Elonroad, NTU Singapore, ALBA W&H Smart City and Scania sign MOU to test automatic charging for electric heavy vehicles
By Eve
Elonroad, NTU Singapore's Energy Research Institute (ERI@N), ALBA W&H Smart City and Scania have signed a memorandum of understanding to evaluate automatic conductive stationary charging for electric heavy vehicles in Singapore. ERI@N will provide research and compatibility testing, ALBA W&H Smart City will supply the operational environment, and Scania will support installation on its vehicles. The news was reported on 30 October 2026 by Charles Morris, and the aim is to assess how Elonroad's technology can be integrated into logistics operations.
Why it matters
Automatic conductive charging could reduce manual handling and depot dwell friction for heavy fleets, so the trial is worth watching for future tender specifications. For CPOs and fleet buyers, results from a real logistics setting in Singapore may inform how such systems are validated and certified. No figures on scale, timeline or cost have been disclosed.
Source
- Original title
- “Elonroad tests hands-free charging for electric heavy vehicles in Singapore”
- Published
- 30 October 2026
- Updated
- 2 November 2026
In this story
- Topic
- EV Charging
- Place
- Singapore
- Tag
- Elonroad
Related news
UK home seller reports buyers worried about installing an EV charger on a driveway detached from the house
A UK home seller said on the r/HousingUK subreddit that estate agent feedback after viewings showed potential buyers were concerned they could not fit an EV charger because the driveway is not attached to the property. The Reddit thread, reported by The Cool Down, asked whether home charging could become a standard buying criterion alongside features such as driveways and en suite bathrooms. Several posters said the possibility of installing a charger mattered more than whether one was already in place.
Why it matters
Charger installability is starting to show up as a factor in buyer sentiment, which points to growing demand for solutions where off-plot or detached parking makes a standard home install hard. This is anecdotal evidence from a single forum discussion, but it hints at a gap that on-street, shared and neighbourhood charging providers could address.
Easelink and Luxshare partner to industrialise automated Matrix Charging in China
Austria-based Easelink is working with Luxshare, a precision manufacturing provider operating in 30 countries, to industrialise its Matrix Charging system for the Chinese market, according to a report posted on 2 November 2026 by Charles Morris. Matrix Charging uses a connector on the underside of the vehicle and a ground-mounted charging pad. Through a technology licence, Luxshare can add the system to its automotive portfolio and offer it to OEM customers, and the two firms are already working on OEM projects to integrate it into future vehicle platforms. Easelink plans to expand its local team in China to support the work.
Why it matters
A licensed manufacturing route into Chinese OEM platforms signals that conductive, hands-free charging is moving towards scaled production, which matters for anyone planning autonomous or fleet charging infrastructure. Procurement teams should watch whether vehicle-side connectors and ground pads become specified at platform level, as that would shape future site design and supplier choices.
Is a 22 kW AC option worth paying for on the Renault Mégane E Tech electric?
Renault's pricing release of 7 July 2026 distinguishes an 11 kW AC onboard charger from a 22 kW option on the Mégane E Tech electric range, but it describes an announced offer and does not confirm that equipped vehicles are available now. Citing Schneider Electric's French FAQ, published on 28 August 2026 and updated on 14 September, the article notes that the manufacturer figure is only a vehicle side ceiling: delivered power also depends on the charge point, the cable, vehicle settings and any load shedding. The FAQ equates 11 kW with three phase 16 A and 22 kW with three phase 32 A, and a three phase 32 A Type 2 cable allows 22 kW while a single phase 32 A cable caps at 7.4 kW. The piece relies on scenarios for a 45 minute public AC stop, not measurements.
Why it matters
For CPOs and buyers of public AC, the 22 kW vehicle option only pays off where the charge point, cabling and load management can actually deliver three phase 32 A, so specification and site power planning matter as much as the car. Dwell time assumptions should be tested against real delivered power rather than headline ratings.