Zheng Aixia

The research of residential load aggregation mode and application orienting to energy Internet

The dispersion and real-time variation of the resident load bring some difficulties to the load management. Orienting to the energy internet, Equipment for residential can achieve the load centralized management and unified dispatch as well as using aggregated characteristics to make more effective service in intelligent electric business and demand side management operations. According to the characteristics of residential equipment with the Energy Internet, this paper proposes five kinds of aggregation modes combined with the hierarchy analysis thought and the user of electricity infrastructure. Whats more, this paper makes the studies on the architecture of residential load aggregation system, aggregation modes and key technology. It also analyses the application of load aggregation in intelligent use of electricity, demand side management(DSM) and new energy consumptive and other business.

The architecture and technology of demand response within Energy Internet

This paper mainly introduces the demand response project and Energy Internet, meanwhile makes a brief introduction of them. We also innovative summed up the demand response use case in the energy network to clarify their relationship. With analyzing current energy network concept, we summarize architecture and technology.

Design of discrete event based OpenADR simulation platform for load dispatching

In this paper, we have studied the architecture of the most recent OpenADR specification. Based on the profile specification, we have presented a novel simulation platform that integrated both the information and electric characters. It can be used as a strategies simulation of the training tools for power dispatcher. There are several essential parts in our simulation platform that is the interaction between different entities, the modeling of each OpenADR node, and the finite state machine. Finally, the simulation platform is shown can further work is concluded to be integrated in this simulation platform, more advanced application modules are expected to improve the function of this platform.