Information
745-34 Samnam-ro, Jinwi-myeon, Pyeongtaek, Gyeonggi-do, South Korea
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Overview
- Summary
- OAT Co., Ltd. is a specialized company in electric vehicle battery fire safety solutions. It develops innovative technology to contain battery fires within the module. The company contributes to solving the critical battery safety issue in the era of electric vehicles. It aims to build a safer mobility future by controlling unpredictable risks with predictable technology. OAT's goal is to ensure safety wherever batteries are used. The company possesses fundamental technology to prevent fire propagation due to thermal runaway. It is a company setting new standards in battery safety technology.OAT Co., Ltd. is a specialized company in electric vehicle battery fire safety solutions. It develops innovative technology to contain battery fires within the module. The company contributes to solving the critical battery safety issue in the era of electric vehicles. It aims to build a safer mobility future by controlling unpredictable risks with predictable technology. OAT's goal is to ensure safety wherever batteries are used. The company possesses fundamental technology to prevent fire propagation due to thermal runaway. It is a company setting new standards in battery safety technology.
- Key Products/Technologies
- HSBM (High Safety Battery Module) Module: A core technology that terminates battery fires within the module, achieving 0% thermal propagation and fire termination within 2 minutes. This includes structural design technology to prevent fire spread between battery cells.HSBM (High Safety Battery Module) Module: A core technology that terminates battery fires within the module, achieving 0% thermal propagation and fire termination within 2 minutes. This includes structural design technology to prevent fire spread between battery cells.
- BFTC (Battery Fire Target Control): Technology for controlling specific target points during a battery fire to suppress it. A solution for effective management of fire propagation.BFTC (Battery Fire Target Control): Technology for controlling specific target points during a battery fire to suppress it. A solution for effective management of fire propagation.
- BADC (Battery Air Direct Cooling): Direct air cooling technology for battery systems. This technology contributes to battery thermal management and stability.BADC (Battery Air Direct Cooling): Direct air cooling technology for battery systems. This technology contributes to battery thermal management and stability.
- Safety Matrix: An integrated solution that enhances overall battery safety. A system that organically combines various safety functions.Safety Matrix: An integrated solution that enhances overall battery safety. A system that organically combines various safety functions.
- Customized safety solutions for Passenger EVs and Energy Storage Systems (ESS). A technology portfolio applicable to high-risk battery application areas.Customized safety solutions for Passenger EVs and Energy Storage Systems (ESS). A technology portfolio applicable to high-risk battery application areas.
- Thermal Runaway Prevention Technology: Capability to proactively block the risk of overheating and explosion within batteries. Design expertise to prevent thermal propagation starting from the individual battery cell level.Thermal Runaway Prevention Technology: Capability to proactively block the risk of overheating and explosion within batteries. Design expertise to prevent thermal propagation starting from the individual battery cell level.
- Possession of Korean Patent KR102887962B1 for 'Battery module capable of preventing fire propagation'. This patent represents a key technology for preventing flame propagation upon battery cell ignition and inhibiting spread to adjacent cells.Possession of Korean Patent KR102887962B1 for 'Battery module capable of preventing fire propagation'. This patent represents a key technology for preventing flame propagation upon battery cell ignition and inhibiting spread to adjacent cells.
- Core Advantages
- Module-Internal Fire Containment Technology: A unique capability to prevent fire from spreading externally and to terminate it within the battery module upon occurrence. This represents an innovative approach overcoming the limitations of conventional fire suppression methods.Module-Internal Fire Containment Technology: A unique capability to prevent fire from spreading externally and to terminate it within the battery module upon occurrence. This represents an innovative approach overcoming the limitations of conventional fire suppression methods.
- 0% Thermal Propagation and 2-Minute Fire Termination: Achieves zero thermal runaway propagation to adjacent cells and extinguishes fire within 2 minutes of ignition. This is a critical factor in minimizing casualties and property damage.0% Thermal Propagation and 2-Minute Fire Termination: Achieves zero thermal runaway propagation to adjacent cells and extinguishes fire within 2 minutes of ignition. This is a critical factor in minimizing casualties and property damage.
- Predictable Safety Technology: The ability to control unpredictable battery fire risks with predictable technology, thereby creating a safer mobility environment. This provides a high level of reliability to customers.Predictable Safety Technology: The ability to control unpredictable battery fire risks with predictable technology, thereby creating a safer mobility environment. This provides a high level of reliability to customers.
- EV and ESS Specialized Solutions: Provision of safety solutions specifically tailored for high-risk battery application areas such as electric vehicles and energy storage systems. Expertise in developing technologies optimized for the requirements of specific industrial sectors.EV and ESS Specialized Solutions: Provision of safety solutions specifically tailored for high-risk battery application areas such as electric vehicles and energy storage systems. Expertise in developing technologies optimized for the requirements of specific industrial sectors.
- Patent-Based Technology Protection: Securing technological superiority through the ownership of patents related to 'Battery module capable of preventing fire propagation'. Maintaining differentiated technological competitiveness against competitors.Patent-Based Technology Protection: Securing technological superiority through the ownership of patents related to 'Battery module capable of preventing fire propagation'. Maintaining differentiated technological competitiveness against competitors.
- Fundamental Problem-Solving Approach: Efforts to fundamentally resolve battery fire causes and propagation mechanisms, rather than merely suppressing fires. Emphasis on long-term safety assurance.Fundamental Problem-Solving Approach: Efforts to fundamentally resolve battery fire causes and propagation mechanisms, rather than merely suppressing fires. Emphasis on long-term safety assurance.
- Target Industries
- Electric Vehicle Industry: Fire safety solutions applied to battery packs in passenger electric vehicles. Essential technology for enhancing EV safety.Electric Vehicle Industry: Fire safety solutions applied to battery packs in passenger electric vehicles. Essential technology for enhancing EV safety.
- Energy Storage System (ESS) Industry: Solutions for managing fire risks in large-capacity battery-based energy storage facilities. Contribution to the stable operation of ESS facilities.Energy Storage System (ESS) Industry: Solutions for managing fire risks in large-capacity battery-based energy storage facilities. Contribution to the stable operation of ESS facilities.
- Other Battery-Utilizing Industries: All industrial sectors that use batteries as a power or energy source. Potential applicability to various applications requiring high safety standards.Other Battery-Utilizing Industries: All industrial sectors that use batteries as a power or energy source. Potential applicability to various applications requiring high safety standards.
- Major Markets
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- Certifications/Patents
- Korean Patent: KR102887962B1 - Battery module capable of preventing fire propagation. This technology involves a first flame-retardant pad that prevents flame propagation upon battery cell ignition and exposes the first electrode surface.Korean Patent: KR102887962B1 - Battery module capable of preventing fire propagation. This technology involves a first flame-retardant pad that prevents flame propagation upon battery cell ignition and exposes the first electrode surface.
- Technological Competitiveness: Proprietary HSBM module technology enabling 0% thermal propagation and fire termination within 2 minutes. Predictable control capability over battery fires.Technological Competitiveness: Proprietary HSBM module technology enabling 0% thermal propagation and fire termination within 2 minutes. Predictable control capability over battery fires.
Introduction
Location
745-34 Samnam-ro, Jinwi-myeon, Pyeongtaek, Gyeonggi-do, South Korea
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