ABOUT US
We recognize the importance of resources for future generations.
We recognize the importance of resources for future generations.
Onbridge aims to complete the value chain of the battery
resource recycling cycle—from manufacturing and evaluation
to disposal—for the benefit of future generations,
the environment, and resource sustainability.
Our lettermark embodies our commitment to serving as
the bridge (bridge) that initiates (on) the transfer of
finite value to future generations.
Onbridge aims to complete the value chain of the battery resource recycling cycle—from manufacturing and evaluation to disposal—for the benefit of future generations, the environment, and resource sustainability. Our lettermark embodies our commitment to serving as the bridge (bridge) that initiates (on) the transfer of finite value to future generations.
Onbridge aims to complete the value chain of the battery resource recycling cycle—from manufacturing and evaluation to disposal—for the benefit of future generations, the environment, and resource sustainability.
Our lettermark embodies our commitment to serving as the bridge (bridge) that initiates (on) the transfer of finite value to future generations.
Our lettermark embodies our commitment to serving as the bridge (bridge) that initiates (on) the transfer of finite value to future generations.
Business
Pro-environmental
We conduct our business based on the battery resource recycling cycle to promote environmentally friendly resource utilization.
Battery Manufacturing
Battery Manufacturing
Inspect new batteries and collect initial data during the manufacturing stage
• High-Efficiency Battery Module Cycler
• High-Efficiency Battery Pack Cycler
• High-Efficiency Battery Pack Cycler
Battery
Usage
Usage
Assess the performance of in-use batteries and gather mid-term data.
•
Electric Vehicle Battery Performance Evaluation System
Reuse &
Re-manufacturing
Test the performance of used batteries and collect end-of-life data.
• Used Battery Residual Performance Evaluation System (H/W & S/W)
• High-Precision High-Efficiency Premium Inspection Equipment
• High-Precision High-Efficiency Premium Inspection Equipment
Recycling & Disposal
Ensure safe discharge and collect end-stage data.
• Electrical Discharge Equipment
Business
Pro-environmental
We conduct our business based on the battery resource recycling cycle to promote environmentally friendly resource utilization.
Battery Manufacturing
Battery Manufacturing
Inspect new batteries and collect initial data during the manufacturing stage
• High-Efficiency Battery Module Cycler
• High-Efficiency Battery Pack Cycler
• High-Efficiency Battery Pack Cycler
Battery Usage
Battery Usage
Assess the performance of in-use batteries and gather mid-term data.
• Electric Vehicle Battery Performance Evaluation System
Reuse and
Remanufacturing
Test the performance of used batteries and collect end-of-life data.
• Used Battery Residual Performance Evaluation System (H/W & S/W)
• High-Precision High-Efficiency Premium Inspection Equipment
• Electric Vehicle Battery Performance Evaluation System
• High-Precision High-Efficiency Premium Inspection Equipment
• Electric Vehicle Battery Performance Evaluation System
Recycling and Disposal
Recycling and Disposal
Ensure safe discharge and collect end-stage data.
• Electrical Discharge Equipment
Milestone
Precise
We aim to develop precise equipment
and create a solution for predicting future battery
performance based on accurate data.
and create a solution for predicting future battery
performance based on accurate data.
Step 1
Equipment Development and Data Collection
• Develop in-house Cycler capable of precise measurements to collect data throughout the entire battery lifecycle.
• High-Efficiency Battery Pack Cycler.
• High-Efficiency Battery Pack Cycler.
Step 2
Data Analysisand Algorithm
Development
• Research on electrical degradation factors.
• Research on chemical degradation factors.
• Develop algorithms based on five key characteristics: DCIR, ACIR, chemical composition, manufacturer-specific characteristics, and BMS data.
• Research on chemical degradation factors.
• Develop algorithms based on five key characteristics: DCIR, ACIR, chemical composition, manufacturer-specific characteristics, and BMS data.
Step 3
AI Training and Model Completion
• Develop models based on battery characteristics and driver-specific traits.
• Implement machine learning and simulations.
• Implement machine learning and simulations.
Step 4
Total Solution Integration
• Develop models tailored to the characteristics of traditional mobility.
• Continue machine learning and simulation.
• Finalize product development.
• Continue machine learning and simulation.
• Finalize product development.
Milestone
Precise
We aim to develop precise equipment and create a solution for predicting future battery performance based on accurate data.
Step 1
Equipment Development and Data Collection
• Develop in-house Cycler capable of precise measurements to collect data throughout the entire battery lifecycle.
• High-Efficiency Battery Pack Cycler.
• High-Efficiency Battery Pack Cycler.
Step 2
Data Analysis and Algorithm Development
• Research on electrical degradation factors.
• Research on chemical degradation factors.
• Develop algorithms based on five key characteristics: DCIR, ACIR, chemical composition, manufacturer-specific characteristics, and BMS data.
• Research on chemical degradation factors.
• Develop algorithms based on five key characteristics: DCIR, ACIR, chemical composition, manufacturer-specific characteristics, and BMS data.
Step 3
AI Training and Model Completion
• Develop models based on battery characteristics and driver-specific traits.
• Implement machine learning and simulations.
• Implement machine learning and simulations.
