Indoor OPV IoT internet of thing ambient light, OPD, donor and acceptor

Highly tunable optical absorption, large absorption coefficients, and small leakage currents under dim lighting conditions make OPVs promising candidates for operating various small scale and low-power consumption indoor electronic devices. Theoretically, the maximum efficiency at Eg = 1.90–2.20 eV was calculated to be 50% under FL lamps and LEDs,  practically over 30% of efficiency has been achieved in the many labs.

Here listed below are examples of our indoor OPV materials selected for further validation and optimization, we are very much looking forward to your suggestions.

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P(gNDI-gT2), OS0400-g, OS0400-GG, ion-electron bioEL, 2186673-54-9

1M Material:                           P(gNDI-gT2)

1M Codes:                            OS0400-g, OS0400-GG

Feature:                                Ion-electron conducting N-type polymer

Application:                           Laboratory research use ONLY

CAS No:                              2186673-54-9

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Classic Pi-Materials MEH-PPV MDMO-PPV PFO PFB F8BT KP115 donor OPV, OLED OPD intermediates

From light emitters, transistors and solar cells to printed electronics in general, classic Pi-materials are still the basics for better understanding of relationship between structures and properties; 1-Material is the reliable source for classic Pi-materials. Some examples are listed in the attached, please contact us if you can find what you need.

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