The cooling system
Included
Cable/Connector
assembly
TMEVnet maximizes the performance of conductors by maintaining the inside of cables in an extremely low-temperature cooling environment of -40℃ through a new method called liquid evaporation phase change. By utilizing the principle that the electrical resistance of conductors decreases as the temperature decreases, it aims to greatly improve power transmission efficiency.
Our 'liquid evaporation phase change technology' integrates the power system and cooling system to form a cooling zone.
A method of minimizing electrical resistance that impedes the flow of current in a conductor.
01
Power terminal
cooling system
03
02
01
02
Cable
cooling system
03
Two phase change
cooling system
Intelligent active thermal management system
DC pin temperature
Hotspot ΔT
Cable return temperature
Cooling efficiency metric
Compressor temperature and pressure
Refrigerant two-phase state
Current and voltage → R = V / I
AI analysis engine
Degradation pattern learning
Anomaly prediction
Level 1
Normal PID control
Level 2
Soft derating alarm
Level 3
Channel isolation and blocking
No derating
Maintain full performance
Lifetime prediction possible
Preventive maintenance alert
Cable/Connector Assembly Business Model
OPTION 01
TM single-phase solution
Insulating oil + cooling system
Retrofit integration into existing platforms.
(applied to existing systems without new development)
To be updated later
OPTION 02
TM two-phases solution
Two-phase boiling cooling system
Overcoming the thermal limits of existing systems through latent heat of vaporization, fundamentally blocking the PIN thermal runaway loop.
To be updated later
OPTION 03
TM megawatt solution
Direct 2-phase nucleate boiling cooling system
Direct 2-phase flow nucleate boiling · megawatt-class next-generation platform.
To be updated later