At Cellcycle, our commitment to maximising the value of our clients’ assets through innovative battery reuse is amplified by our collaboration with industry leaders within the reuse field. By working alongside experts in this domain, we leverage cutting-edge techniques and best practices to extend the life of lithium-ion batteries.
This strategic partnership enables us to explore and implement advanced solutions, ensuring a sustainable approach that not only benefits our clients but also aligns with the highest standards of environmental responsibility.
Use of innovative technology to extend the life of Li-ion batteries
Our comprehensive approach for battery reuse
Our approach to battery reuse at Cellcycle is a meticulous four-step process designed to analyse and gauge the suitability of our clients’ lithium-ion batteries for extended use. Firstly, we conduct a comprehensive assessment, evaluating the condition and performance of each battery. Next, our team employs cutting-edge diagnostics to scrutinise the internal components, ensuring they meet the requisite criteria for reuse. Subsequently, we implement specialised testing protocols to gauge the batteries’ capacity, allowing us to determine their residual life accurately.
By leveraging our expertise and insights gained through collaboration with industry leaders, we provide tailored recommendations to our clients, outlining the potential for reuse and the associated benefits. This meticulous four-step approach underscores Cellcycle’s dedication to maximising the value of lithium-ion batteries through innovative and sustainable reuse practices.
Our battery grading system classifies used batteries by their State of Health (SOH) to ensure optimal reuse and sustainability in addition to original selection criteria. We use A grading system from Grade A, indicating near-new condition, to Grade D for those suited to less demanding roles, this system allows customers to choose the right battery for their needs with confidence in its performance and remaining lifespan.
Batteries with better than 90% SOH are likely suitable for their original application at a similar lifespan expected from new.
Batteries with more than 80% SOH are still suitable for their original application in most cases, however a shorter lifespan is to be expected.
Batteries with 70-80% SOH no longer suitable for their original application, but can be suitable for new lower drain applications.
Batteries between 50-70% SOH are no longer suitable for their original application but can be suitable for low drain applications.
We understand that your industry has specific requirements and challenges, be it legislative or advancements in technology. We have the experience and expertise to understand your industry needs and our consultants can help your business meet whatever challenges you may be facing.
Cellcyle works with automobile manufacturers and leaders in electric vehicle technology to ethically and efficiently recycle lithium-ion batteries and other automobile batteries.
The NHS and other healthcare organisations across the UK and Europe rely on the use of batteries every day in devices including critical care equipment, pacemakers, ventilators, defibrillator equipment and much more.
Explore Cellcycle’s lithium-ion battery recycling service designed specifically for the dynamic and evolving landscape of the e-mobility sector. Our commitment extends to providing a comprehensive end-of-life solution for a diverse array of lithium-ion batteries intrinsic to e-mobility.
With a legacy in the waste electronic and electrical equipment (WEEE) sector, Cellcycle brings extensive experience to the sustainable recycling of all types of portable lithium-ion batteries. Our advanced recycling processes are designed to handle end-of-life batteries from a diverse range of devices, including mobile phones, laptops, tablets, power tools, vapes, and other electronic devices.
In the waste and recycling sector, Cellcycle stands out as a collaborative force, working hand-in-hand with fellow recyclers, waste management companies, environmental consultants, scrap dealerships,facility management companies, refiners, and more.
At Cellcycle we work with a range of organisations across the energy and utility sector to sustainably recycle all types of li-ion batteries. From BESS grid storage applications to electric and gas meters we are fully equipped to meet the needs of the energy and utility sector.
