Apple inc. (20240286458). Energy Management Unit simplified abstract
Contents
Energy Management Unit
Organization Name
Inventor(s)
Paul D. Kaufhold of San Francisco CA (US)
John M. Kearney of San Jose CA (US)
Kegan J. Connick of San Jose CA (US)
Nils Fredrik Magnus Wallin of Mountain View CA (US)
Scott Wujek of San Jose CA (US)
Siddharth Jain of San Jose CA (US)
Energy Management Unit - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240286458 titled 'Energy Management Unit
The abstract describes an integrated energy management unit comprising a housing with a housing cavity, an accumulator-separator, an ejector, and an internal heat exchanger all positioned within the housing cavity.
- The housing defines a housing cavity where the components are located.
- An accumulator-separator is positioned within the housing cavity to store and separate energy.
- An ejector is also positioned within the housing cavity and communicates with the accumulator-separator.
- An internal heat exchanger is placed within the housing cavity and is in fluid communication with the accumulator-separator.
Potential Applications: - Energy storage systems - Renewable energy integration - HVAC systems - Industrial processes - Automotive applications
Problems Solved: - Efficient energy management - Enhanced energy storage capabilities - Improved thermal regulation - Increased system performance - Integration of multiple components in a compact unit
Benefits: - Energy efficiency - Space-saving design - Enhanced system performance - Cost-effectiveness - Versatile applications
Commercial Applications: Title: Integrated Energy Management Unit for Enhanced System Performance This technology can be used in various industries such as renewable energy, automotive, HVAC, and industrial processes to optimize energy usage and improve overall system performance. The compact design and efficient energy management capabilities make it a valuable asset for companies looking to enhance their operations.
Questions about Integrated Energy Management Unit: 1. How does the internal heat exchanger contribute to the overall efficiency of the system? The internal heat exchanger helps regulate the temperature within the system, improving energy transfer and overall performance. 2. What are the potential cost savings associated with implementing this integrated energy management unit? By optimizing energy usage and improving system performance, companies can save on energy costs and reduce overall operational expenses.
Original Abstract Submitted
an integrated energy management unit includes a housing defining a housing cavity, an accumulator-separator positioned within the housing cavity, an ejector positioned within the housing cavity and in communication with the accumulator-separator, and an internal heat exchanger positioned within the housing cavity and in fluid communication with the accumulator-separator.
