A new programme of research into the standardisation and commercialisation of replaceable and rechargeable EV cartridge batteries has been announced by Commercial Japan Partnership Technologies Corporation (CJPT) and Yamamoto Transport.
One of the principal challenges presented by commercial battery electric vehicles (BEVs) is recharging that takes longer than the refuelling time for conventional petrol and diesel vehicles. This causes an increase in logistics downtime when vehicles and cargo are at a standstill. The introduction of commercial BEVs is also expected to create a potential increase in peak electricity demand at business sites when numerous vehicles are being recharged at the same time.
To solve these issues, CJPT and Yamamoto Transport will begin studying the practical application of detachable and portable cartridge batteries, based on a series of potential benefits. This includes finding ways to reduce the cost of introducing BEVs by limiting battery capacity to match actual driving range requirements; reducing the requirement for recharging infrastructure; reducing logistics downtime; and levelling off electricity demand by utilising replacement batteries that can be recharged while vehicles are in operation.
CJPT said that it intends to advance plans for commercial BEVs that can be powered by cartridge batteries. The company believes that the development of common-specification cartridge batteries and recharging systems for a range of commercial vehicles, from minivans to light-duty trucks, will
reduce their cost and encourage their widespread use. The company is also looking at ways of matching battery use to actual operational requirements to produce an efficient energy management solution.
Yamamoto Transport aims to build a green delivery ecosystem that includes its transport and delivery partners, working with communities to co-create an electricity utilisation scheme based on the use of cartridge batteries. In addition to promoting the use of green power by eliminating the gap between renewable energy generation peaks and the timing of commercial BEV recharging, the company also intends to study ways of increasing the resilience of electric energy supply communities. This could include, for example, the delivery of cartridge batteries to disaster zones where access to the power infrastructure is compromised.
The two companies are open to considering collaboration with new partners on the standardisation and commercialisation of cartridge batteries, helping popularise electrified vehicles and thus contributing towards the achievement of a carbon-neutral society.
