Find innovative solutions for design engineering challenges in battery management systems. Discover the latest battery system applications in wearables, autonomous vehicles, and other electronic systems.
Breakthrough Model Offers Better Look Inside Rechargeable Batteries
Can We Trust A.I.? Modeling Tool Quantifies How Much a Machine Doesn't Know
Biomorphic Batteries Could Provide 72 Times More Energy for Robots
SQUID 2.0: Autonomously-Stabilizing, Ballistically Launched Drone
A Tech Briefs TV video highlighted a rechargeable zinc battery from the University of Michigan that integrates into the structure of a robot to provide much more energy. The “biomorphic” battery, according to researchers, could provide 72x more energy for robots.
In May of 2020, the “eCaravan” aircraft, powered by a 750-horsepower electric motor and more than 2000 pounds of lithium-ion batteries, flew to a height of over 2500 feet, at over 100 miles per hour. The all-electric airplane was built by magniX, Seattle-based electric propulsion...
Scientists have reinvented a 26,000-year-old manufacturing process into an innovative approach to fabricating ceramic materials widely used in batteries, electronics, and extreme environments....
Researchers from Rensselaer Polytechnic Institute have demonstrated how to overcome a persistent challenge to potassium metal batteries — dendrites. Their new battery...
Solid state batteries are of great interest to the electric vehicle industry. New technology developed by scientists at Chalmers University of Technology, Sweden and Xi'an...
Bio-interfacing and biodegradable flexible hybrid electronics (FHE) devices can help tackle some of the world’s great challenges including environmental degradation and food...
The mass production of battery-powered electric vehicles requires a high safety level during assembly, daily operation, and maintenance. This is particularly relevant to battery connectors, where touch safety is vital, in addition to electrical and mechanical performance over the...
Penn Engineering researchers have introduced a "metal-air scavenger" vehicle, which gets energy not from a battery, but from breaking chemical bonds in the aluminum surface it travels over. The technology, which works like both a battery and an energy harvester, has 13 times more energy...
High-Voltage Arteries: How Connectivity Gives Life to Electric Vehicles
The Power of the Hollow: Using Hollow Aluminum Extrusions to Meet...
Helping HEV/EV Batteries Go the Distance and Stay Cool Under...
Standardization for Automated-Vehicle Testing and Simulation
Using the IoT for Predictive Maintenance
Q&A: Charge Wirelessly as You Drive
Connecting the Digital Twin: From Idea Through Production, to Customers and Back
Electrically Conductive Anodized Aluminum Surfaces
Biomorphic Batteries Could Provide 72 Times More Energy for Robots
Scientists Boost Stability and Efficiency of Next-Gen Solar Tech
