- SID
- 3719967
DEAL4EV (Data driven Evaluation & Analysis of Life-cycle For EV)
(DEAL4EV: Data-driven Evaluation & Analysis of Life-cycle)
○ Business model
- A service that provides a battery certificate with high reliability and consistency through integrated analysis of electric vehicle operation data and battery condition and residual value scoring
- (Battery as a Service) A service that collects/analyzes various EV data and battery data, and evaluates the condition/residual value of the battery through its own learned AI model to provide various information for maintaining the lifespan of the battery and information for effective decision-making by companies
Core activities
■ Operation data analysis service
■ Developing AI models and acting as a data hub
■ Battery condition and residual value evaluation grade certification
■ Recording and securing carbon emission trading rights
■ Creating carbon footprint data in the transportation sector
- Certification
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- Award
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- Shipping
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- Type of Freight Proceed after consultation
- Modes of Transport Proceed after consultation
- Payment
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- Quantity
- MOQ : 1 Solution Services
Product Summary
Eco-friendly energy linkage: Increased battery efficiency / extended battery life
Power DR linkage: Extended battery life / Battery reuse
Battery value certification service / Battery residual value evaluation system includes EV vehicle driving distance data to expand carbon emission reduction additional certification
Expand battery value certification targets (EV, HEV, PHEV, FCEV) and expand service target mobility
Preemptive takeover of the maintenance and used car transaction market
Detailed Description
Overview.
- Increasing battery life and ensuring safety of e-mobility, securing accurate/efficient maintenance foundation, promoting N-th battery utilization, maximizing N-th battery utilization value
- Development of analysis prediction algorithm of AI model to contribute to and promote reduction of carbon emissions, and development of battery residual value evaluation certificate issuance system through development of unique algorithm by introducing various parameters related to individual battery components and usage history
DEAL4EV: Data-driven Evaluation & Analysis of Life-cycle)
(DEAL4EV: Battery Residual Value Certification Service): Measurement and indexing of battery residual value evaluation carbon emission reduction information
1. Core services
- Battery performance/value assessment: Increasing battery life and ensuring safety for e-mobility, Accurate/Securing an efficient maintenance foundation, Battery NPromoting vehicle utilization, NMaximizing vehicle utilization value
- Driving habit analysis: Driver management information, detailed analysis by driving habit element, driving habit Provision of guidelines
- Contribution·Promotion of carbon emission reduction: Issuance of battery residual value assessment certificate by analyzing various parameters related to battery components and usage history through AI model analysis prediction algorithm
: Performance: Implementation of AI-based data analysis of batteries for the first operating vehicle in Korea
2. Economics (service functionality) :
- Application and expansion of battery certification prototypes
- Increased battery utilization
- Securing data for the advancement of future mobility and establishing a foundation for the development of core technologies
- Activating transactions of used electric vehicles and used batteries through the issuance of reliable certificates
- Our electric vehicle comprehensive control solution collects/analyzes various data of e-mobility and battery data, and evaluates the condition/residual value of the battery through our learned AI model to provide various information for maintaining the life of the battery and information for effective decision-making by companies
3. Usability (service usability) :
- Our company has implemented a service management platform that can be operated on OBD-II terminals and PCs, and a real-time information application that can be operated on mobile terminals, and is improving usability by intuitively implementing the platform and application interfaces
