Carbon Emission Accounting Method and System for UHV Project Construction Based on Stream-batch Integration

As an important carrier for implementing the dual carbon goals and achieving low-carbon transformation of energy, UHV projects need to accurately evaluate and analyze the carbon emission behavior of UHV project construction to promote energy conservation and carbon reduction in the process of UHV project construction. This paper constructs a carbon emission accounting method for UHV project construction based on stream-batch integration, and designs and implements a carbon emission accounting system for UHV project construction. First, the carbon emission accounting boundary and carbon emission source points of UHV project construction are clarified, and then stream-batch integration is introduced to classify and calculate various carbon emission data of UHV projects and monitor and analyze them. The specific steps of carbon emission accounting for UHV projects based on stream-batch integration are given, and finally, the effectiveness of the system is verified from the aspects of calculation efficiency, calculation delay, and robustness by using data such as the UHV project budget list. The research results verify the applicability of the stream-batch integration carbon emission accounting method constructed in this paper, which can process, convert and calculate large-scale carbon emission data in real time, and provide theoretical and technical support for improving the carbon emission control capability of UHV project construction and helping the green and low-carbon transformation of projects.