The U.S. Electric Start-up Company Slate simultaneously adjusted the battery programme when it published the entry price for the electric pickup card. The company cancelled the 240-mile optional battery pack and extended the standard version from 150 miles to 205 miles. Behind this change is a clear shift in the United States battery market in recent years.
Shift from NMC to LFP
Slate originally planned to use nickel-manganese cobalt batteries, i.e. NMC. The route is widely used in the automobile industry, with the advantage that it is more energy-intensive and usually leads to longer voyages. However, the cost of such batteries is high and is particularly affected by nickel and cobalt prices.
In contrast, lithium phosphate batteries, i.e. LFP, are less energy-intensive but less expensive. It was reported that the cost of LFP batteries was about 40 per cent lower than NMC. One of the reasons for this is that its main materials include iron, which replaces more expensive nickel and cobalt.
Deregulated tax concessions
In the past, U.S. car companies did not shift to LFP on a large scale, another important reason being the supply chain. LFP battery capacity is currently highly concentrated in China. Previously, under the United States Inflation Reduction Act, a $7,500 tax credit might not be available for the type of vehicle in question if the source of the battery material did not meet the requirements of the domestication or free trade agreement.
However, the importance of this restriction has decreased significantly following the removal of tax incentives. InsideEVs was quoted as saying that Slate was working with the co-location of Manchuria Koko to purchase the core and that the products would be produced at the Illinois plant.
Low-priced vehicles are more cost-sensitive
The United States market has a long-term preference for high-suspension electric vehicles, and single-charged vehicles over 300 miles are more likely to receive attention, but these products are usually more expensive. The Slate position is the opposite, with the aim of keeping the whole car as low as possible.
In this context, the LFP shortboard has become less prominent. Consumer anxiety about the continuation has been eased with the expansion of network coverage and the increase in the speed of charging. At the same time, the LFP technology itself is improving and the gap between NMCs is gradually narrowing. Ford, General, Rivian and Tesla have all introduced LFP batteries.
It's a new trend.
Slate uses more than just changes in cell chemistry. It is mentioned that the industry has also moved in recent years from traditional model grouping designs to cell-to-pack, i.e., the power core is directly packaged.
The traditional approach is to load the core into the module and then the module into the battery bag. The new programme reduces the middle and directly loads a square or cylinder core into a battery package. Such an approach would reduce manufacturing steps and increase volume utilization and would be more useful for smaller electric pickup cards.
In addition, LFP batteries are more suitable to charge 100 per cent of daily chargers, and the concern about decay is usually lower than NMC, which also means that users are more likely to release the whole load in their daily use.
Overall, the Slate adjustment is not just a single-product decision, but reflects that the U.S. is rebalancing costs, renewals and supply chain choices. LFP has become a more realistic option for an electric pickup truck that has been set below the threshold.