News
Mercedes’ Electric Cars Should Soon have An 80 Percent Longer Range
Developed in partnership with Mercedes-Benz, Factorial’s new solid electrolyte battery, called Solstice, achieves a high energy density that can increase range by up to 80 percent while enabling a more sustainable, energy-efficient and cost-effective battery manufacturing process.
Solstice batteries are expected to be available to customers by the end of the decade. The Solstice should achieve an exceptional energy density of up to 450 Wh/kg, which is almost double that of Tesla’s nickel-cobalt-manganese cells installed on the Model Y, which have an estimated energy density of around 272-296 Wh/kg.
As reported, the battery includes a new dry cathode design for more efficient and sustainable production. The battery was developed in cooperation with Mercedes-Benz as part of a permanent partnership. Solstice’s high energy density can extend range while significantly reducing vehicle weight and increasing vehicle efficiency.
The sulfide-based solid electrolyte system also solves safety problems, i.e. minimizes the risk of fire. A reduced need for cooling systems in the battery is also expected, which will reduce costs. By the way, Factorial is a company from the USA.




-
Celebrities Auto1 week agoDavido Orders $15 Million One-of-One Custom Mansory Hypercar, Rumored To Be Based On A Bugatti Centodieci
-
Celebrities Auto1 week agoA Closer Look At Cristiano Ronaldo’s 9 Rare Hypercars : Chiron, Centodieci, AMG One & Monza SP1
-
News1 week agoLamborghini Revuelto SV Sets Production-Car Lap Record Ahead Of August 14 World Premiere
-
News1 week agoToyota Recall Over Half A Million Camry Sedans
-
Business3 days agoDangote Cement Rewards Top Distributor With New 2026 Lexus LX700h Worth Over ₦400 Million
-
News1 week agoTo Survive, Aston Martin Had To Sell The Majority Of Its brand.
-
Latest Cars1 week agoMeet the Bugatti Destrier: A Road-Going Art Based On Track-Only Bolide
-
News1 week agoPeugeot Confirms 7 New Models And Breaks Its Promise To Reduce Petrol By 2030
