Cellcycle Ltd and Teshub Energy Forge Strategic Partnership for Lithium Battery Reuse and Second-life Solutions

September 20, 2024
Cellcycle and Teshub logos

Cellcycle Ltd, a pioneer in sustainable battery recycling, and Teshub Energy, an innovative battery technology startup, proudly announce the signing of a Memorandum of Understanding (MOU).

This strategic alliance is dedicated to advancing the repurposing and reuse of lithium battery packs, reflecting a mutual commitment to environmental stewardship and technological innovation.

A Commitment to Environmental Sustainability

Cellcycle is driven by the objective of fostering a sustainable future through the adoption of the most eco-efficient recycling methods for end-of-life lithium batteries. Repurposing lithium battery packs epitomises our commitment to reducing environmental impact and conserving valuable resources.

“Repurposing is the pinnacle of sustainable recycling,” stated Gary Mo, Managing Director of Cellcycle.

Our collaboration with Teshub Energy signifies a significant advancement in our efforts to minimise waste and maximise the lifecycle of lithium batteries. This partnership will enhance our technical expertise and extend our environmental impact.”

Environmental and Economic Benefits

Repurposing lithium batteries presents numerous environmental and economic advantages:

  1. Mitigation of Electronic Waste: By repurposing used lithium batteries, we prevent hazardous materials from contaminating landfills, thus protecting ecosystems and human health.
  2. Resource Conservation: Repurposing extends the lifespan of critical materials such as lithium, cobalt, and nickel, reducing the necessity for environmentally damaging mining activities.
  3. Energy Efficiency: The energy consumption involved in repurposing batteries is considerably lower than producing new ones, resulting in substantial reductions in carbon emissions.

Second Life Batteries: A Sustainable Alternative

Second life lithium batteries, while no longer viable for high-demand applications like electric vehicles, retain significant energy storage potential. These batteries can be effectively utilized in renewable energy storage systems, emergency backup power, and other applications, presenting a sustainable alternative to new battery production.

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Description automatically generatedAdvancing Technological Excellence

Teshub Energy brings extensive engineering expertise and innovative solutions to this partnership. Their dedication to sustainability and excellence aligns perfectly with Cellcycle’s vision.

“Joining forces with Cellcycle is a natural progression for us,” commented Chris Gregory, CEO of Teshub Energy. “Together, we will pioneer advanced technologies and processes to enhance the efficiency and scalability of lithium battery repurposing. This MOU lays the groundwork for a future where battery waste is significantly reduced, and sustainable practices prevail.”

About Cellcycle Ltd

Cellcycle is one of the UK’s leading lithium battery recycling companies, offering a comprehensive end-of-life solution for all types of lithium batteries. With two licensed facilities, the company processes 1000’s of tonnes of lithium battery material annually. Their nationwide services ensure the safe and sustainable recycling and reuse of lithium-ion batteries from a wide range of sectors, including automotive, e-mobility, healthcare, and waste management.

About Teshub Energy

Teshub Energy is a startup battery technology company, focusing on design, product development, and production of sustainable energy storage solutions. Notably, they are developing a 100kW energy storage unit utilising repurposed Lithium Iron Phosphate (LFP) cells. Teshub was formed by the founders of Collaborative Engineering Services Limited to focus on repurposing technologies and battery management.

Media Contacts:

Cellcycle Ltd
Max Nagle

max@cellcycle.co.uk
0161 637 5656 EXT:103

Teshub Energy

Lesley Blaine

info@teshub.co.uk

07393 501265

For further information, visit Cellcycle’s Website and Teshub Energy Website.

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