As well as, E-magy is ready to obtain a €5.5M subsidy from the Dutch Nationwide Progress Fund programme NXTGEN HIGHTECH, which goals to contribute to structural and sustainable financial progress within the Netherlands.

E-Magy says it should use the funds to arrange for industrial-scale manufacturing and meet the rising demand from battery producers and automotive OEMs for high-energy batteries.

“These funds will assist us transition from our present pilot facility to a better capability, next-generation manufacturing line, making certain we now have the required capability to fulfill rising market demand for larger vitality density batteries,” says Casper Peeters, CEO of E-magy.

“We’ll additionally have the ability to develop our engineering workforce, bringing in additional battery scientists and utility engineers to help our clients in reaching the most effective outcomes with our superior supplies,” provides Peeters. 

What does E-magy remedy?

At the moment, probably the most generally used lithium-ion batteries in electrical autos (EVs) characteristic graphite because the lively anode materials. Nonetheless, graphite has bodily and chemical properties that restrict batteries’ storage capability. 

Silicon has been recognized as a promising different anode materials on account of its huge availability and elevated capability, which is ten occasions that of graphite. 

Nonetheless, batteries that use silicon-dominant anode supplies sometimes swell and break when charged and discharged, which is irritating for battery producers.

Addresses points with nanoscale porous construction 

Casper Peeters (CEO), Bert Kraaijveld (COO), and Axel Schönecker (CTO) are the folks behind E-magy. The Dutch firm has developed a brand new sort of silicon materials with a nanoscale porous construction that solves this drawback. 

This modern silicon-dominant anode materials prevents batteries from swelling and breaking by containing the swelling inside the nanopores. 

E-magy claims its answer affords a 40 per cent larger vitality density than present graphite options and permits quicker charging. 

Moreover, E-magy’s expertise is scalable, utilizing low-cost metallurgical-grade silicon that’s abundantly out there and environmentally benign.  

It’s produced in a state-of-the-art manufacturing facility close to Amsterdam, The Netherlands.

The Dutch firm’s silicon can also be appropriate with present lithium-ion battery manufacturing processes and put in manufacturing unit gear, making it a low-risk and easy-to-adopt answer.

The Investor

Hydro is an industrial firm that builds companies and partnerships for a extra sustainable future. 

Since 1905, Hydro has turned pure assets into precious merchandise for folks and companies, and employs  32,000 staff in additional than 140 places in 40 international locations. 

Hydro, by means of its companies, presents a broad vary of market segments for aluminium, vitality, metallic recycling, renewables, and batteries, providing a singular wealth of information and competence.

“Hydro goals to industrialise and scale sustainable battery supplies by working with companions and leveraging our capabilities,” says Morten Halleraker, Head of Batteries at Hydro. 

“E-magy is a expertise firm with a promising product trying to enhance battery efficiency considerably. Growing new battery applied sciences and supplies will enhance the inexperienced vitality transition, and we imagine silicon anodes will play an essential position on this improvement,” provides Halleraker.