Post by account_disabled on Feb 27, 2024 1:37:16 GMT -5
Clean electricity from ocean waves, clothes and cars.
Researchers at the National Renewable Energy Laboratory (NREL) have revealed a new wave energy technology that could generate clean electricity from ocean waves or even clothing, cars and buildings.
NREL has already received a patent for a nascent technology domain, Distributed Integrated Energy Conversion Technologies (DEEC-Tec), which will be applied to marine energy converters. The first patent for the invention is specifically for applications in marine renewable energy from the waves, currents and tides of oceans and rivers. But DEEC-Tec could eventually transform everyday energy sources, including almost all physical movements or dynamic shape changes, into electricity or other forms of usable energy.
How does this promising DEEC-Tec domain really work?
In the DEEC-Tec domain, individual energy converters work together, like muscle cells, to create a larger structure. Most devices use a generator to convert ocean energy into usable, clean, renewable energy sources, including electricity. DEEC-Tec, on the other hand, combines its many small converters to form a larger, often flexible power converter.
Flexible wave energy converters, also known as flexWEC, are one of the notable features of DEEC-Tec. FlexWECs can harness and convert waves into usable energy throughout their structure. Therefore, pow Brazil Mobile Number List er converters will be there to convert wave energy into clean electricity, regardless of where or how it interacts with the structure of a device.
flexWECs prevent the buildup of ocean wave forces that could shut down or damage the machine because they do not concentrate ocean wave energy into a single power converter or power transmission system.
FlexWEC frameworks could also allow them to harness energy from a much wider range of ocean locations and wave energy frequencies . “Someday, there could be DEEC-Tec-based marine renewable energy farms off the coast of California, Oregon or Washington, with these types of wave energy converters that could power coastal communities or the utility grid.” in general,” said Blake Boren, a senior engineer at NREL and lead inventor on the patent.
Furthermore, DEEC-Tec's flexible archetypes could offer a particularly cost-effective way to harness wave energy. FlexWECs can also be built with more sustainable and cost-effective materials, making them easier to install and control in the ocean. Greater control could mean greater energy production, allowing operators to adapt to changing ocean conditions to harness the greatest amount of potential energy.
The NREL team is hard at work exploring exactly how these technologies could create a new generation of marine energy devices or other energy-generating materials. “The patent gives greater credibility to what DEEC-Tec could become,” Boren said. “Now, we have a proprietary foundation to further develop and promote DEEC-Tec both within NREL and with our external collaborators and the industry.”
Researchers at the National Renewable Energy Laboratory (NREL) have revealed a new wave energy technology that could generate clean electricity from ocean waves or even clothing, cars and buildings.
NREL has already received a patent for a nascent technology domain, Distributed Integrated Energy Conversion Technologies (DEEC-Tec), which will be applied to marine energy converters. The first patent for the invention is specifically for applications in marine renewable energy from the waves, currents and tides of oceans and rivers. But DEEC-Tec could eventually transform everyday energy sources, including almost all physical movements or dynamic shape changes, into electricity or other forms of usable energy.
How does this promising DEEC-Tec domain really work?
In the DEEC-Tec domain, individual energy converters work together, like muscle cells, to create a larger structure. Most devices use a generator to convert ocean energy into usable, clean, renewable energy sources, including electricity. DEEC-Tec, on the other hand, combines its many small converters to form a larger, often flexible power converter.
Flexible wave energy converters, also known as flexWEC, are one of the notable features of DEEC-Tec. FlexWECs can harness and convert waves into usable energy throughout their structure. Therefore, pow Brazil Mobile Number List er converters will be there to convert wave energy into clean electricity, regardless of where or how it interacts with the structure of a device.
flexWECs prevent the buildup of ocean wave forces that could shut down or damage the machine because they do not concentrate ocean wave energy into a single power converter or power transmission system.
FlexWEC frameworks could also allow them to harness energy from a much wider range of ocean locations and wave energy frequencies . “Someday, there could be DEEC-Tec-based marine renewable energy farms off the coast of California, Oregon or Washington, with these types of wave energy converters that could power coastal communities or the utility grid.” in general,” said Blake Boren, a senior engineer at NREL and lead inventor on the patent.
Furthermore, DEEC-Tec's flexible archetypes could offer a particularly cost-effective way to harness wave energy. FlexWECs can also be built with more sustainable and cost-effective materials, making them easier to install and control in the ocean. Greater control could mean greater energy production, allowing operators to adapt to changing ocean conditions to harness the greatest amount of potential energy.
The NREL team is hard at work exploring exactly how these technologies could create a new generation of marine energy devices or other energy-generating materials. “The patent gives greater credibility to what DEEC-Tec could become,” Boren said. “Now, we have a proprietary foundation to further develop and promote DEEC-Tec both within NREL and with our external collaborators and the industry.”