Leydenjar’s Silicon Anode Tech from Leydeenjar can challenge China’s challenge

Start battery materials Ledgard A tour of 13 million euros ($ 15.2 million) closed to expand its silicon technology for its US -based “consumer electronics company”.

A start -up company in the Netherlands will use funding, along with a commitment of 10 million euros from the American agent, to build the first phase of its facility, Plantone, in Einhoven, the Netherlands, which will open in 2027.

Today, the majority of Lithium ion batteries are made in the world, and graphite bonds inside, in China.

Silicon Anodes can Raise that relationship While also improving the performance of lithium ion batteries. While slow and fixed developments have doubled the intensity of energy During the past decadeLeydeenjar says that pure silicone Anodes can give them a 50 % batch on traditional graphite tonns.

This batteries manufacturers have long been known, but the sensitive silicone nature prevented them from integrating large quantities. Silicon tends to swell when storing lithium ions, and without a structure to support them, it will quickly collapse with successive charging.

For compensation, startups, silicon anode, invented many scaffolding to prevent things from collapse. Leydenjar uses plasma vapor deposition to grow spongy silicone columns on a thin sheet of copper. These sponge columns can be swamped and shrinking, and the distance between them is filled when loaded with lithium.

The company says that silicone structures allow charging faster and less carbon. It can stand up to more than 450 shipping routes before losing more than 80 % of its capacity, which is the number that shows progress but is less than 1,000 car manufacturers’ companies usually called.

While EVS is located on the Leydenjar road map, the company begins with consumer electronics, which is a competitor path they It follows it to provide silicone anode.

To reach EVS, Leydenjar has a long way in front of it. Automobile companies usually require years of data before rehabilitating new batteries, and it may take to build large -scale factories to meet the demand for years for financing and perfection. However, nothing is settled in the battery industry, and if the company can prove that its materials can make a change in performance without sacrificing durability or manufacturing, you will find many enthusiastic buyers.