Cold weather poses a challenge for EVs (though hardly a deal-breaker, as thousands of Norwegian drivers can attest). Not only does battery performance take a hit in low temperatures, but the resistance heating systems used in most EVs consume power, reducing range. Tesla has addressed that issue with the design of the Model Y, which… Read more »
Search Results Found For: "Performance Team "
Equipmake joins forces with HiETA to create power-dense electric motor
Electric powertrain manufacturer Equipmake has teamed up with additive manufacturing company HiETA Technologies to develop a next-generation motor, codenamed AMPERE. The project is the group’s attempt to produce a lightweight, efficient, low-cost electric motor with peak power density of more than 20 kW per kg. AMPERE is made using additive manufacturing, which allows its metal… Read more »
New potassium metal battery design could solve dendrite problem
In a paper published in Proceedings of the National Academy of Sciences, researchers from Rensselaer Polytechnic Institute demonstrated how they can overcome the dendrite problem to create a metal battery that performs nearly as well as a lithium-ion battery but relies on potassium, which the researchers say is a more abundant and less expensive element…. Read more »
New machine-learning method could supercharge EV battery development
Battery performance can make or break the EV experience, from driving range to charging time to the lifetime of the car. A team led by Stanford Professors Stefano Ermon and William Chueh has developed a machine-learning algorithm that could lead to longer-lasting, faster-charging batteries. For decades, advances in EV batteries have been limited by evaluation… Read more »
New research suggests fluorine-based electrolyte enhances lithium metal battery stability
Scientists at the Ulsan National Institute for Science and Technology (UNIST), led by Professors Nam-Soon Choi and Sang Kyu Kwak, have developed a fluorine-based electrolyte for lithium metal batteries with Ni-rich NCM cathodes. According to their paper, published in Nano Energy, the electrolyte evenly formed a protective film on the negative and positive electrodes, increasing… Read more »
2021 Ford Mustang Mach-E: An electric crossover with “the soul of a Mustang”
It’s almost enough to make you think Ford plans to offer electric cars shoppers may actually want to buy. The extended debut of the 2021 Ford Mustang Mach-E electric SUV culminated in its formal unveiling in an aircraft hangar last November, just before the start of media days at the Los Angeles Auto Show. The… Read more »
Whitepaper: Demagnetization in the simulations of electric motors
Sponsored by Mentor, a Siemens BusinessDownload the free whitepaper below How Electromagnetics Engineering Surrounds Us By Prof David Lowther, McGill University, Canada; and Mentor, a Siemens Business Have you ever asked yourself what happens to the sensors on your car when it rains? Probably not often, if ever. Yet this is just one of the… Read more »
Thermal conductive materials in electrical insulation
Sponsored by ELANTAS PDG, Inc. Thermal conductive materials are increasingly important in electrical and electronic applications as heat management is critical to improving performance and efficiency of today’s modern equipment. ELANTAS provides an industry-leading, global portfolio of products to manage thermal dissipation in applications as diverse as motor impregnation, component encapsulation, gap fillers and thermal interface… Read more »
Three Super Bowl EV ads: LeBron likes GM’s electric Hummer, Arya adores Audi, Porsche Taycan takes off
EV ads are becoming a part of the Super Bowl tradition, and this year set a new record, as no less than three EV ads appeared. For those who follow the art form of TV commercials, the Super Bowl is the equivalent of Cannes or Sundance. Ad industry journals, car mags and the EV press… Read more »
Rice researchers find inserting detours within a battery cathode improves charge/discharge rate
We have all heard the comforting bromide about our imperfections being our greatest strengths. Rice University researchers have recently proven this platitude in the context of battery charging cycles with the discovery that defects purposely inserted into the crystalline lattice of a lithium iron phosphate cathode actually cause the battery to work more, not less,… Read more »