Battery evaluation and development
Battery evaluation and development
Introduction to Battery Evaluation and Development
1～17 item / All 17 items
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Check the battery.
Development of SOH diagnostic technology! Shall we build technology to assess long-term operation and reuse of storage batteries and EVs?
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Accelerating development through "visualization" inside the battery.
Clarifying uncertain phenomena and unknown phenomena in battery development! KRI's one-stop service for secondary batteries.
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Contributing to decarbonization with a lifespan five times longer
What technology is truly necessary for batteries to contribute to the environment! Extending lifespan is the key to reducing CFP.
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Degradation diagnosis technology that adds value to EVs and storage batteries.
Diagnose the battery's condition for control, value assessment, and reuse! We will diagnose the battery's condition using historical data and spot data.
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Check the limits of the battery.
Battery engineers make judgments based on mechanisms! They find solutions within the limits of batteries in terms of charging, heat, durability, and safety.
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Development of battery technology that enables 5-minute charging.
Aiming for 5-minute charging comparable to gasoline refueling! We will introduce technologies that contribute to the high efficiency and expansion of EV operations.
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SEI Corporation Business Introduction
From cell design based on user requirements to product commercialization technical support! We contribute to a mobility society with electrode and battery prototyping technology.
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Would you like to manufacture all-solid-state batteries using materials under development?
The characteristics and challenges of materials that were difficult to grasp in pellet cells have been brought to light! Prototypes can be made with designs tailored to customer requests.
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What should be the composition aimed for in the development of all-solid-state batteries?
Would you like to use our technology and evaluation facilities to develop materials and cells that could be candidates for all-solid-state batteries in advance?
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Dry electrode technology contributing to CO2 reduction
We have the technology and equipment to handle material selection for dry electrodes, prototype development, and evaluation of electrochemical properties!
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Assessing safety and security.
Towards understanding and preventing thermal runaway and fire behavior. Conducting custom tests for users.
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Batteries that are 'smaller', 'longer-lasting', and 'safer'
Shall we achieve user requirements for batteries with KRI material technology? From materials to systems, investigation, evaluation, and analysis.
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[Data] Risks of Cell Enlargement and Effects of Functional Materials
Explaining measures to reduce the risks of individual cells and prevent pack fires! What technologies are aimed at achieving standards and passing standard tests?
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[Information] Frequent LIB Accidents: What Are the Causes and Challenges?
Why do batteries that have passed standard tests frequently cause accidents? This explains the factors and challenges involved.
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To realize a mobility society that takes into consideration people and the environment.
Smaller, longer-lasting, easier to use, and safer! Tackling challenges with KRI's battery-related technology.
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High-capacity materials suitable for mobility
Supporting material development with particle design, doping, and surface coating technology! Proposing material shapes suitable for lithium-ion batteries.
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Suggestions for effectively utilizing polymers.
We will conduct a study on the hybridization of inorganic solid electrolytes and polymer solid electrolytes.
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