Virtual Power Plant, by assisting industry and commerce to participate in power spot market transactions, realizes the aggregation and coordinated control of distributed energy such as distributed power generation, energy storage microgrid, energy storage system, controllable load and electric vehicle, participates in power market and power grid operation as a special power plant, accepts power grid dispatching instructions, participates in demand side response, and provides power grid auxiliary services; Realize the functions of "source network load storage" power and electricity balance, energy storage management, strategic operation and optimized coordinated operation, and make contributions to the realization of carbon neutrality.

Features

Demand side response
Response plan management, response resource management, response capability analysis, demand response declaration, demand response implementation, response effect evaluation, response subsidy management


Multi load management scenario
It is flexible and suitable for photovoltaic, energy storage, charging pile, building industry and commerce, optical storage and charging integration and other stations; Organize virtual power plants to participate in power market trading business


Multi service responsiveness
Aggregate all kinds of power user response resources, make full use of technical means to give full play to the characteristics of resources, and provide various regulation and response services for the power grid


Intelligent AI algorithm
The self-learning virtual power plant response and allocation strategy, microgrid control and collaborative scheduling algorithm model, based on the prediction of deep learning, combined with the energy storage AI charging and discharging cost evaluation model, adapt to the actual environment


Full life cycle
Through the collaboration of cloud centralized control and edge computing, ensure the safety, reliability and long-term life of energy storage assets such as microgrid energy operation management, trading, auxiliary services and carbon operation


Cloud centralized control and open API interface

Cloud Architecture, which can realize cloud management of stations; Provide standard API interfaces to realize API data sharing with three-party ecosystem partners