Abstract :
The Department of Energy is charged with advancing the economy of the United States through the delivery of secure, reliable and efficient energy. The availability of reliable electricity is currently maintained through economic and engineering methods that are generally independent of each other. Transactive Energy proposes to achieve the same mission advanced above through a hybridized blend of economic and engineering goals at multiple levels within the electricity infrastructure. Such an approach represents potentially an optimal use of Smart Grid technologies, delivering benefits that align with the DOE´s measurements of grid modernization: Enabling Informed Participation by Customers, Accommodating All Generation & Storage Options, Enabling New Products, Services, & Markets, Providing Power Quality for a Range of Needs, Optimizing Asset Utilization & Operating Efficiency, Operating Resiliently in Disturbances, Attacks, & Natural Disasters.
Keywords :
power supply quality; power system economics; power system reliability; smart power grids; asset utilization; electricity infrastructure; generation options; operating efficiency; operating resiliently; power quality; power system economics; power system reliability; smart grid technology; storage options; transactive energy; Atmospheric measurements; Availability; Economics; Electricity; Particle measurements; Power system reliability;