Combining the world's leading battery electrochemical technology with cutting-edge IoT best energy practices, we use intelligent IoT technology to carry out battery life cycle management optimization and cross-field synergy application which can unlock the value of electric batteries across their whole life cycle.
AESC leverages over a decade of driving data to optimize material formulas through AIoT and digital battery-use condition information that allows us to analyze any mechanism failure. The implementation of electrochemical simulation enables our team to optimize and accelerate cell design rhythm and predict battery life under various working conditions and scenarios and facilitates the development of a new generation of products.
AESC's system collects and monitors a massive amount of data related to processes and battery status parameters covering the entire production chain. By monitoring the more than 2,000 data collection points in real-time, corresponding to more than 800 quality control projects, AESC enables fully traceable manufacturing awareness along the entire production chain.
For over a decade, AESC has collaborated with Nissan to accumulate massive amounts of data and intelligence that enables the delivery of comprehensive power battery system solutions. As we look to the future, we will continue our collaboration with global OEMs to establish full life-cycle data management from battery production to recycling.
AESC uses AIoT technology to precisely predict each individual cell’s reliability and status by statistical modeling. This can simplify the battery detection and screening processes. It will reduce costs and will streamline
the process (e.g. technology, safety and economical efficiency) of decommissioned battery packs, dis-assembly, detection, classification and repackaging greatly. The cost saving will enable economically-viable battery recycling in commercial buildings intelligent energy storage, industrial parks and homes, and extract more value from ‘retired’ batteries.