Power consumption behavior optimization method based on new energy carbon emission reduction

By dividing the power consumption networks in the power consumption area, evaluating the potential of carbon emission reduction and setting optimization strategies, the problems of intermittent new energy and dependence on traditional energy are solved, and the optimization of electricity consumption behavior and the achievement of carbon emission reduction goals are achieved.

CN119740704APending Publication Date: 2025-04-01ECONOMIC TECH RES INST STATE GRID QIANGHAI ELECTRIC POWER +2
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Patent Information

Application Number
CN202411866732.9
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-12-18
Publication Date
2025-04-01

AI Technical Summary

Technical Problem

In response to climate change and carbon emission reduction goals, the intermittent and instability of new energy, the dependence of traditional energy, and changes in user electricity use behavior have brought many challenges, and it is difficult to effectively optimize electricity use behavior to reduce energy waste and carbon emissions.

Method used

By combining new energy technology, smart grid technology and user behavior analysis, the power consumption network is divided, the carbon emission reduction potential of each power consumption network is calculated, and based on this, the power consumption behavior optimization strategy is set, the traditional energy production parameters are adjusted, and the energy supply structure is optimized.

Benefits of technology

In the power consumption areas where traditional energy and new energy coexist, we have given priority to allocating new energy to power consumption networks with high carbon emission reduction potential, reducing dependence on traditional energy, improving the power generation efficiency of new energy, and reducing energy waste and carbon emissions.

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Abstract

The invention relates to the technical field of power consumption behavior optimization, and discloses a power consumption behavior optimization method based on new energy carbon emission reduction, which comprises the following steps: dividing a current power consumption area to be optimized to generate a plurality of power consumption networks; calculating the carbon emission reduction potential of each power utilization network; setting a power utilization behavior optimization strategy based on the carbon emission reduction potential of the power utilization network; wherein the power utilization behavior optimization strategy comprises the step of calculating and combining a power generation capacity index of the new energy power station and a carbon potential value of a user side to adjust traditional energy production parameters in the current power utilization network. On the basis of optimizing power consumption behaviors and reducing consumption of traditional energy, emission of greenhouse gases such as carbon dioxide is reduced, the pressure of climate change is relieved, the energy utilization efficiency is improved by adjusting power consumption strategies, unnecessary energy waste is reduced, the energy cost is reduced, and the energy utilization efficiency is improved. Especially for large-scale industrial users and commercial users, the economic benefits of enterprises can be remarkably improved by reducing the energy cost.
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