Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module (Discontinued)

Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module – this is an independent review for Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module we have compiled for your reference. Feel free to add your comments or experiences at the bottom of the page. Key Features:  Mono thin crystalline silicon wafer surrounded by ultra-thin amorphous silicon layers High efficiency module of 19% 240Wp module Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module power output and efficiency The graph below shows the typical power produced (in Watts) for the Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module at maximum available sunlight (irradiance). The Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module has a maximum output of 240 watts. The graph below also shows the efficiency of Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module. Efficiency is an important thing to look at when comparing solar panels, since it affects how much power can be captured from the sun. The Panasonic HIT MC4T-VBHN240SE10 240 Watt Solar Panel Module has a module efficiency of 19%. Compare power curve with other solar panels TECHNICAL SPECIFICATIONS           GENERAL     Manufacturer Panasonic   Model HIT MC4T-VBHN240SE10   Material  Monocrystalline silicon   Rated Power/Nominal Output  240 Wp Module Efficiency 19 %       MECHANICAL DATA     Cell size 156 mm2 Number of cells and connections 60 in series   Length: 1580 mm Width: 798 mm Depth: 35 mm Weight: 19 kg Maximum mechanical load 2400 N/m2 Front glass AR coated tempered glass   Frame Black anodized aluminium   Connection box PPE/PPO resin, IP65 rating, 32 x 155 x 128 mm, 3 bypass diodes   Cable N/A   Connector Type: MC3 or SMK   Clips: Type 61   Pallet Size: Oversized         ELECTRICAL DATA (AT STC)     Maximum power Pmax 240 Wp Open circuit voltage Voc: 52.4 V Short circuit current Isc 5.85 A Maximum power point voltage Vmpp: 43.7 V Maximum power point current Impp: 5.51 A Module Efficiency 19 % Note: Standard Test Conditions: Air mass 1.5