temp. 25°C * Maximum power at delivery. For guarantee conditions, please check our guarantee document Max. amount of module in series. back side Max. over current rating [A] Open circuit voltage (Voc) [V] Current at Max. Power (Imp)(A) Max. power (Pmax) [W] Voltage at Max....