Thursday, 20/08/2026 | 22:49 GMT+7
IPT (Induction Power Transfer) is the name of the world’s first commercially-available wireless electric car charging system, just launched in London. The brainchild of UK start-up HaloIPT wishes to electrify the England’s M25 motorway by using magnetic induction, a principle discovered in the 1800s.
The company has designed the IPT to be functional on any weather conditions and even if the driver doesn’t align the car properly with the pads embedded in the asphalt. They also say it has a performance closely equal to that of a wired charger, though I doubt it can brag any efficiency higher than 80 percent at a few centimeters gap.

HaloIPT used a car named Evie, based on the Citroen C1 (ultra compact) to test the charging performance of the IPT. Fully charging from 20 percent took the Evie about six hours, and the energy came from a regular household socket. The company also says their system can charge even at distances of up to 40 centimeters.
“We’re using IPT to break down the barriers to mass-market adoption of electric cars,” says HaloIPT’s CEO, Anthony Thomson. “Keeping electric vehicle costs down is a key priority for us.” He also claims that a car using wireless charging is going to have a third of a today petrol car’s carbon emission by 2030, including the manufacturing and usage processes.
greenoptimistic.com
Vietnam Energy Efficiency Community: Develop a Sustainable Ecosystem for Energy Efficiency and Conservation
30/07/2026
Contract Award Notice - Support the development of energy management systems and capacity building (Package C2.2.11)
Contract Award Notice - Develop/Upgrade MRV Systems for Selected Industrial Sectors – Package C2.1.26
Hanoi – Thanh Hoa Beer Optimizes Energy Efficiency in Production
Bosch Vietnam Optimizes Energy to Advance Sustainable Manufacturing
Optimizing Energy Utilization in Every Production Stage
Contract Award Notice - Providing technical support, training, and communication on energy efficiency for industrial zones and clusters in Vietnam (Package C2.2.13)
Conference on Energy Efficiency and Conservation in 2026