Research On The Construction Of Carbon Asset Management System Of N Power Compan

After 40 years of rapid economic and social progress,my country has successfully entered the ranks of middle-income countries,and its industrial scale has jumped to the first place in the world.However,my country has also paid a huge price in the process of development,with increasingly tight resource constraints,serious environmental pollution,and accelerated ecosystem degradation.In the face of this severe situation,in recent years,the policies on environmental governance in the national construction blueprint have been continuously increased.In the process of international climate governance,in order to establish the image of a responsible power,the Chinese government officially promised to gradually reduce carbon dioxide emissions per unit of GDP,and to reduce carbon dioxide emissions per unit of GDP by 2030.Peak in 2019 and strive to reach the peak as soon as possible.my country has put forward the expected energy development goals from 2030 to 2050 in the policy on energy consumption reform,which will greatly reduce the consumption of fossil energy such as coal and increase the proportion of clean energy consumption.Under the strengthening of carbon neutral policies,carbon emission rights trading is an important starting point.For enterprises to participate in the market-oriented trading of carbon emission rights,they must first clearly understand the nature of carbon trading and carbon assets,and apply them to the low-carbon transformation of enterprises.In practice,carbon asset management is an innovative low-carbon solution in this context.The main research contents of this paper include,tracing the origin and development of carbon trading markets at home and abroad,summarizing the experience of carbon asset management at home and abroad,and clarifying the significance of implementing carbon asset management in the power industry;summarizing the theoretical basis and basic connotation of carbon asset management;Asset-related concepts are defined,and their connotations and characteristics are analyzed;combined with the existing and proposed carbon asset management strategies in the domestic power industry,the strategic evolution of carbon asset management in power companies is summarized;representative N power companies are selected as research objects,analyze the internal and external strategic environment of the enterprise,clarify the challenges and opportunities faced by the enterprise in carbon asset management,put forward the key problems that N Power needs to solve in carbon asset management,and build a problem-oriented structure including system management,data management and The system management framework of the three modules of technical management,combined with the relevant policy documents and the actual situation of the enterprise,establishes an evaluation index system for carbon asset management,evaluates the economic benefits and environmental effects of the enterprise’s low-carbon management,and adds a risk assessment to the management system.and implementation of safeguards.The research shows that :(1)Carbon asset management is a feasible lowcarbon solution for high carbon emission enterprises.Carbon asset management can be a strategic practice that enables organisations to improve their low carbon management processes.By building a carbon asset management system,power companies can basically meet the basic activity objectives of short-term carbon asset management,and enhance their competitiveness and legitimacy.(2)The carbon asset management of enterprises is not just the low carbonization of the management process,but includes the whole process management before,during and after the event.The carbon asset management of enterprises needs to formulate plans and goals in different cycles step by step.(3)Subject to the instability of the external environment and the limitation of the internal technical capabilities of the enterprise,the carbon asset management model of N Power has a limited role in the short term.Building a scientific and efficient carbon asset management model requires continuous trial and error and continuous accumulation of experience.