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Research on the Scenario Design and Business Model Analysis of Source-Grid-Load-Storage Collaboration for Zero-Carbon Big Data Industrial Park

The green energy transformation of big data centers with high energy consumption is important in promoting carbon neutrality. With zero carbon as the goal, this paper designs three scenarios of source-grid-load-storage collaboration in big data industrial park, namely, company-centric, user-centric,...

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Main Authors:	Yue, Yunli, Ding, Jianmin, Chen, Dan, Fan, Ruixue, Fang, Yong, Liu, Zhonghua
Format:	Conference Proceeding
Language:	English
Subjects:	Analytical models Big Data business model Carbon neutral Collaboration Data models Energy consumption market me chanism Resource management scenario design source-grid-load-storage coordination zero-carbon big data industrial park
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creator	Yue, Yunli Ding, Jianmin Chen, Dan Fan, Ruixue Fang, Yong Liu, Zhonghua
description	The green energy transformation of big data centers with high energy consumption is important in promoting carbon neutrality. With zero carbon as the goal, this paper designs three scenarios of source-grid-load-storage collaboration in big data industrial park, namely, company-centric, user-centric, and market-centric. Then, the optimal allocation model of energy storage in zero-carbon big data industrial park with maximum profit is established, and its business model is analyzed with the financial evaluation method. Finally, this paper takes Zhangbemiaotan Big Data Industrial Park as an example, discusses the economy of the three scenarios combined with national policies, and puts forward suggestions on establishing a feasible business model of zero-carbon big data industrial Park.
doi_str_mv	10.1109/ICPES56491.2022.10072622
format	conference_proceeding
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subjects	Analytical models Big Data business model Carbon neutral Collaboration Data models Energy consumption market me chanism Resource management scenario design source-grid-load-storage coordination zero-carbon big data industrial park
title	Research on the Scenario Design and Business Model Analysis of Source-Grid-Load-Storage Collaboration for Zero-Carbon Big Data Industrial Park
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