In this project we utilize the concept of Dynamic Monitoring and Decision Systems (DyMoNDS) framework for IT-enabled engineering of end-to-end retail level energy services. The main architecture of interest is a fully integrated retail level energy service system for enhanced efficient, clean and reliable energy services.

The requirement of fast generation for the case when the aggregate of small end-devices respond versus when they do not, decreases significantly. As a result, the wear-and-tear of the fast units reduce significantly and more importantly, the need for these expensive units can be minimized.