Cement and carbon black: MIT's recipe for turning buildings into batteries
MIT develops supercapacitor concrete that could turn our homes and streets into giant electric batteries, revolutionizing the way we store green energy.
MIT develops supercapacitor concrete that could turn our homes and streets into giant electric batteries, revolutionizing the way we store green energy.
The Spanish startup presents a compact and lightweight engine that can run on either hydrogen or petrol: ideal against the lack of infrastructure for alternative fuels.
PNNL researchers find that adding sugar to electrolytes increases the energy of flow batteries by 60% and extends their life.
With the right combination of weight, speed and size, this microcar becomes a solar car that does its duty and does not pollute.
The incredible parable of carbon-oxygen batteries: created to explore other planets, from 2025 they could transform ours.
The problem is not the availability of raw materials: to feed the world with renewables we must extract more, but also better.
Forget the long waits for electric recharging: NIO promises to recharge your battery in just 2 minutes and 30 seconds.
BMW gives tastes of the future Neue Klasse by going further with the Vision Dee: the car becomes an assistant, embraces mixed reality and changes color.
Research published in Nature presents a positive electrode that does not produce lithium deposits, and the birth of an "eternal battery".
Echo is an autonomous tricycle that seems to have come out of a dystopian future. Yet it may not be far-fetched in cities of the coming 30s.
The annual recharges of Lightyear 0 can be counted on the fingers of two hands (and not even all of them): the official start of production is fantastic news for solar electric mobility.
Quantum technology is no pipe dream: and coupled with our vehicles it will transform the way we travel.
Lignin as an alternative to graphite can represent an improvement for both the environment and performance for batteries.
Yes, Tesla, Ford, Volkswagen and others are populating the planet with electric cars. No, they do not intend to overwhelm the electricity grid.
Fishing nets are a big problem for marine life: BMW will recycle them to make parts for its cars.
An amazing zinc battery uses a crab shell protein for excellent performance and more respect for the environment.
A new laser transmission system allows wireless energy to reach up to 30 meters away in a more stable and safe way
Charging stations are the cornerstone of the transition to electric vehicles – here's how they determine the pros, cons and more.
A clean world that abandons the fossil? It is absolutely worth it. A Stanford study confirms: renewables alone would pay for themselves in just 6 years. What are we waiting for?
A Swedish-Finnish business partnership could be the first step towards commercially viable wood-derived batteries for electric vehicles.
The University of California develops high-density batteries that withstand very hot and very cold temperatures without batting an eye.