How resistors ensure reliability in tidal projects like Mersey Tidal Power
Using a barrage-style turbine array to harness the immense power of the river Mersey's tides, the development could generate up to 1GW of clean energy. Despite its promise, the scale and ambition of the project raises several challenges that require careful consideration.
Rethinking Wind Power: "Tornado in a Tower"
By capturing both mechanical and DC electricity from a "tornado in a tower," vortex-based technologies could represent the next step in making renewable energy more reliable and more efficient.
Aquiline Drones - Pioneering Drone Technology for Energy and Utility
This groundbreaking technology is designed to revolutionize the inspection and maintenance of high- voltage power lines, by offering advanced, non-contact measurement solutions.
The Battle of Price and Progress: Making AI Affordable for the Smaller Businesses
Brain-inspired architectures are making AI models more efficient and less resource-intensive. This convergence of AI innovation and energy efficiency points to a future where AI isn't just the domain of large corporations but a tool accessible to all.
Can biomass help the UK achieve net zero? - How resistor technology supports renewable energy projects
Although biomass releases carbon dioxide (CO2) during the combustion process, the plants used as fuel capture almost as much CO2 through photosynthesis, meaning that it is widely considered to be carbon neutral.
Evaluating the Role of Sustainable Materials in Renewable Energy Infrastructure
Learn more about how sustainable materials are improving renewable energy infrastructure to understand the ways it can support the environment beyond creating carbon-neutral electricity.
AI to enable autonomous underwater robots to perform precision offshore wind farm repairs
The project's technological advancements could dramatically reduce the need for large maintenance vessels in offshore wind farm operations, supporting a shift towards fully remote operations.
Aeromine Named Startup of the Year by Texas Tech University
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Technological innovations such as AI, EVs, and charging infrastructure are driving global power demand from both the built environment and the grid. Innovation and investment in new generation solutions, such as Aeromine, are critical to supporting long-term power needs.
Setting Sail or Stalling? The Challenge of UK's Offshore Wind Ambitions
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Thanks to recent successes in the United Kingdom's offshore wind energy, the region is gaining momentum that could contribute to broader sustainability goals. However, the situation is less straightforward than it might seem.
Implementing AI for Energy Efficiency in Manufacturing
AI for energy efficiency gains requires dedication, but the effort yields an optimized, self-sufficient machine. Early AI adopters using it to progress corporate social responsibility and lower building emissions garner favor among client bases for their initiative.
A Close Analysis of Hydrogen Adoption and Innovation in 2024
Many consider hydrogen the next solar. Its adoption outlook is positive, but consumers need finer technological measures for optimization. Like solar, which has become common, hydrogen can become the top option for sustainable homes if it is further improved.
New Developments in Membrane Technology Transforming Carbon Capture
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The developments in membrane technology are revolutionizing carbon capture across the industrial and energy sectors. From the latest configurations to new membrane materials, its progress indicates a viable solution to mitigating greenhouse gas emissions.
Avangrid Receives Full Federal Approval for Construction of New England Wind Offshore Projects
The New England Wind 1 and New England Wind 2 projects have the potential to create thousands of jobs and provide enough clean, reliable energy to power nearly 1 million homes and businesses in the region.
NREL Biomass Technology a Cornerstone of SAFFiRE Renewables Biofuel Pilot Plant Going Up in Kansas
Working With Southwest Airlines, Conestoga Energy, and Others, SAFFiRE Renewables Plans To Use NREL Technology To Help Turn Corn Stover Into Sustainable Aviation Fuel
Geothermal model gives key insights into extracting renewable energy from superhot, super deep rock
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Geothermal energy from the superhot rock miles below our feet has the potential to become a major player in the energy transition, but first we need to develop ways to not only access those rocks, but also extract their heat.
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