DAMI-X Core Technologies
We provide innovative solutions by combining advanced AI technology with battery expertise.
Battery State Prediction System (Patented Technology)
An innovative technology that accurately predicts battery State of Charge (SOC) and State of Health (SOH) with short-term monitoring only.
- Rapid Diagnosis: Evaluation by short-term measurement without full charge/discharge cycle
- Deep Learning Model: Multi-layer perceptron-based learning algorithm
- Multi-Parameter Analysis: Comprehensive measurement of voltage, current, temperature, etc.
- High Accuracy: Verified across various battery types and conditions
- Real-time Monitoring: Cloud-based data analysis
Battery Reuse Evaluation Technology
Precisely analyzes used battery performance to determine reusability and optimize for second-life applications.
- Residual Value Assessment
- Recycling Feasibility Analysis
- Performance Restoration Technology
- Circular Economy Implementation
- Environmental Impact Minimization
ESS Optimization Solution
Provides an intelligent management system that maximizes the efficiency of Energy Storage Systems.
- Smart Charge/Discharge Control
- Energy Efficiency Optimization
- Load Forecasting and Management
- Renewable Energy Integration
- Peak Power Management
Battery Safety Management
Ensures battery safety through real-time monitoring and proactively prevents risks.
- Real-time Temperature and Voltage Monitoring
- Early Fire Risk Detection
- Emergency Shutdown System
- Safety Standard Compliance
- Accident Prevention Algorithm
Technology Development Direction
DAMI-X is shaping the future of battery technology through continuous R&D.
AI Technology Advancement
We continuously advance battery diagnosis technology through the development of more sophisticated deep learning models and improved prediction accuracy.
Circular Economy Implementation
We realize a resource circular economy and contribute to environmental protection through battery reuse and recycling technologies.
Safety Enhancement
We proactively prevent accidents and provide a safe usage environment through continuous improvement of battery safety technology.