CN-121998189-A - Management system for energy conservation and emission reduction plan based on big data prediction

CN121998189ACN 121998189 ACN121998189 ACN 121998189ACN-121998189-A

Abstract

The invention relates to the technical field of energy conservation and emission reduction, in particular to a management system for an energy conservation and emission reduction plan based on big data prediction. The system comprises an enterprise carbon emission prediction unit, wherein the output end of the enterprise carbon emission prediction unit is connected with a phase-adaptive enterprise determination unit, the output end of the phase-adaptive enterprise determination unit is connected with a conversion cooperation analysis unit, and the output end of the conversion cooperation analysis unit is connected with a regional carbon emission distribution unit. The carbon emission trade can be met among a plurality of enterprises by taking the carbon emission trade and the enterprise cooperation trade as the basis, and a knowledge channel is established among the enterprises by realizing the carbon emission trade among the enterprises, so that the trade cooperation probability among the enterprises is improved, and the trade cooperation among the enterprises is promoted.

Inventors

PANG YONGQUAN
LIU HEMING
WANG JUN
LIU YICHANG
MENG NING
Su Taihui
ZHANG HAO
Gou Qing

Assignees

四川白讯企业管理咨询有限公司

Dates

Publication Date: 20260508
Application Date: 20260127

Claims (7)

1. The management system for the energy conservation and emission reduction plan based on big data prediction comprises an enterprise carbon emission prediction unit (1), wherein the enterprise carbon emission prediction unit (1) is used for obtaining operation projects and yield conditions of enterprises, predicting carbon emission of the enterprises according to the yield conditions and recording the operation projects and the carbon emission of the enterprises as reference enterprise targets, and is characterized in that an output end of the enterprise carbon emission prediction unit (1) is connected with an adaptive enterprise determination unit (2), the adaptive enterprise determination unit (2) is used for recording other enterprises as transaction enterprise targets according to the reference enterprise targets and capable of transacting with the enterprises in the reference enterprise targets, recommending the reference enterprise targets and the transaction enterprise targets to conduct carbon emission transactions, an output end of the adaptive enterprise determination unit (2) is connected with a conversion cooperation analysis unit (3), the conversion cooperation analysis unit (3) is used for analyzing total transaction conditions between the reference enterprise targets and the transaction enterprise targets, an output end of the conversion cooperation analysis unit (3) is connected with an area carbon emission distribution unit (4), and the area carbon emission distribution unit (4) is used for determining the area carbon emission conditions according to the total transaction conditions and carrying out the increase of the transaction carbon emission of the enterprises.
2. The system for energy conservation and emission reduction planning based on big data prediction according to claim 1, wherein the enterprise carbon emission prediction unit (1) comprises an enterprise yield data acquisition module (11), the enterprise yield data acquisition module (11) is used for acquiring business project information of an enterprise and estimated data of project yield, an output end of the enterprise yield data acquisition module (11) is connected with an enterprise carbon emission analysis module (12), and the enterprise carbon emission analysis module (12) is used for predicting carbon emission to be generated by the enterprise when the enterprise finishes project yield according to the business project information of the enterprise and the estimated data of project yield and recording the business project information and the carbon emission as reference enterprise targets.
3. The system for energy conservation and emission reduction planning based on big data prediction according to claim 1, wherein the adaptive enterprise determination unit (2) comprises a transaction enterprise screening and positioning module (21), the transaction enterprise screening and positioning module (21) is used for receiving reference enterprise target information in an enterprise carbon emission analysis module (12), the transaction enterprise screening and positioning module (21) screens and references enterprises in enterprise targets according to the reference enterprise target information to realize carbon emission transactions and other enterprises with cooperative planning, the screened other enterprises are marked as transaction enterprise targets, and the transaction enterprise targets and the reference enterprise targets are recommended to conduct transactions.
4. The system according to claim 3, wherein the adaptive enterprise determination unit (2) includes a target enterprise reservation module (22), and the target enterprise reservation module (22) is configured to set a predetermined other enterprise as a predetermined transaction target when the predetermined other enterprise is selected by the enterprise in the reference enterprise target, and the predetermined transaction target is different from the transaction enterprise target determined by the reference enterprise target.
5. The system for energy conservation and emission reduction planning based on big data prediction according to claim 1, wherein the transformation cooperation analysis unit (3) comprises a carbon emission trade profile analysis module (31), the carbon emission trade profile analysis module (31) is used for acquiring carbon emission trade information between the trade enterprise target and the reference enterprise target and analyzing whether other cooperation except carbon emission trade exists between the trade enterprise target and the reference enterprise target, a two-way transformation cooperation analysis module (32) is connected to an output end of the carbon emission trade profile analysis module (31), and the two-way transformation cooperation analysis module (32) is used for determining project yield conditions of the trade enterprise target and the reference enterprise target when other cooperation except carbon emission trade exists between the trade enterprise target and the reference enterprise target according to an analysis profile between the trade enterprise target and the reference enterprise target by the carbon emission trade profile analysis module (31).
6. The system for energy conservation and emission reduction planning based on big data prediction according to claim 1, wherein the regional carbon emission distribution unit (4) comprises a carbon emission growth amplitude induction module (41), the carbon emission growth amplitude induction module (41) is used for acquiring carbon emission amounts caused by project yield changes of the trading enterprise target and the reference enterprise target after other trading cooperation is carried out on the trading enterprise target and the reference enterprise target, the growth amplitude corresponding to the carbon emission amounts is estimated according to the carbon emission amounts, and the carbon emission growth amplitude induction module (41) determines and inducts enterprises with the same carbon emission amount growth amplitude.
7. The system for managing energy conservation and emission reduction programs based on big data prediction as set forth in claim 6, wherein the output end of the carbon emission growth amplitude induction module (41) is connected with a regional carbon emission distribution perfection module (42), and the regional carbon emission distribution perfection module (42) is configured to obtain the position of an enterprise with the same carbon emission growth amplitude by summarizing and inducing the carbon emission growth amplitude by the carbon emission growth amplitude induction module (41), so as to determine the region where the enterprise is located, and redistribute the carbon emission of the enterprise with low project yield and excessive carbon emission distribution and the current carbon emission growth enterprise in the region.

