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Automotive
Lithium-ion is the battery of choice for electric and future hybrid vehicles
Effective battery thermal management systems are required to keep lithium-ion cells in a specific temperature range to maximize performance, cost and safety. AllCell’s phase change material (PCM) acts as a thermal capacitor to reduce the energy required for the battery to thermally manage itself with air or liquid systems. PCM’s combination of high instantaneous heat absorption and thermal conductivity allows vehicle designers to develop smaller, simpler and more efficient thermal management systems.
Solutions For You
AllCell is committed to working with you to create a solution best suited for the needs of your vehicle. Whether a hybrid electric, plug-in hybrid, or electric automobile, our engineering team possesses the skills and knowledge to create a solution which ensures the safety and longevity of your lithium-ion battery.
Solutions For You
AllCell is committed to working with you to create a solution best suited for the needs of your vehicle. Whether a hybrid electric, plug-in hybrid, or electric automobile, our engineering team possesses the skills and knowledge to create a solution which ensures the safety and longevity of your lithium-ion battery.
AllCell’s phase change material (PCM) provides the following benefits:
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Electric Vehicle
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Hybrid Electric Vehicle |
- Efficiency: In 95% of operating conditions, a minimal amount of PCM can absorb the entire amount of heat generated during an EV charge/discharge cycle. When preconditioning is available, PCM will eliminate need for active thermal management while driving.
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- Cost: HEV battery thermal management system can be sized to meet average heat load rather than peak heat load. This reduces component cost, design complexity, and noise issues.
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- Cost: EV battery and battery thermal management system can be downsized due to efficiency gains. The reduced weight further increases the efficiency of the vehicle.
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- Volume: Less spacing required between cells due to increased heat capacity and reduced instantaneous heat removal requirements
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- Reliability: Simplification or elimination of liquid cooling components reduces risk of leak or component failure.
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| Tesla Roadster case study |
Buick Lacross case study |
Please contact us to find out more about our automotive solutions. |
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