Energy-saving energy management system

Abstract

The invention discloses an energy-saving energy management system, comprising a solar photovoltaic energy management unit, a smart electrical appliance, an energy-saving energy management unit, a datadebugging module, a data analysis module and an energy monitoring module, wherein the energy-saving energy management unit is provided with a big data module for collecting the service condition of the electrical appliance in the solar photovoltaic energy management unit; the data debugging module is used for performing information classification on the collected big data; the data analysis module is used for carrying out information analysis on the collected big data and displaying the data in a tabular form; and the energy monitoring module is used for automatically adjusting on-off or parameters of the energy system. The energy-saving energy management system in the invention is provided with an energy-saving energy management unit, the energy-saving energy management unit is arrangedbetween the solar photovoltaic energy management unit and the smart electrical appliance, can obtain the information of both the solar photovoltaic energy management unit and the smart electrical appliance, and feeds back the data of the energy system to a corresponding port through big data analysis, so that data adjustment and control is realized, and the system has smarter energy control and saving functions.

Description

technical field [0001] The invention belongs to the technical field of energy management, and in particular relates to an energy-saving management system. Background technique [0002] At present, all kinds of energy consumption in the residence is large, and this is because there is no self-service management, which often results in a large amount of energy waste. In order to effectively utilize energy for such a large residence or a large energy consumption environment, it is necessary to establish an automated energy consumption data system to monitor energy supply and consumption in order to implement control over energy consumption. In such a large-scale energy consumption environment, because there are many energy consumption paths and many energy-consuming devices, the monitoring of the overall energy consumption often requires the establishment of a large number of monitoring devices, and these monitoring data cannot form an overall energy consumption analysis, so it...

AI Technical Summary

Problems solved by technology

In such a large-scale energy consumption environment, because there are many energy consumption paths and many energy-consuming devices, the monitoring of the overall energy consumption often requires the establishment of a large number of monitoring devices, and these monitoring data cannot form an overall energy consumption analysis, so it is impossible to analyze the overall energy consumption. The entire energy consumption is optimized

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