Accurate wind farm cluster power forecasting is of great significance for the safe operation of
the power system with high wind power penetration. However, most of the current neural …

The rapid development of the smart energy system promotes bidirectional communications
between the supply-side and demand-side. End users can handily receive real-time prices …

A major challenge to implementing residential demand response is that of aligning the
objectives of many households, each of which aims to minimize its payments and maximize …

Demand response is a promising technology to cope with the ever-increasing peak energy
consumption in smart grid. For the smart home energy management system, it may choose …

With the development of renewable energy and the changes in the characteristics of power
grid, it is becoming increasingly difficult to balance power supply and demand in space and …

New standards and technologies for building automation systems along with the great
proliferation of Internet of things (IoT) devices are enabling residential consumers to make …

Demand-side participation schemes are employed to alter customers' use of electrical
power. The design of a complete scheme comprises two separate sub-problems, a …

This paper addresses the provision of ancillary services in smart energy systems. A large
number of prosumers are aggregated by an Energy Service Provider (ESP) in order to …

In this paper, a scalable framework based on a hierarchical architecture for residential
demand response (DR) is introduced. The architecture, which overlays the physical …

Abstract In Northeast China's electric power auxiliary service market, guiding interruptible
load users to participate in bilateral transactions is an effective measure to ease the difficulty …