CHIMERA ENERGY

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 REVOLUTIONISING BATTERY TECHNOLOGY FOR A SAFER AND CLEANER FUTURE



REPAIR  •  REUSE  •  RECYCLE  •  REDUCE



ABOUT

With the UK’s clear drive to meet the net zero emissions target by 2050 and the high demand in cell manufacturing, Chimera Energy’s aim is to address both battery pack remanufacture for the Circular Economy and cost effective benefits of multi-chemistry power-energy.
     
The Founder, Innovator and Battery Engineer, Chris Hale, gained knowledge developing and evolving battery technologies over the last 22 years.  Chris has led developments including the first Li-ion battery system to enter service with the Ministry of Defence and the first Lithium Sulphur battery system for a manned electric aircraft.  
     
After running his consultancy company, Upgrade Technology Engineering, and achieving considerable insight within the energy sector (including 8 published BESTMAG battery articles and completing 11 patents), Chimera Energy was formed in 2020.


THE TECHNOLOGY

With more emphasis on new cell technologies being developed, our patented technology is perfectly positioned to provide an alternative and effective solution in the energy sector.

CHIMERA Energy has developed a patented Multi Chemistry Battery (MCB) solution in an easy to maintain battery pack which leverages the chemistry attributes specifically to a vehicle’s behaviour for optimal performance.  This ensures an extended lifetime, improved safety, unrivalled scalability and a considerable cost reduction.

In addition to the hybridised technology, the system will also allow you to track the state of health of your key components allowing you to address any faults as and when needed. This will provide an overall 30-50% cost saving but above all, help the Circular Economy by considerably reducing raw material demand, manufacturing and waste.


HOW DOES IT WORK?

Chimeras’ MCB approach has adopted a revolutionary patented switching technology enabling strings of different chemistry types controlled via algorithms in an advanced BMS to enhance performance of a specified application, monitor behaviour and identify each cells State of Health (SoH).



WHAT ARE THE BENEFITS?

 
EXTENDS BATTERY LIFE
IMPROVES PERFORMANCE & SAFETY
STREAMLINES MANUFACTURABILITY
FACILITATES MAINTENANCE
CONSIDERABLY REDUCES OVERALL COSTS


Every chemistry has it's own attribute.  Power density, energy density, cycle life, safety, enviornments and even costs are major factors.  Mixing cell chemistries mitigates the weakness of one type of chemistry with strengths of another.  This has several benefits allowing the battery to last longer and be tailored around the application in any enviornment (cold & hot).  Also, our innovative battery pack design and intelligent BMS will allow users to monitor key components of the battery and replace them with ease avoiding unnecessary disposal.  In most cases, battery cells can be safely re-used for other applications.

This in turn, reduces mining raw materials and transportation helping the circularity of our economy.


 
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