To achieve even lower power consumption in sleep mode, the PMCS design can be optimized in several ways:
Efficient Component Selection: Utilizing ultra-low power components for critical functions such as voltage regulation, power switching, and communication interfaces can significantly reduce power consumption in sleep mode.
Advanced Power Management Algorithms: Implementing advanced power management algorithms that dynamically adjust power usage based on system requirements can further optimize power consumption during sleep mode.
Enhanced Energy Harvesting Integration: Improving the efficiency of energy harvesting mechanisms, such as solar panels, to ensure maximum energy capture and storage for prolonged operation without external power sources.
Optimized Sleep Mode Activation: Implementing intelligent sleep mode activation based on system activity levels or predefined schedules can ensure that the system enters sleep mode when not in use, further reducing power consumption.
Fine-Tuning Power Path Management: Fine-tuning the load sharing circuits to optimize power distribution between different sources and the main system load can help minimize power wastage and enhance overall efficiency.