Single Power Supply with Dynamic Load Balancing

The patent combines multiple separate power supplies into a single shared power supply unit that serves multiple devices. The power supply is rated for a lower individual power level than the sum of peak demands, but through coordinated operation and demand averaging, multiple devices can share the power capacity efficiently, eliminating wasted capacity and reducing cable clutter while maintaining independent device operation.

The patent implements a feedback mechanism where devices communicate their power demand to a controller, which monitors total power consumption. When the sum of power demands approaches the maximum rating of the single power supply, the controller coordinates power reduction with devices to prevent exceeding the maximum rating, thereby avoiding overheating and damage while maintaining the benefits of reduced cable clutter and optimized power capacity.

The patent implements dynamic power management where the power supply rating and device performance requirements are balanced through coordinated operation. When total power demand approaches the maximum rating, the system dynamically adjusts power distribution and device operation to maintain safety while preserving performance as much as possible. The single power supply operates at a lower individual rating than the sum of peak demands, but through demand averaging and coordinated operation, devices can achieve their performance requirements without exceeding safety limits.