Smart Grid Investment Grant Program Impact Analysis
The impact analysis will use empirical data developed by the Smart Grid Investment Grant (SGIG) projects combined with information on how smart grid technologies are being applied. The goal is to determine the value of the technology to better inform decision-makers considering adopting it.
Learn more about DOE's analytical approach for assessing program impacts>>
The Department of Energy’s analysis is focused on presenting empirical results as well as reporting on the costs, benefits, lessons learned and best practices associated with these focus areas:
Peak Demand and Electricity Consumption
The reduction in peak and overall demand and changes in consumer behavior resulting from the deployment of advanced metering infrastructure (AMI), direct load control programs, time-based rate programs, and consumer information and control technologies such as in-home displays, web portals, and programmable communicating thermostats. MORE >>
Operations Improvement from AMI
Improvements in operational efficiency including reduced costs resulting form AMI-enabled capabilities such as remote meter reading, tamper detection, remote service connection and disconnection, and enhanced outage management. MORE >>
Operations and Maintenance Improvements in Distribution Systems
Reductions in the costs associated with the operations and maintenance of electric distribution systems resulting from improved business practices and procedures that reduce truck rolls, extend equipment life, and improve overall operational efficiency. MORE >>
Distribution System Reliability
Improvements in the reliability of electric distribution systems; i.e., by limiting the scope, frequency and duration of power outages through the application of technologies that help automate distribution system operations such as automated feeder switching, equipment health monitoring, and AMI outage notification systems. MORE >>
Energy Efficiency Improvements in Distribution Systems
Improvements in the efficiency of energy delivery; e.g., reducing energy losses within distribution systems through the application of automated control technologies to more effectively manage voltage requirements. MORE >>
Applications of Synchrophasor Technology
The application of synchrophasor technology to enhance visibility and control within transmission systems and how that leads to improved reliability, efficiency, and flexibility. MORE >>