Description

Management system for energy conservation and emission reduction plan based on big data prediction Technical Field The invention relates to the technical field of energy conservation and emission reduction, in particular to a management system for an energy conservation and emission reduction plan based on big data prediction. Background Energy saving and emission reduction means saving material resources and energy resources, reducing emissions of wastes and environmental harmful substances (including three wastes, noise and the like), and in a narrow sense, energy saving and emission reduction means saving energy and reducing emissions of environmental harmful substances. For carbon dioxide emission (hereinafter referred to as carbon emission) in the environment, the carbon emission limit is allocated to the enterprise to enable the enterprise to perform carbon emission, but for the enterprise, the yield and the carbon emission of the enterprise are hooked, that is, the carbon emission is affected by the yield of the enterprise, then when the yield of some enterprises is lower than or higher than the carbon emission in a certain period, the enterprise can sell or purchase the corresponding carbon emission to other enterprises at the moment to ensure that the enterprise can perform normal production, but at present, when the carbon emission is sold or purchased to other enterprises, the selected enterprise object is not limited, that is, the enterprise matched with the enterprise can not be found in some enterprises capable of performing carbon emission transaction, for example, the relationship between a manufacturer and a raw material provider is not found, and further, although the transaction of the carbon emission is satisfied between the enterprises at present, the subsequent marketing benefit of the enterprise cannot be expanded, and the carbon emission of the enterprise cannot be improved and the carbon emission planning of the enterprise cannot be realized through the cooperation. Disclosure of Invention The invention aims to provide a management system for an energy conservation and emission reduction plan based on big data prediction, so as to solve the problems in the background technology. In order to achieve the above-mentioned objective, the present invention provides an energy-saving and emission-reduction planning management system based on big data prediction, which includes an enterprise carbon emission prediction unit, wherein the enterprise carbon emission prediction unit is configured to obtain an operation project and a yield condition of an enterprise, predict a carbon emission amount of the enterprise according to the yield condition, and record the operation project and the carbon emission amount of the enterprise as reference enterprise targets, an adaptive enterprise determination unit is connected to an output end of the enterprise carbon emission prediction unit, and is configured to screen other enterprises capable of transacting with the reference enterprise targets according to the reference enterprise targets, record the other enterprises as transaction enterprise targets, recommend the reference enterprise targets to transact carbon emission with the transaction enterprise targets, and an output end of the adaptive enterprise determination unit is connected to a conversion cooperation analysis unit, and the output end of the conversion cooperation analysis unit is connected to a regional carbon emission distribution unit, and the regional carbon emission amount of the enterprise is increased according to the total transaction condition, and redistributes the regional carbon emission amount of the enterprise. As a further improvement of the technical scheme, the enterprise carbon emission prediction unit comprises an enterprise yield data acquisition module, wherein the enterprise yield data acquisition module is used for acquiring business project information of an enterprise and estimated data of project yield, the output end of the enterprise yield data acquisition module is connected with an enterprise carbon emission analysis module, and the enterprise carbon emission analysis module is used for predicting carbon emission to be generated by the enterprise when the project yield is completed according to the business project information of the enterprise and the estimated data of the project yield, and marking the business project information and the carbon emission as reference enterprise targets. As a further improvement of the technical scheme, the adaptive enterprise determining unit comprises a transaction enterprise screening and positioning module, wherein the transaction enterprise screening and positioning module is used for receiving the information of the reference enterprise target in the enterprise carbon emission analysis module, and the transaction enterprise screening and positioning module screens and can realize carbon emission transaction and other e