- Integrals Power’s advanced LFP and LFMP cathode materials offer 30% more energy storage and faster discharge rates.
- Sourcing raw materials from Europe and the US enhances supply chain security and reduces CO2 emissions by 20%.
- Supported by UK funding and academic collaborations, Integrals Power is building a pilot plant to scale production.
Longer-range, faster-charging batteries are around the corner thanks to Integrals Power’s groundbreaking cathode materials
Integrals Power, a pioneering UK-based battery technology firm, is set to transform electric vehicles (EVs) with its groundbreaking cathode materials. These advancements promise longer range, faster charging times, and enhanced durability for EV batteries.
The company’s innovative Lithium Iron Phosphate (LFP) and Lithium Iron Manganese Phosphate (LFMP) chemistries offer substantial benefits. They provide up to 30% more energy storage capacity, faster discharge rates, lower internal resistance, and improved capacity retention over time. This means EV batteries can be smaller, lighter, and more durable.
Integrals Power Founder and CEO, Behnam Hormozi, said:
“The cathode is the most critical part of the cell because it determines the battery’s overall performance, cost, and durability. That’s why our breakthroughs in cathode active material will enable EVs to achieve longer range, faster charging, and higher performance from smaller, lighter battery packs.”
A key advantage of Integrals Power’s approach is sourcing raw materials from Europe and the US
This strategy enhances supply chain security and transparency, mitigating geopolitical risks. Additionally, their unique manufacturing process ensures high purity and efficiency, cutting CO2 emissions by nearly 20%.
Government funding and collaborations with UK universities are accelerating the development of these advanced materials. A pilot plant in the UK, currently under construction, will soon manufacture prototype materials in volume. This will enable larger batch production for evaluation by global manufacturers.
LFP is becoming popular in EV batteries due to its lower cost and longer cycle life compared to other lithium-ion chemistries. However, its performance has room for improvement. Integrals Power is tackling this with its enhanced LFP cathode materials. Independent tests reveal these materials offer greater energy storage capacity, higher discharge rates, and better performance in extreme temperatures.
