Energy Storage Thermal Control for Grid Peak Power Management

The patent applies dynamics by making the temperature regulation strategy adaptive rather than static. The thermal control module adjusts its operation based on real-time grid power consumption status, switching between different temperature maintenance modes (first temperature during peak periods, second temperature during valley periods) to dynamically balance reliability and energy consumption

The patent changes the temperature parameter based on grid conditions. During peak power consumption periods, the device operates at a first temperature that ensures performance, while during valley periods, it operates at a second temperature that reduces power consumption. This parameter change resolves the contradiction by making temperature a variable that adapts to external conditions

The patent implements periodic action by operating the thermal control module differently during peak and valley periods of grid power consumption. Instead of continuous operation at full capacity, the module periodically adjusts its operation intensity based on the timing and grid conditions, reducing overall energy consumption while maintaining necessary temperature control

The patent applies partial action by not always maintaining the temperature at the level required for optimal performance. During valley periods when grid power is abundant and cheap, the system accepts a higher temperature (second temperature) that is sufficient but not excessive, reducing the workload on the thermal control module and lowering its power consumption