Solar Cells

Solar Cells

Manufacturer
Series
Operating Temperature
Type
Size / Dimension
Package / Case
Voltage @ Pmpp
Voltage - Open Circuit
Power (Watts) - Max
Current @ Pmpp

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Image Part Number Manufacturer Description Series Operating Temperature Type Size / Dimension Package / Case Voltage @ Pmpp Voltage - Open Circuit Power (Watts) - Max Current @ Pmpp
5605942 Phoenix Contact SOLAR SYSTEM PANEL&CONTROL CABIN - - Photovoltaic - Module 16.8V - 30W 10mA
AM-8702CAR Panasonic SOLAR CELL AM 57.7MM X 41.3MM Amorton -10°C ~ 60°C Amorphous 2.272" L x 1.626" W x 0.043" H (57.70mm x 41.30mm x 1.10mm) Cells 3.9V 6V 134mW 34.4mA
AM-5907CAR Panasonic SOLAR CELL AM 75MM X 55MM Amorton -10°C ~ 60°C Amorphous 2.953" L x 2.165" W x 0.074" H (75.00mm x 55.00mm x 1.80mm) Cells 5V 7.7V 229mW 45.7mA
114990247 Seeed 2.5W CIGS SOLAR CLOTH - - Amorphous 8.070" L x 3.540" W x 0.039" H (205.00mm x 90.00mm x 1.00mm) Cells 1.3V 3.1V 2.5W 950mA
3604 Kitronik 3.0V 100MA POLYCRYSTALLINE SOLAR - - Photovoltaic 2.362" L x 1.890" W x 0.118" H (60.00mm x 48.00mm x 3.00mm) Cells 3V - - 100mA
PIS-0569 Pi Supply PIJUICE SOLAR PANEL - 6 WATT - - - 6.890" L x 6.890" W x 1.378" H (175.00mm x 175.00mm x 35.00mm) Cells 5.5V - 6W -
AM-1417CA Panasonic SOLAR CELL AM 35MM X 13.9MM Amorton -10°C ~ 60°C Amorphous 1.378" L x 0.547" W x 0.043" H (35.00mm x 13.90mm x 1.10mm) Cells 1.5V 2.4V 18.75µW 12.5µA
750-00042 Parallax, Inc. SOLAR CELL - - Monocrystalline 4.920" L x 4.920" W x 0.020" H (125.00mm x 125.00mm x 0.50mm) Cells 504mV 600mV 2.6W 5.16A
313070005 Seeed 1W SOLAR PANEL 80X100 - - Monocrystalline 3.940" L x 3.150" W (100.00mm x 80.00mm) Cells 5.5V 8.2V 1W 170mA
AM-5904CAR Panasonic SOLAR CELL AM 40.1MM X 33.1MM Amorton -10°C ~ 60°C Amorphous 1.579" L x 1.303" W x 0.074" H (40.10mm x 33.10mm x 1.80mm) Cells 5V 7.7V 49.5mW 9.9mA

About Solar Cells


Solar cells, also known as photovoltaic cells, are semiconductor devices that convert sunlight into electrical energy through the photovoltaic effect. They are the fundamental building blocks of solar panels and solar arrays used to generate electricity from sunlight. Solar cells typically consist of semiconductor materials such as silicon, which absorb photons from sunlight and generate electron-hole pairs, creating a flow of electric current. Solar cells come in various types, including monocrystalline, polycrystalline, and thin-film solar cells, each offering different efficiencies, costs, and applications. Solar cells find widespread use in residential, commercial, and industrial solar power systems, off-grid applications, portable electronics, and spacecraft, providing renewable and sustainable energy solutions.