Towards next generation intelligent energy systems: Design and simulations engines

Next generation energy markets and applications

“…. 1.2 Expected energy savings using demand side management techniques (Tsoukalas et al, 2014 (Zhou, Fu, and Yang, 2016 (Lagari et al, 2016). .…”

“…The energy that is not produced for that mid-size smart grid is approximately 40% of the energy actually used. FIGURE 1.1: Demand on a mid-size smart grid of max power in the range of 600 MW (Tsoukalas et al, 2014). FIGURE 1.2: Expected energy savings using demand side management techniques (Tsoukalas et al, 2014).…”

“…FIGURE 1.1: Demand on a mid-size smart grid of max power in the range of 600 MW (Tsoukalas et al, 2014). FIGURE 1.2: Expected energy savings using demand side management techniques (Tsoukalas et al, 2014).…”

“…In this chapter, an effort considering the analysis, the design and the implementation of next generation energy systems besides of the early proof-of-concept implementation and experimentation of a simulation engine aimed to active (Fainti et al, 2014b), (Tsoukalas et al, 2014), (Fainti et al, 2014a) and reactive (Nasiakou, Vavalis, and Bargiotas, 2015) power markets are described in detail. The proposed engine allows the authors to elucidate issues related to the open and smart participation of producers and consumers on large scale energy markets.…”