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Catalyst Slashes Iridium Use by 95% In Hydrogen Production
Discover how this method could transform energy production globally and make green hydrogen a feasible alternative to fossil fuels. As the world shifts from fossil fuels, hydrogen emerges as a...
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Turning Waste Into Power To Fuel Lithium Demand
This comes from Marcellus shale’s untapped resource, potentially transforming the global battery supply chain and advancing America’s energy independence by 2030. Most batteries found in devices such...
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Improving Air Quality Through Chimney Particle Measurement
This enables precise, real-time measurement of particle emissions from chimneys, advancing pollution control and enhancing public health protection. The Korea Institute of Machinery and Materials...
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Doping Method Enhance Organic Semiconductor Conductivity Using Air
Inspired by photosynthesis and using a photocatalyst, this method is more affordable and sustainable electronic components for various applications, including digital displays, solar cells, LEDs,...
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Power Supplies For Industrial Use
The DIN rail power supplies offer versatility and robustness for industrial needs with enhanced safety features and adjustable settings. RECOM has introduced the REDIIN series of DIN rail AC/DC power...
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High Voltage MOSFETs Improve Power Solutions
The high-voltage MOSFETs, which use advanced technology, enhance power efficiency and reliability for industrial, automotive, and renewable energy applications. Infineon Technologies AG has launched...
View ArticleLiquid Organic Hydrogen Carriers For Energy Storage
A Stanford team is advancing renewable energy storage with cutting-edge research on liquid hydrogen storage technologies. As California rapidly transitions to renewable energy sources, the need for...
View ArticleDIY Machine Converts Waste Into Dissolvable Textiles
Researchers at the University of Colorado Boulder have developed a DIY machine that spins textile fibers from sustainably sourced gelatin. Imagine a T-shirt that can be worn multiple times, then...
View ArticleWhat To Look For In Energy Storage Systems
When selecting a technology for an energy storage project, it’s essential to consider several key factors. The integration of renewable energy sources like wind and solar power into the power grid...
View ArticleDiscontinuous Mode SEPIC Reference Design
The reference design for automotive SEPIC converters enhances modulation with a sinusoidal output of up to 120 Hz, simplifying complex design processes. Discontinuous Mode (DCM) in a Single-Ended...
View ArticleAutomotive SEPIC Reference Design
The SEPIC reference solution streamlines automotive rear lighting design, ensuring stable voltage regulation and robust performance across input voltages. The Single-Ended Primary Inductor Converter...
View ArticleEnergy Storage Solution Enters Iron Age (Part 1)
In this series we shall be just scratching the surface of the iron-air battery saga. Their promise sparks a crucial question: Can this unassuming metal redefine our energy landscape? Lithium-ion...
View ArticleDesigning Safer And Better Electric Car Batteries
As technology advances, batteries evolve. From aerogels to CTP designs, what are the latest breakthroughs in battery safety and performance? Thermal runaway in electric vehicle (EV) batteries is a...
View ArticleEnergy Storage Solution Enters Iron Age (Part 2)
Read Part 1 After exploring the working principles and general design features of iron-air batteries in Part 1, in this ongoing series we delve into the unique advantages and innovations that make...
View ArticleWhy Industries Are Shifting From Silicon To Silicon Carbide For Power...
Silicon carbide (SiC) revolutionises power semiconductors, cutting switching losses byup to 90% and enhancing efficiency and compactness. As demand for electric mobilityand sustainable energy grows,...
View Article3D-Printed Structural Lithium-Ion Batteries
This advancement not only promises higher energy density and efficiency for EVs but also paves the way for its application in robotics and logistics, marking a significant leap in sustainable energy...
View ArticleWhat Is Next For Battery Technology?
As battery costs decline, electric vehicles (EVs) are gaining traction, bolstered by government support. However, India’s EV ecosystem requires tailored battery solutions for its two- and...
View ArticleTeSeO Materials Boost Semiconductor Functionality
This innovation overcomes key challenges in traditional p-type semiconductors, paving the way for high-performance, cost-effective devices like thin-film transistors and flexible photodetectors, while...
View ArticleRedefining Reliability In Battery-Powered Devices
Infineon Technologies has introduced the EiceDRIVER 1EDL8011 high-side gate driver, designed to protect battery-driven applications during fault conditions. In battery-powered devices developed by...
View ArticleWorld’s First Off-The-Shelf Power Supply
The power supply series meets stringent cardiac floating requirements, streamlining medical device development with standard, efficient solutions for safe operation. Advanced Energy has introduced the...
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