Patent Summary - Invented by Derek Stokes Walters

This patent describes an innovative method for balancing the electrical load of a power grid, especially during periods of excess power generation. The method leverages both energy storage systems and computational tasks, such as cryptocurrency mining or AI data centers, to dynamically balance grid supply and demand with high speed and precision.

The system integrates a microcontroller that receives signals from a grid operator to determine a target power consumption level (setpoint). It uses energy storage (batteries) and computational hardware (such as Bitcoin miners or AI data servers) to quickly adjust power consumption to match the target, helping to stabilize the grid. The battery subsystem reacts almost instantly, while the computational units gradually adjust, ensuring seamless load changes. This combination provides a rapid, precise solution for load balancing, particularly useful when renewable energy sources (like solar or wind) introduce fluctuations.

The approach also allows excess power to be stored in batteries or diverted to computational tasks when available, and to return power to the grid when needed. This helps maximize grid efficiency and stability, especially during fluctuating energy production conditions. The method aims to offer a faster response compared to traditional data center control systems, enabling better integration of intermittent energy sources (renewables) and improving grid reliability.