Health monitoring system for a direct liquid cooling system

A method comprising:

• determining, by an information handling system, a first amount of current needed to create a first differential temperature value within a supply line of a liquid cooling system;
• determining a second amount of current needed to create a second differential temperature value with a return line of the liquid cooling system;
• based on the first amount of current, determining a first cooling liquid flow rate through the supply line;
• based on the second amount of current, determining a second cooling liquid flow rate through the return line;
• and
• in response to the first cooling liquid flow rate not being equal to the second cooling liquid flow rate, providing, by the processor, a leak detection signal.

An information handling system comprising:

• a liquid cooling distribution system including:
• a supply line;
• a first heater in physical communication with the supply line;
• a first sensor in physical communication with the supply line;
• a return line;
• a second heater in physical communication with the return line;
• and
• a second sensor in physical communication with the return line;
• and
• a processor to:
• determine a first amount of current needed to create a first differential temperature value within the supply line;
• determine a second amount of current needed to create a second differential temperature value with the return line;
• based on the first amount of current, determine a first cooling liquid flow rate through the supply line;
• based on the second amount of current, determine a second cooling liquid flow rate through the return line;
• and
• in response to the first cooling liquid flow rate not being equal to the second cooling liquid flow rate, provide a leak detection signal.