Mitsubishi Power Marks Successful Validation, Installation and Operation of Large-Scale Electrolyzers
The First commercial operation of the 5.5 MW electrolyzer slated for the Advanced Clean Energy Storage Project in Utah demonstrates Mitsubishi Power's unique approach to ensuring its technology is fully tested in real-world conditions before entering commercial operation
Will Redox Flow Batteries be a Widely Deployed Energy Storage Technology
As the penetration of variable renewable energy (VRE) sources into electricity grids increases globally, so will the need to manage more uncertain and variable electricity supply.
Electronic Recycling on a Global Scale: Collaborative Efforts and Success Stories
Global e-waste is currently around 53.6 metric tons in 2020. In another seven years, estimates are that we'll reach 75 million metric tons. In the 2010s, the generation of e-waste increased by 60%.
RE+ 2023: The Largest Clean Energy Event in North America attracts 40K attendees
With an outstanding lineup of speakers, innovative products and services, and immersive experiences, RE+ 2023 showcased its position as the pinnacle event of the industry.
Why Are Wind Turbines Being Switched Off? - Power Transmission is Just as Important as Generation
Despite reaching impressive milestones in recent years, there's a massive problem with the wind sector - power wastage. In 2022, it was reported that Brits paid millions to switch off wind turbines as networks were unable to deal with the levels of power generated.
U.S. grid-scale energy storage installations set new record in Q2 2023
The grid-scale segment drove the market and achieved 172% growth quarter-over-quarter. California dominated activity, with 738 megawatts (MW) and a 49% share of installed capacity.
Offshore Wind Industry Poised for Growth, but Economic Pressures and Tech Innovation Need to Be Managed
Speed of build-out is creating pressure on materials and supply chains, port infrastructure, and available construction and maintenance vessels. Bigger turbines and new technology drive bigger exposures for insurers which need to be understood in partnership with developers.
Reduce, Reuse, Recycle: Understanding the Zero-emissions Automobile Industry
To support both the requirements for a scalable EU battery supply chain, and a reduction in whole lifecycle carbon emissions, greater knowledge of the possibilities and realities of battery recycling is critical.
Harnessing the Flow of Battery Energy Storage Systems
The volatility of renewable prices and sourcing requires reliable storage solutions. One proven method is megawatt-level BESS and demand, stabilizing grids, preventing renewable energy waste, and encouraging innovation.
Addressing Fire Suppression Needs for Electric Vehicle Charging Stations
The threat from ICE vehicle fires and filling stations is well known and documented. But what we do not know yet is the level of hazard that will accompany so many vehicles being charged all over the world.
Predictive Model Could Improve Hydrogen Station Availability
With relatively few choices, motorists who rely on hydrogen must be confident their needed fuel is available. Station operators must make any necessary repairs to meet the demands of consumers, but they also must investigate the causes of any failures to avoid future problems.
TRANSFORMING PARKING LOTS INTO SOLAR POWER PLANTS - THE HUGE POTENTIAL OF PARKING LOT PV
The growing demand for renewable energies and efficient, sustainable solutions has already sparked innovative ideas aplenty. Parking lot PV is one example that combines functionality with the power of solar energy.
Recent Advancements in Solar Car Technology
The automobile industry is currently undergoing a revolution, moving to electrification; part of this shift is including a focus on renewable power sources3. Notably, solar-powered cars, then, became an avenue worth pursuing.
Combination of Stressors Key to Testing Perovskite Solar Cells
Solar cells must endure a set of harsh conditions-often with variable combinations of changing stress factors-to judge their stability, but most researchers conduct these tests indoors with a few fixed stressing conditions.
Electrochemical Processes for Advancing Carbon Capture Efficiency
The typical carbon capture approach happens in two steps. The first involves using high-pH liquids to separate the carbon dioxide from mixed-gas streams.
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