Step 4
Total Solution Integration
• Develop models tailored to the characteristics of traditional mobility.
• Continue machine learning and simulation.
• Finalize product development.
• Continue machine learning and simulation.
• Finalize product development.
Team
Sustainable
Onbridge aims to be a company that continually pursues positive and sustainable growth.
View Our Organizational Structure
Team
Sustainable
Onbridge aims to be a company that continually pursues positive and sustainable growth.
View Our Organizational Structure
Our journey
2024.
Second half
03.
03.
300KW (1000V/300A) Battery Pack Cycler:
Scheduled for release after domestic certification testing
Opening of Factory and Research Institute
Scheduled for release after domestic certification testing
Opening of Factory and Research Institute
2023.
10.
06.
05.
04.
06.
05.
04.
30KW (100V/300A) Battery Module Cycler: Initiation of research and development
Acquisition of Factory and Research Institute Site: 495.87 square meters site in Daegu
High-Precision, High-Efficiency Premium Cycler: Initiation of research and development
300KW (1000V/300A) Battery Pack Cycler Prototype: Development completed
Acquisition of Factory and Research Institute Site: 495.87 square meters site in Daegu
High-Precision, High-Efficiency Premium Cycler: Initiation of research and development
300KW (1000V/300A) Battery Pack Cycler Prototype: Development completed
2022.
12.
05.
05.
300KW Power Module Supply Contract Secured
Onbridge Inc.: Corporate establishment
Development of 30KW / 300KW Battery Module/Pack Cycler: Initiation of the project
Onbridge Inc.: Corporate establishment
Development of 30KW / 300KW Battery Module/Pack Cycler: Initiation of the project
Our journey
2024.
Second half
03.
03.
300KW (1000V/300A) Battery Pack Cycler:
Scheduled for release after domestic certification testing
Opening of Factory and Research Institute
Scheduled for release after domestic certification testing
Opening of Factory and Research Institute
2023.
10.
06.
05.
04.
06.
05.
04.
30KW (100V/300A) Battery Module Cycler: Initiation of research and development
Acquisition of Factory and Research Institute Site: 495.87 square meters site in Daegu
High-Precision, High-Efficiency Premium Cycler: Initiation of research and development
300KW (1000V/300A) Battery Pack Cycler Prototype: Development completed
Acquisition of Factory and Research Institute Site: 495.87 square meters site in Daegu
High-Precision, High-Efficiency Premium Cycler: Initiation of research and development
300KW (1000V/300A) Battery Pack Cycler Prototype: Development completed
2022.
12.
05.
05.
300KW Power Module Supply Contract Secured
Onbridge Inc.: Corporate establishment
Development of 30KW / 300KW Battery Module/Pack Cycler: Initiation of the project
Onbridge Inc.: Corporate establishment
Development of 30KW / 300KW Battery Module/Pack Cycler: Initiation of the project
Our journey
2024.
Half 2
03.
03.
300KW (1000V/300A) Battery Pack Cycler: Scheduled for release after domestic certification testing
Opening of Factory and Research Institute
Opening of Factory and Research Institute
2023.
10.
06.
05.
04.
06.
05.
04.
30KW (100V/300A) Battery Module Cycler: Initiation of research and development
Acquisition of Factory and Research Institute Site: 495.87 square meters site in Daegu
High-Precision, High-Efficiency Premium Cycler: Initiation of research and development
300KW (1000V/300A) Battery Pack Cycler Prototype: Development completed
Acquisition of Factory and Research Institute Site: 495.87 square meters site in Daegu
High-Precision, High-Efficiency Premium Cycler: Initiation of research and development
300KW (1000V/300A) Battery Pack Cycler Prototype: Development completed
2022.
12.
05.
05.
300KW Power Module Supply Contract Secured
Onbridge Inc.: Corporate establishment
Development of 30KW / 300KW Battery Module/Pack Cycler: Initiation of the project
Onbridge Inc.: Corporate establishment
Development of 30KW / 300KW Battery Module/Pack Cycler: Initiation of the project
Office&Works
H.Q
3F, Daegu CCEI, 51 Hoam-ro, Bukgu, Daegu, Korea
3F, Daegu CCEI, 51 Hoam-ro, Bukgu, Daegu, Korea
Seoul Office
13F, FRONT1, 122 Mapodae-ro, Mapogu, Seoul, Korea
13F, FRONT1, 122 Mapodae-ro, Mapogu, Seoul, Korea
Lab&Factory
#509, D-center 1976, 307 Waryong-ro, Seogu, Daegu, Korea
#509, D-center 1976, 307 Waryong-ro, Seogu, Daegu, Korea
H.Q
3F, Daegu CCEI, 51 Hoam-ro, Bukgu, Daegu, Korea
Seoul Office
13F, FRONT1, 122 Mapodae-ro, Mapogu, Seoul, Korea
Lab&Factory
#509, D-center 1976, 307 Waryong-ro, Seogu, Daegu, Korea
H.Q
3F, Daegu CCEI, 51 Hoam-ro, Bukgu, Daegu, Korea
Seoul Office
13F, FRONT1, 122 Mapodae-ro, Mapogu, Seoul, Korea
Lab&Factory
#509, D-center 1976, 307 Waryong-ro, Seogu, Daegu, Korea