Use of embedded intelligence in tactical grids for energy surety and fuel conservation

This paper describes a system for creating an energy-sharing infrastructure, effectively creating redundant sources of energy supply and significantly reducing the logistical burdens associated with providing power. An intelligent power management and power grid system has been developed and tested. This system optimizes performance and efficiency through local and system-level autonomous controls. The grid system was based on existing military, trailer-mounted, mobile power equipment. A reduction in fuel consumption of 36 percent was observed. In addition, prioritized load shedding was demonstrated as a means to prevent the generators from being overloaded.