3results about How to "Flexible control strategy" patented technology

This application provides a thermal management method, apparatus, and medium for an energy storage system. The method includes: acquiring state data of the energy storage system, including an array representing the battery's operating mode and temperature control mode. Each operating mode corresponds to a specific control strategy under different temperature control modes. The control strategy is configured with entry and exit conditions for whether to execute the strategy. If the battery's operating data is detected to meet the entry or exit conditions, the corresponding control strategy is responded to based on the met conditions, controlling the temperature and flow request values ​​output by the liquid cooling system. This application uses an array to represent the battery's operating mode and temperature control mode and configures a flexible control strategy, making it easier to expand and maintain as needed. On the one hand, it achieves precise management; on the other hand, the array-based settings greatly reduce the workload of software development and configuration, improving the efficiency of thermal management configuration and monitoring of the energy storage system.

The oxygen generation system comprises a plurality of oxygen generation modules, an oxygen storage module and a control module. And each oxygen generation module is configured to be capable of preparing oxygen at preset constant power. And the oxygen storage module is communicated with each oxygen generation module through a plurality of mutually independent first oxygen conveying pipelines. The control module is in communication connection with all the oxygen generation modules. The control module comprises a control piece and a first detection piece, and the first detection piece is configured to be capable of determining the oxygen consumption of the output end of the oxygen storage module. The control piece is configured to selectively control the oxygen generation modules to be started independently or synchronously according to the oxygen consumption. By arranging the multiple oxygen generation modules, a flexible control strategy can be achieved, energy consumption is optimized, and the problem that in a traditional oxygen generation system, the efficiency is low when a single air compressor is in a low load state is solved. And the safety and the stability of system operation can be further improved in a decentralized operation mode, so that the actual requirements of oxygen consumption fluctuation change in places such as hospitals and the like can be better met.

The application discloses an IGBT module intelligent monitoring system integrated with a temperature sensor and relates to the technical field of power electronic equipment monitoring.The system comprises the following: an information acquisition unit, which comprises a detection loop formed by various sensors, acquires data, processes the data, generates a structured data set, and transmits the structured data set to a hot state evaluation unit; the unit predicts junction temperature trends, quantifies thermal margins, generates an evaluation report, and issues the evaluation report to a collaborative decision unit; the unit calculates optimal instructions and transmits the optimal instructions to a precise regulation and control unit; the latter executes regulation and control, records logs, acquires parameters, triggers protection, and feeds back corrections, thereby forming a closed-loop control; the application builds a multi-unit collaborative closed-loop control architecture, integrates multiple functions, realizes full-dimensional perception and fine management of IGBT modules, optimizes data processing and regulation and control logic, realizes efficient linkage of monitoring and regulation and control, predicts junction temperature changes, combines graded protection and dynamic correction, adapts to different working conditions, prolongs the service life, and improves the stability, reliability and operation efficiency of the system.