With the growth of intermittent renewable energy generation in power grids, there is an increasing demand for controllable resources to be deployed guarantee quality and frequency stability. The flexibility response (DR) has become a valuable solution this problem. However, existing research indicates that problems on prediction DR have not been investigated. This study applied temporal convolu...

Many combined heat and power (CHP) energy hubs work within the following load mode in wintertime to supply request for heat, renewable has been often restricted unified network (UEN) markets. The Internet of Things (PIoTs) enabled UEN transmit data increasingly frequently. As a result flexible connections among various networks, increases its accommodation capacity considerably. Thus, purpose s...

Market power is a dominant feature of many modern electricity markets with an oligopolistic structure, resulting in increased consumer cost. This work investigates how consumers, through demand response (DR), can mitigate against market power. Within DR, our analysis particularly focusses on the impacts load shifting and self-generation. A stochastic mixed complementarity problem presented to m...