Energy Internet application model and application method

Abstract

The invention provides an energy Internet application model and application method, and the application model comprises an energy supply side, an energy demand side, and an energy information gathering model. The energy supply side is used for providing energy supply information, and issuing the energy supply information to the energy information gathering model. The energy demand side is used forproviding the consumption demand information, and issuing the consumption demand information to the energy information gathering model. The energy information gathering model is used for the energy optimization distribution combination of the energy supply information and the consumption demand information. According to the invention, the application model is provided with a unified energy information gathering place, and the energy optimization distribution combination, i.e., the minimum energy consumption cost or minimum energy production process discharge, is performed through the centralized optimization of the energy supply information and demand information, thereby achieving the purpose of giving a play to the overall advantages of the energy Internet optimization energy supply andconsumption system.

Description

Technical field: [0001] The invention belongs to the field of energy internet, and in particular relates to an energy internet application mode model and an application method. Background technique: [0002] The energy Internet composed of Internet + smart energy is the overall vision of the future energy supply and use system. A large number of power generation and consumption such as charging facilities, photovoltaics, and wind power will be connected to the grid, and the user side will also be activated with the reform of the power system. Centralized storage Energy power stations and distributed energy storage devices are the central core of this energy Internet. Power sales companies that provide comprehensive energy service providers, virtual power plants with distributed energy management, and interactive energy trading systems based on big data platforms. These diversified business entities and the resulting new business models in turn boost The promotion and applic...

AI Technical Summary

Problems solved by technology

At this stage, there is no tailor-made policy system and price mechanism for the industrialization of energy storage technology, especially for electric energy storage, there is basically no policy for implementing detailed rules, and the mechanism for participating in the electricity market is not perfect. Most energy storage projects are due to cost High is not profitable, and it lacks predictable income to attract capital to follow up. It is difficult to realize user-side means such as arbitrage of peak-to-valley difference, and obtaining additional income through participation in demand response.

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