20240015048. POWER MANAGEMENT SYSTEM HAVING GATEWAY ENGINE AND DRIVING METHOD THEREOF simplified abstract (Bigtorage CO., LTD.)
POWER MANAGEMENT SYSTEM HAVING GATEWAY ENGINE AND DRIVING METHOD THEREOF
Organization Name
Inventor(s)
Cheol Hee Lee of Sejong-si (KR)
POWER MANAGEMENT SYSTEM HAVING GATEWAY ENGINE AND DRIVING METHOD THEREOF - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240015048 titled 'POWER MANAGEMENT SYSTEM HAVING GATEWAY ENGINE AND DRIVING METHOD THEREOF
Simplified Explanation
The disclosed patent application describes a power management system that includes a gateway engine for automatic mapping and cloud interoperability of energy storage system (ESS) facility data. The system also includes a driving method for the system. The power management system consists of an interface unit that communicates with one or more storage devices using a communication protocol. The gateway engine receives registration data from the energy storage devices through the interface unit and identifies the devices based on this data. It then links the registration data to a cloud environment, automatically maps the data, applies a control logic, and interoperates with a cloud energy management system (EMS). This system aims to reduce the time and effort required for developing a power management system/energy management system (PMS/EMS), while also securing profitability and expanding the small-scale ESS market.
- The power management system includes a gateway engine for automatic mapping and cloud interoperability of ESS facility data.
- An interface unit forms a communication protocol with one or more storage devices.
- The gateway engine receives registration data from the energy storage devices through the interface unit.
- A data mapping unit identifies an energy storage device based on the received registration data.
- A cloud interoperating unit links the mapped registration data to a cloud environment.
- The system automatically maps data, applies a control logic, and interoperates with a cloud EMS.
- The system aims to reduce the time and effort required for developing a PMS/EMS.
- It also aims to secure profitability and expand the small-scale ESS market.
Potential Applications
- Power management systems for energy storage facilities
- Cloud-based energy management systems
- Integration of energy storage devices with cloud environments
Problems Solved
- Time-consuming and labor-intensive development of power management systems
- Lack of interoperability between energy storage devices and cloud environments
- Limited profitability and market expansion for small-scale energy storage systems
Benefits
- Reduced man-hours required for developing power management systems
- Improved interoperability between energy storage devices and cloud environments
- Increased profitability and market opportunities for small-scale energy storage systems
Original Abstract Submitted
the disclosure relates to a power management system having a gateway engine for automatic mapping and cloud interoperability of ess facility data and a driving method for the system. the power management system includes an interface unit forming a communication protocol with at least one or more storage devices; and a gateway engine including a data receiving unit receiving registration data from at least one energy storage device through at least one communication protocol included in the interface unit, a data mapping unit identifying an energy storage device based on registration data received by the data receiving unit, and a cloud interoperating unit linking registration data mapped by the data mapping unit to a cloud environment, automatically maps data, applies a control logic, and interoperates with a cloud ems, thereby reducing man-hours for developing a pms/ems, securing profitability, and expanding the small-scale ess market.
