Carbon emission space configuration method based on resource environmental element coupling analysis

Abstract

The present invention discloses a carbon emission space configuration method based on resource environmental element coupling analysis. The method comprises the following steps of A analyzing an energy consumption system; B carrying out the atmospheric environment capacity constraint configuration; C carrying out the water resource bearing capacity constraint configuration; D carrying out the landresource bearing capacity constraint configuration; E carrying out the carbon emission space configuration on a multi-element coupling condition. By adopting a multi-element coupling and cooperativemanagement technology, the climate, energy and environment problems are planned integrally, and the multiple elements, such as the atmospheric environment capacity, the land resources, the water resources, etc., are coupled, thereby realzing the resource planning and control of the carbon emission space. Moreover, by bringing the carbon emission space resources in the scope of the natural resourceplanning and management, and establishing a resource bearing capacity monitoring and evaluating technical system under a view angle of the carbon emission space, an allocation technology and method of the carbon emission space is realized under the frame of the Paris climate agreement and the new situation promised by the carbon emission peak of China in 2030.

Description

technical field [0001] The present invention relates to a carbon emission allocation method, and more specifically, the present invention mainly relates to a carbon emission space allocation method based on coupling analysis of resource and environment elements. Background technique [0002] At present, technologies related to carbon emission space allocation mainly include carbon emission space allocation technology, carbon emission monitoring and quantification technology, carbon emission optimization dispatching and control technology, among which the carbon emission space allocation technology is the emission rights allocation method at the national level , with the global warming target control as the bottom line, combined with the development stage, population, economy, emission history and emission status of countries and regions to determine the carbon emission space, there are many such models and methods. The second is the allocation of emission space at the region...

AI Technical Summary

Problems solved by technology

The second is the allocation of emission space at the regional level, which is mostly based on the differences in functional areas between different regions. This is used to build a decomposition model of total carbon emission control goals and divide different emission reduction responsibilities. As a supporting technology for planning and management, related technologies are still available. Very immature, mostly limited to theoretical research or work deployment

At present, the planning and management of different resources and environmental elements are scattered, and the goals are not coordinated. Some of the few carbon emission allocation management methods also mainly consider the mutual feedback relationship between population, economy and climate change. It is difficult to form a sustainable development system.

Images