A comprehensive energy quantitative purchasing optimization method and system based on an internet platform

Abstract

The invention discloses a comprehensive energy quantitative purchase optimization method and system based on an internet platform, and the method comprises the steps: an energy user publishs an energydemand category and purchase demand parameters to the platform, wherein the demand parameters comprises one or more of energy consumption time, an energy consumption place, energy consumption, and energy quality; The platform screens the products provided in the database according to user requirements and rejects the energy products which do not meet the conditions, calculates a plurality of purchase scheme combinations according to different quotation modes of the screened energy products, sorts the plurality of purchase scheme combinations, and sends the sorted purchase scheme combinationsto an energy user for selection; The user purchases energy according to the selected purchase scheme; And the energy supplier performs energy transmission according to the purchase condition of the user. According to the comprehensive energy quantitative purchase optimization method and system based on the Internet platform, a user can be helped to select an appropriate energy supplier, the cost of an energy user can be saved, and the comprehensive energy purchase efficiency can be improved.

Description

technical field [0001] The present invention relates to the field of data processing optimization, in particular to an Internet platform-based comprehensive energy quantification purchase optimization method and system. Background technique [0002] Along with the reform of the power system, power companies are in the process of transforming into comprehensive energy service providers. Comprehensive energy service providers face many challenges in this transformation process. Energy requirements, all of which pose challenges for enterprise transformation. For energy users, their energy demand is comprehensive on the one hand, not only for useful energy, but also for energy saving. Not only does it require power consumption schemes, but it also requires integrated heat, cold, gas, water, coal, oil, etc. Energy solutions; on the other hand, the demand for energy use is active, and users can actively respond to the system with new energy use intentions based on price signals; ...

AI Technical Summary

Problems solved by technology

[0003] However, comprehensive energy transactions are extremely complex, with many types of energy, many energy suppliers, and various quotation methods. Energy-consuming enterprises and comprehensive energy supply companies will provide different types of energy or make multiple quotations according to their own and user conditions, such as time-sharing Prices, price discrimination, etc., and the prices of various comprehensive energy suppliers change rapidly over time

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