DSC Modules (F12/ F24/ F27)
F12
DSC-1 - 已編輯_edited.png

DSC low-light energy harvesting module adopts dye-sensitized photodynamic technology (DSC), which is different from general solar modules and is more suitable for use in relatively low-light and indoor environments.

F12
  1.  Main material: titanium alloy plate / ITO conductive plastic plate
  2.  Colour: Titanium/Purple Brown, can be customized if necessary
  3. Appearance size: customized size, with product design planning
  4.  Lighting area: design and plan according to the power demand of the product and the use environment
  5.  Output energy/voltage: It can output 18μW ± 5% per square centimetre of illumination area, and the voltage of a single module is about 0.45-0.55V. (Please refer to product specification)
  6.  Operating temperature: 0°C ~ +60°C
  7. Use environment: It is recommended to use the ambient light condition of 50-10000 Lux, more than 10000 Lux or outdoor environment, it is recommended to add anti-UV protective film to ensure the service life.
  8. Module life: about 5-8 years in an indoor environment, and the photoelectric conversion decay rate is about 5-20%.
  9.  Place of Origin: Taiwan
  10. Reference application example: In a general living environment, a DSC module with a power generation area of ​​12 square centimetres, with a tailored circuit, is enough for IoT components to detect and transmit data regularly.

    Special Note: To achieve the best photoelectric conversion and storage efficiency, it is recommended to use it with a micro power management system.
F24.png
F24

DSC low-light energy harvesting module adopts dye-sensitized photodynamic technology (DSC), which is different from general solar modules and is more suitable for use in relatively low-light and indoor environments.

F24
  1.  Main material: titanium alloy plate / ITO conductive plastic plate
  2. Colour: Titanium/Purple Brown, can be customized if necessary
  3.  Appearance size: customized size, with product design planning
  4.  Lighting area: design and plan according to the power demand of the product and the use environment
  5.  Output energy/voltage: It can output 18μW ± 5% per square centimetre of illumination area, and the voltage of a single module is about 0.9-1.1 V.
  6. Operating temperature: 0°C ~ +60°C
  7.  Use environment: It is recommended to use the ambient light condition of 50-10000 Lux, more than 10000 Lux or outdoor environment, it is recommended to add anti-UV protective film to ensure the service life.
  8. Module life: about 5-8 years in an indoor environment, and the photoelectric conversion decay rate is about 5-20%.
  9.  Place of Origin: Taiwan
  10. Reference application example: Under the average illumination of 500Lux, the DSC module with a power generation area of ​​24 square centimetres (about the size of a business card) can stably supply the Bluetooth module with a stable sensing signal every second.

    Special Note: To achieve the best photoelectric conversion and storage efficiency, it is recommended to use it with a micro power management system.

DSC low-light energy harvesting module adopts dye-sensitized photodynamic technology (DSC), which is different from general solar modules and is more suitable for use in relatively low-light and indoor environments.

F27
F27
F27_edited.jpg
F27-1 - 已編輯.png
  1. Main material: titanium alloy plate / ITO conductive plastic plate
  2. Colour: Titanium/Purple Brown, can be customized if necessary
  3. Appearance size: customized size, with product design planning
  4.  Lighting area: design and plan according to the power demand of the product and the use environment
  5.  Output energy/voltage: It can output 18μW ± 5% per square centimetre of illumination area, and the voltage of a single module is about 0.45-0.55V.
  6. Operating temperature: 0°C ~ +60°C
  7.  Use environment: It is recommended to use the ambient light condition of 50-10000 Lux, more than 10000 Lux or outdoor environment, it is recommended to add anti-UV protective film to ensure the service life.
  8.  Module life: about 5-8 years in an indoor environment, and the photoelectric conversion decay rate is about 5-20%.
  9. Place of Origin: Taiwan
  10.  Reference application example: Under the average illumination of 500Lux, the DSC module with a power generation area of ​​27 square centimetres (about the size of a business card) can stably supply the Bluetooth module with a stable sensing signal every second.

    Special Note: To achieve the best photoelectric conversion and storage efficiency, it is recommended to use it with a micro power management system.