The renewable energy firm sent Nikola-Iveco a Letter of Intent to acquire 100 'Tre' fuel-cell electric trucks in 2024 and 2025.

The companies agreed to test Nikola’s Class 8 battery-electric and hydrogen fuel cell trucks at Allison’s 60,000-square-foot vehicle electrification and environmental test centre in Indianapolis, USA.

The 700-bar hydrogen mobile fueller, which was developed in-house, will go out and serve multiple customers of Nikola's fuel-cell electric trucks back-to-back.

The new building covers a surface area of 10,000m2 in the immediate vicinity of the company’s main factory, providing greater storage space for the parts and components Solaris requires to assemble its buses and trolleybuses.

In 2025 HVS plans pilot production of purpose-built hydrogen fuel cell tractor unit for the UK and markets of Continental Europe.

The contract with Winnipeg Transit stipulates a firm order for 16 electric buses, comprising an equal proportion of battery- and fuel-cell-electric drivelines.

Hyliko claims that the Forsee Power's PULSE 2.5 modules have a better usage performance compared with rival battery systems.

The two companies have reached a definitive agreement to set up a joint venture to provide Class 8 fuel cell trucks along with services and green hydrogen infrastructure as part of a single package from 2027.

The Dutch automotive corporation has entered negotiations to acquire a substantial stake in the Michelin-Faurecia joint venture and expects to complete the transaction within the first six months of 2023.

The two American firms announced a strategic partnership which would see Plug Power supplying Nikola with fuel and processing equipment to support Nikola’s hydrogen strategy.

Hyundai, which has had a presence in China CV manufacturing sector through joint venture companies for many years, is to use its new MOU with CICC to expand its presence in the region in zero emissions HFC technology.

The plant will be used for the assembly of LCVs as well as for the production of 50MW of green hydrogen using advanced electrolysis technology.