Consideration of green electricity-carbon emission linked calculation and carbon offset in optimization of zero-carbon park operation

Shao Jiangchen; Lin Hong; ChenYu

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Consideration of green electricity-carbon emission linked calculation and carbon offset in optimization of zero-carbon park operation

更新时间：2026-03-30

- Consideration of green electricity-carbon emission linked calculation and carbon offset in optimization of zero-carbon park operation
- Vol. 63, Issue 3, (2026)
- 作者机构：
  
  新疆大学电气工程学院
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Published：2026
- 稿件说明：
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Shao Jiangchen, Lin Hong, ChenYu. Consideration of green electricity-carbon emission linked calculation and carbon offset in optimization of zero-carbon park operation[J]. 2026, 63(3).
DOI：

Shao Jiangchen, Lin Hong, ChenYu. Consideration of green electricity-carbon emission linked calculation and carbon offset in optimization of zero-carbon park operation[J]. 2026, 63(3). DOI：

摘要

基于潮流追踪法提出了一种零碳园区绿电-碳联动计算方法

实现园区所在节点流入电能的绿电比例与碳排放因子的动态更新

改进目前绿电-碳计算难以联动的问题和由于时间空间因素带来的计算误差问题

能够对园区的绿电消纳和碳排放进行准确量化

将上述绿电比例与碳排放因子加入园区的优化运行中

构建零碳园区绿电-零碳-经济优化运行模型

考虑绿电消纳和零碳目标

同时利用碳抵消技术将园区直接、间接碳排放进行抵消。仿真验证文章所提优化模型相比于常规经济优化模型

绿电消纳量与绿电消纳率分别提高了18 MWh 和5%

实现了零碳排放。

Abstract

Based on the power flow tracing method

a green electricity-carbon linkage calculation method for zerocarbon parks is proposed to dynamically update the proportion of green electricity and carbon emission factors at the nodes of park

addressing current calculation issues and errors due to temporal and spatial factors

which can accurately quantify green electricity consumption and carbon emissions. The proportion and emission factors are integrated into park optimization

forming a model for green power-zero-carbon-economic optimization. Considering green electricity consumption and zero-carbon goals

the carbon offset technology is used to offset direct and indirect carbon emissions in the park. Compared with the conventional economic optimization model

the green electricity consumption and green electricity consumption rate increases by 18 MWh and 5% respectively

and zero-carbon emission is realized with model rationality verified through simulation.

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