PHOTONICS TECHNOLOGIES IN THE RENEWABLE ENERGY - ENVIRONMENTAL & ECOLOGY INDUSTRY SECTOR

Looking for a light-based technology in the Renewable Energy - Environmental & Ecology industry? Choose PhotonTransfer as your comprehensive source for photonics technologies in the Renewable Energy - Environmental & Ecology worldwide market. Check out the latest opportunities and new technologies in the Renewable Energy - Environmental & Ecology industrial sector. If you're a user, source manufacturer or a system supplier there is something here for you.

Listings

33 listings found
Rejection of Ambient and Scattered Laser Light in Raman Spectrometry

REJECTION OF AMBIENT AND SCATTERED LASER LIGHT IN RAMAN SPECTROMETRY

Tech for Transfer

HiTech

18-05-2016

Clever technique to simultaneously reject ambient light and scattered laser light in Raman spectrometry that combines heterodyne detection with frequency modulation, avoiding the need for an expensive spectrometer.

Lasers   Quantum Optics   Spectroscopy
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Increasing the absorbance of light in the longer wavelength region

INCREASING THE ABSORBANCE OF LIGHT IN THE LONGER WAVELENGTH REGION

Tech for Transfer

OTC

19-07-2016

Increased optical absorption by dielectric-coated metal nanoparticles for the plasmonic enhancement of thin-film solar cells.

Optical Components & Devices   Thin-Film Materials
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Efficient upconversion of photons to improve efficiency of photovoltaic cells

EFFICIENT UPCONVERSION OF PHOTONS TO IMPROVE EFFICIENCY OF PHOTOVOLTAIC CELLS

Tech for Transfer

OTC

20-07-2016

The system uses different techniques to upconvert photons, like utilizing the discrete energy states of the semiconducting material in the system to inhibit photon relaxation.

Photovoltaics   Quantum Dots
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Improving the Optical Efficiency of Thin-Film Solar Cells

IMPROVING THE OPTICAL EFFICIENCY OF THIN-FILM SOLAR CELLS

Tech for Transfer

OTC

20-07-2016

High efficiency solar cell of a multi-layered structure for the conversion of light striking the surface of the solar cell to electrical energy.

Glass & other optical materials   Photovoltaics
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Hybrid dielectric-metallic back reflector for photovoltaic applications

HYBRID DIELECTRIC-METALLIC BACK REFLECTOR FOR PHOTOVOLTAIC APPLICATIONS

Tech for Transfer

OTC

20-07-2016

Photovoltaic device with a hybrid dielectric-metallic back surface reflector that improves the light trapping capacity.

Photovoltaics   Thin-Film Materials
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Optical sheets for improved collection of light

OPTICAL SHEETS FOR IMPROVED COLLECTION OF LIGHT

Tech for Transfer

OTC

20-07-2016

Light collection and conversion device with a light concentrator layer and a guide for concentrating incident light in photovoltaic devices.

Photovoltaics   Thin-Film Materials
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Novel way to increase the efficiency of an organic photovoltaic device

NOVEL WAY TO INCREASE THE EFFICIENCY OF AN ORGANIC PHOTOVOLTAIC DEVICE

Tech for Transfer

HiTech

01-08-2016

Organic photovoltaic (OPV) technology is an inexpensive, flexible and lightweight option for solar energy conversion.

Optical Engineering   Photovoltaics   Thin-Film Materials
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Solar Energy Collection Antennas for Higher output voltage

SOLAR ENERGY COLLECTION ANTENNAS FOR HIGHER OUTPUT VOLTAGE

Tech for Transfer

CURF_Techsell

02-08-2016

Innovative solar energy collection apparatus designed for mobile communication devices. It comprises a dual function antenna that simultaneously collects solar energy and facilitates wireless communication.

Optical Components & Devices   Optical Engineering   Photovoltaics   Photonic Crystals   Metamaterials
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Photovoltaic device for improved solar cells

PHOTOVOLTAIC DEVICE FOR IMPROVED SOLAR CELLS

Tech for Transfer

TTO

05-08-2016

New type of photovoltaic device that has separate components for light-harvesting, charge-separating and charge-transporting. It improves the energy conversion efficiency while maintaining good light absorption capabilities.

Optical Components & Devices   Optical Engineering   Photovoltaics   Optoelectronics
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Doubling the efficiency of Dye-Sensitized Solar Cells

DOUBLING THE EFFICIENCY OF DYE-SENSITIZED SOLAR CELLS

Tech for Transfer

TTO

05-08-2016

A manufacturing method that changes the nature of the electron transport from semiconducting to metallic conducting greatly boosts the electron-harvesting process and increases the efficiency of nanocrystalline Dye-Sensitized Solar Cells (DSSC).

Glass & other optical materials   Optical Components & Devices   Optical Engineering   Photovoltaics
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International Year of Light 2015