Electric vehicles Battery monitoring
Diagnose can be utilised in any li-ion application
ELECTRIC VEHICLE BATTERY LIFE CYCLE MANAGEMENT
DIAGNOSE is designed to maximize the lifetime value and performance of electric vehicles, electric buses, and off-highway vehicles, such as forklifts, tractors, and loaders.
DIAGNOSE can be utilized to track fleet performance and residual value of Electric Vehicles. This helps fleet owners not only to better plan battery maintenance and replacement beforehand, but also to find new 2nd life customers for batteries that approach the end of life.
The collected battery usage data and the analyzes provided by DIAGNOSE can be utilized as an input for the product development of new batteries. DIAGNOSE is suitable for different actors in the battery value chain from cell producers, battery-pack providers, vehicle OEMs to maintenance companies and fleet owners.
WHY IS ELECTRIC VEHICLE BATTERY LIFE CYCLE MANAGEMENT SO IMPORTANT?
TAKE GOOD CARE OF THE MOST EXPENSIVE COMPONENT
The propulsion battery is by far the most expensive component in electric vehicles; thus, the performance and the condition of the battery has a significant impact for the total price of the car.
Utilize battery performance and degradation data as an input for the product development of new batteries and / or to optimize different use cases such as battery charging.
Plan maintenance or replacement well in advance and prevent potential safety issues. Get support in case of possible quality issues as well as assistance with recycling and repurposing.
WHAT MAKES DIAGNOSE THE BEST SOLUTION?
VALUE OF ENTIRE FLEET
DIAGNOSE helps in defining the residual value of the entire battery fleet. This information can be utilized for example when selling used batteries or electric vehicles to the next customers. It is also beneficial in depreciation calculations and insurance cases.
DIAGNOSE monitors that batteries operate under safe conditions and alerts if those are exceeded. It also has an automated detection of any abnormal situations. DIAGNOSE has a patented method to detect emerging short circuits in advance in order to avoid hazardous thermal runaways.
DIAGNOSE provides detailed information and prediction on health degradation of the entire battery population. When batteries approach the end of their life, DIAGNOSE can be utilized as a platform to manage battery replacement or to reuse batteries in other 2nd life applications. This helps extend the battery life and increases the sustainability of the battery value chain. The DIAGNOSE software grades batteries by the state of their health, thereby avoiding need for disassembly or additional separate testing.
The collected battery usage data and the analyses provided by DIAGNOSE can be utilized as an input for the product development of new batteries. DIAGNOSE is suitable for different actors in the battery value chain from cell producers, battery-pack providers, vehicle OEMs to maintenance companies and fleet owners.