20240011847. ANOMALY DETECTION AND ADAPTIVE THERMAL CONTROL FOR AN ELECTRICAL ASSET simplified abstract (Eaton Intelligent Power Limited)

ANOMALY DETECTION AND ADAPTIVE THERMAL CONTROL FOR AN ELECTRICAL ASSET

Organization Name

Eaton Intelligent Power Limited

Inventor(s)

Bubathi Muruganantham of Pune (IN)

Prasad Arvind Venikar of Pune (IN)

Balachandar D of Madurai (IN)

Mugdha Vyankatesh Limaye of Pune (IN)

Mark Andre Faulkner of Greenwood SC (US)

Travis Vernon Spoone of Greenwood SC (US)

Robert Edward Page of Indianapolis IN (US)

Antonio Romero Oruga of Greenwood SC (US)

Swetha Prakash of Palakkad (IN)

ANOMALY DETECTION AND ADAPTIVE THERMAL CONTROL FOR AN ELECTRICAL ASSET - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240011847 titled 'ANOMALY DETECTION AND ADAPTIVE THERMAL CONTROL FOR AN ELECTRICAL ASSET

Simplified Explanation

The abstract describes an electrical apparatus that includes a housing with an interior space, an active portion within the interior space that includes electrically conductive coils, a fluid within the interior, and a control system. The control system is configured to determine the difference between the measured temperature and estimated temperature of the fluid, and determine the existence of a performance condition based on this difference.

• The electrical apparatus is housed in a protective housing.
• The active portion of the apparatus contains one or more electrically conductive coils.
• The interior of the apparatus contains a fluid.
• The control system of the apparatus is responsible for monitoring and controlling the temperature of the fluid.
• The control system compares the measured temperature of the fluid with the estimated temperature.
• Based on the difference between the measured and estimated temperature, the control system determines if a performance condition exists.

Potential Applications:

• Heating and cooling systems
• Electrical transformers
• Electric motors
• Power generation equipment

Problems Solved:

• Ensuring optimal temperature control of the fluid within the apparatus
• Preventing overheating or underheating of the fluid
• Maintaining efficient performance of the electrical apparatus

Benefits:

• Improved temperature control and monitoring
• Enhanced performance and efficiency of the electrical apparatus
• Prevention of damage due to overheating or underheating
• Increased lifespan of the electrical apparatus

Original Abstract Submitted

an electrical apparatus includes: a housing that defines an interior space; an active portion in the interior space, the active portion including one or more electrically conductive coils; a fluid in the interior; and a control system configured to: determine a difference between a measured temperature of the fluid and an estimated temperature of the fluid; and determine whether a performance condition exists based on the difference.