Energy controller for source-grid-load-storage coordinating

Abstract

The invention discloses an energy controller for source-grid-load-storage coordinating, which comprises a shell, a sampling module, a control processing module, a data storage module, a data language conversion module and a communication interface. The sampling module is used for sampling input equipment data, and the data language conversion module is used for converting the input data into unified language data. The sampling module, the control processing module, the data storage module and the data language conversion module are all installed in the shell. The communication interface is fixed to the shell. The sampling module, the data storage module and the data language conversion module are all connected with the control processing module. The energy controller has the beneficial effects that 1, any output language can be unified through the data language conversion module; 2, the energy controller can adapt to different communication conditions through different communication interfaces and communication modules; and 3, the input data is processed through the control processing module, and source-grid-load-storage coordination interaction can be realized.

Description

technical field [0001] The invention relates to the technical field of IoT terminal communication, in particular to an energy controller for coordinating source, network, load and storage. Background technique [0002] "Source-network-load-storage" in the field of new energy such as photovoltaics, wind energy, energy storage and other equipment have their own independent controllers, which can adjust the input and output of equipment according to the current working conditions of their own collection equipment and changes in the grid side , to complete the general work requirements of the equipment. At present, there are two prominent problems: 1. This kind of controller is generally not independent and external, and the MCU is built in the device itself to complete the relevant processing, so often the devices of different manufacturers cannot communicate effectively, let alone work together; 2. For different types of devices, since the built-in controller only manages the...

AI Technical Summary

Problems solved by technology

At present, there are two prominent problems: 1. This kind of controller is generally not independent and external, and the MCU is built in the device itself to complete the relevant processing, so often the devices of different manufacturers cannot communicate effectively, let alone work together; 2. For different types of devices, since the built-in controller only manages the devices themselves, there may be problems of mutual interference and inability to work in an orderly manner in a common scene, and it is even more difficult for different types of devices from different manufacturers to work together effectively

However, the energy controller of this patent can only be applied to residents, and cannot solve the coordination and interaction of source, grid, load and storage, and the power dynamic balance of the power system

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