Stanford's Department of Materials Science and Engineering published a paper in the journal Nature Materials yesterday that claimed researchers there have managed to prove in laboratory tests that heat usually lost in
the solar generation process can be saved by improving semiconductors.
Not exact matches
This is the necessary time, for the quantum chamber absorbs
solar energy and start a quantum
generation process, which is simply converted to electrical energy on demand.
The
process, called «
solar steam
generation,» involves running water through a material or device that is heated by sunlight.
But by building on the basic step of achieving such high quantum efficiency for
solar hydrogen
generation, we could make the
process of producing a «green» fuel much greener as well.»
Dr Bell and Dr Ramachers re-investigated ideas about the photoelectric effect dating back to Nikola Tesla and Albert Einstein when they considered whether these ideas could be used for modern
solar power
generation — leading to the development of this new
process.
«To augment the best silicon
solar cells, next -
generation thin - film technologies need to be
process - compatible with a finished cell.
The next -
generation solar cells are advantageous in that they have a simple manufacturing
process and a low manufacturing cost, compared the existing silicon - based inorganic electronic devices.
«The
process is so efficient that 20 to 30
generations of moons could have formed» since the
solar system's birth, says Charnoz.
Attosecond spectroscopy could contribute to the development of more efficient
solar cells since it is now for the first time possible to follow the
process of excitation through sunlight up to the
generation of electricity step by step.
I would however suggest that there is a need for a model for people to live within a close social structure without becoming detached from nature in which the land on which we live is involved with supporting us through what might be called urban agriculture, vertical farming and the affiliated
processing of clean water, natural dynamic energy
generation like wind,
solar and water, and cheap / easy / affordable transit all tied - up with great education and health care.
JCM projects use Japanese technological expertise to deploy various approaches to reducing greenhouse gas emissions, such as the installation of energy - efficient transmission lines in Mongolia; the installation of energy - efficient systems in the national hospitals of Vietnam; the installation of energy - efficient refrigeration at commercial food
processing centers in Indonesia; the installation of
solar photovoltaic systems in the Maldives and Palau; and power
generation by waste heat recovery in the cement industry in Indonesia.
The new technology was designed for two applications,
solar thermal power
generation and the use of
solar high - temperature
process heat.
For
solar thermal power
generation, the technology can provide steam temperatures of up to 620 degrees Celsius for highly efficient power plant
processes.
«The new
process reflects the commitment of both the development community and the utilities to ensure that project applications move forward fairly and efficiently, resulting in more clean
solar energy
generation in the ground.
The legislation released today would stabilize the
solar market through 2021 by increasing the Renewable Portfolio Standard (RPS) target for solar, closing the current solar renewable energy credit trading program in an orderly way, reducing the overall cost of the current solar RPS by lowering the Solar Alternative Compliance Payment, and setting in motion a process for considering the next generation of solar incentives in the Garden S
solar market through 2021 by increasing the Renewable Portfolio Standard (RPS) target for
solar, closing the current solar renewable energy credit trading program in an orderly way, reducing the overall cost of the current solar RPS by lowering the Solar Alternative Compliance Payment, and setting in motion a process for considering the next generation of solar incentives in the Garden S
solar, closing the current
solar renewable energy credit trading program in an orderly way, reducing the overall cost of the current solar RPS by lowering the Solar Alternative Compliance Payment, and setting in motion a process for considering the next generation of solar incentives in the Garden S
solar renewable energy credit trading program in an orderly way, reducing the overall cost of the current
solar RPS by lowering the Solar Alternative Compliance Payment, and setting in motion a process for considering the next generation of solar incentives in the Garden S
solar RPS by lowering the
Solar Alternative Compliance Payment, and setting in motion a process for considering the next generation of solar incentives in the Garden S
Solar Alternative Compliance Payment, and setting in motion a
process for considering the next
generation of
solar incentives in the Garden S
solar incentives in the Garden State.
Tags for this Online Resume: biodiesel, biomass, biofuel, «
process engineer», «renewable energy», «alternative energy», «methyl esters»,
solar, photovoltaics, pvd, sputter, petroleum, «power
generation», «renewable fuel», «alternative fuel», «metal deposition», wind, semiconductor, gasification, «gas to liquid», coal, waste to energy, «concentrated
solar», PV, «solid state illumination», LED, «thin film», «optical film», «manufacturing engineer», «production engineer»
PROFESSIONAL EXPERIENCE
Process / Equipment Engineer — OmniPV, Inc., Menlo Park, CA 2008 — 2011 Collaborated on development of photoluminescent semiconductor material used for third
generation solar module, with capability to reduce cost of
solar energy to under $ 0.25 / W. Designed and built laboratory for thin film deposition and characterization, purchased equipment worth more than $ 250K from various vendors, successfully negotiated contracts with various vendors and service providers to have laboratory and
processes running uninhibited.
The
process typically involves resealing the building envelope, super-insulating, upgrading systems including HVAC, and installing energy
generation capacity like
solar photovoltaic (PV) panels.