The spotlight has become increasingly a key role in battery technology as the world competes to find urgent and sustainable solutions to meet its energy needs.
From power vehicles and next-generation home appliances to enabling the potential for renewable energy storage, battery technology is at the heart of the latest technology and the transition to cleaner, energy-efficient future energy grids, and fossils Reduce fuel dependence and adoption of renewable energy sources.
The quest for smaller, lighter, safer batteries is driving constant innovation across the field. And the need for efficient, long-lasting, faster, reliable batteries for electric vehicles (EVs) has become even more important.
Promote important advances in battery technology with impulse
In response, Impulse, the University of Cambridge entrepreneurship program, is helping a number of pioneering battery innovators commercialize key advances in battery technology, and is now changing the world.
This summer, Taisan and Emma Antonio founder and CEO Sanzhar Taizhan, who are aiming to spin out of Imperial College London, push the boundaries of what a humble battery can do and bring chemistry to the latest impulse alumni. It’s just a small part. Next level.
Commercial growth in the battery industry
They have created the supercharged footprints of Jean De La Verpilliere, co-founder and CEO of Echion Technologies, and Jean De La Verpilliere, co-founder and CGO of About: Energy, co-founder and CGO Kieran O’Regan. I’ll follow it.
Last June, Echion, which enables innovative XNO® niobium-based anode materials to safely charge lithium-ion batteries within 10 minutes, raised £29 million in a Series B investment round, five months later Another £10 million landed. Promote commercial growth.
They recently opened a niobium-based anode production facility. It can produce 2000 T/year XNO®, which corresponds to 1 GWH of Lion cells.
About the Battery Technology Company: Energy raises more than £4 million to expand its hardware integrated software solutions, enabling sophisticated digital twins in the automotive and industrial sectors.
Graduate School Success Story
Sanzhar Taizhan was awarded an impulse fellowship sponsored by auto parts manufacturer Magna International, but has advanced as well as the semi-solid state sodium technology of battery-powered electric vehicles (BEVs). Taisan has developed new polymer electrolytes and anode materials that can increase the energy density of sodium while keeping costs down.
Sanzhar explained: “Sodium batteries are traditionally very heavy and large in size. We have developed brand new electrolyte materials and the most quasi-electrolytic sodium batteries. Safety benefits of the BEV industry.”
Last year, Taisan received the “Best Growth Potential” award from the Department of Transport (DFT) and received a £1.3 million seed funding (EIT Innoenergy, TSP Ventures, Heartfelt VC, Exergon).
With a memorandum currently in place and prototypes being tested this year, Taisan’s pioneering battery technology has been set up to be a game changer for both the automotive and micromobility industries, and among EV users, Provides reliable battery cells to deal with range anxiety and reduces charging. It reduces time and ultimately the overall cost.
Meanwhile, Emma Antonio, who graduated from last year’s impulse, focuses on using waste to create biomass-based “hard carbon” battery materials for sodium-ion batteries.
She said: Because it can be manufactured using existing features, it is gaining rapid traction, particularly in the fixed storage sector, to support wind and solar.
“In sodium ion batteries, critical mineral graphite can be replaced with hard carbon. This can be derived from a variety of sources, such as biomass and plastic waste. We store more fees and , promptly requesting and developing materials that last longer.
Apply to revolutionize battery technology now
The application is still open for Impulse 2025, and potential candidates can apply at https://www.maxwell.cam.ac.uk/apply-impulse.
The Action Learning Initiative, which will be held from April 29th to July 11th, 2025, is designed to accelerate high potential innovation into commercial proposals, led by top ti-ei-no-innovators and mentors at Cambridge Innovation Cluster. .
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