The Feedback Mechanism of Carbon Emission Reduction in Power Industry of Delayed Systems

Abstract

Carbon emissions of power industry in China have accounted for more than half of the total emissions. How to decrease them is important for realizing carbon emission reduction. This paper proposes a carbon market feedback mechanism to power market, comprehensively considering the influence of generation structure, carbon intension, and technological progress on carbon emission reduction in power industry, and builds a potential model based on dynamic system. Operation system results show that the increasing trend of carbon emission can be controlled effectively but always with a lag. At the same time, sensitivity analysis results show that carbon emission reduction can be better realized by adjusting power structure and improving technological level; the former can reduce 32% and the latter can reduce 60% at most.

Model for sustainable development based on system dynamics and energy–economy–environment coordination: A case study of Beijing, China

“…The data selected in this paper mainly comes from the official statistical bureau (http://edu.bjsta ts.gov.cn/), and some parameters can be referenced in the literature. 27,28 Fixed parameters such as GDP, output value of various industries, and population are all picked from the Beijing Statistical Yearbook of the year. The relative parameters have been calculated based on historical data, and the average value is taken as the parameter setting value in the system.…”

“…The assignment of specific conditions is shown in Table 1. The data selected in this paper mainly comes from the official statistical bureau (http://edu.bjstats.gov.cn/), and some parameters can be referenced in the literature 27,28 . Fixed parameters such as GDP, output value of various industries, and population are all picked from the Beijing Statistical Yearbook of the year.…”

Evaluation Model of Generation Dispatching Optimization considering Participation of Electricity Retailers

“…According to the analysis of the causal circuit diagram [21], the simulation model can be divided into six modules, i.e., the customer module, subsidy module, electricity retailer module, electricity price module, electricity producer module, and load module, as shown in Figure 4.…”

Impact of carbon cost sharing on transmission and distribution electricity prices

“…Carbon cost is a branch of environmental cost, which is based on carbon emission and carbon price, and combines traditional cost and total life cycle theory to measure the cost incurred by enterprises due to the reduction of carbon emission. For the accounting of carbon cost, it mainly includes based on the theory of environmental cost accounting [3] and the theory of total life cycle of products [4], etc. There are also scholars who amend the environmental cost to include the carbon emission of each process into the accounting of environmental cost, or compare and analyze the carbon cost management with the traditional cost management to account for the carbon cost expenditure of the enterprise [5].…”