Adaptive Energy Scheduling for Intermittently Powered Electronics

The patent applies dynamics by making the action execution frequency adaptive rather than fixed. The scheduling system dynamically adjusts when and how often actions are executed based on real-time energy level monitoring. When energy levels are high, more actions can be executed frequently; when energy levels drop, the system automatically reduces execution frequency to conserve energy, thus resolving the contradiction between productivity and energy consumption.

The patent changes the parameter of action execution frequency based on energy conditions. Instead of maintaining a constant high frequency for maximum productivity, the system modifies this parameter dynamically according to available energy levels. This allows the device to operate productively when energy permits while extending operation duration when energy is limited, directly addressing the contradiction between action frequency and energy usage.

The patent implements self-service by enabling the device to automatically adjust its own action configuration based on energy levels without requiring user intervention. The scheduling system autonomously monitors energy status and modifies action frequencies and priorities accordingly. This maintains ease of operation (users don't need to manually reconfigure) while extending service life through adaptive energy management.

The patent transforms the static fixed configuration into a dynamic adaptive configuration. The action schedule is no longer rigid but flexibly adjusts to energy conditions. This dynamic approach preserves operational simplicity from the user perspective while internally optimizing for extended service life by reducing energy consumption during low-energy periods.

The patent changes the power level parameter of executed actions based on energy availability. The scheduling system selectively executes high-power actions only when energy reserves are sufficient, and substitutes them with lower-power alternatives or delays them when energy is limited. This parameter adjustment resolves the contradiction by maintaining productivity when possible while extending operational duration through power management.

The patent applies partial action by executing only the necessary subset of high-power actions based on current energy reserves and priority levels. Instead of running all configured actions at full power, the system selectively executes partial sets of actions that provide sufficient functionality while consuming less energy, thereby extending operational duration without completely sacrificing productivity.