Just Energy Transition and Energy Demands: Regulatory and Technical Challenges in the Integration of Green Hydrogen and Data Centers
This article examines the limits and potential of integrating green hydrogen and data centers within an energytransition framework that calls for sustainable and inclusive solutions capable of meeting growing electricitydemands. The study followed a qualitative approach and relied on two research procedures: a literature reviewand a document-based investigation. The literature review brought together theoretical contributions on energytransition, regulation, and electrical infrastructure, while the document-based investigation involved the analysisof technical reports, regulatory instruments, and institutional guidelines. These procedures complemented eachother and provided a consistent foundation for the discussions presented. The general objective was to analyzehow the integration of green hydrogen and data centers can be implemented in a technically efficient andregulatory-compliant manner, aligned with the principles of a just energy transition and Brazil’s increasingenergy needs. The collected evidence indicates that such integration is feasible, provided that adequate policies,a coherent institutional framework, and technical solutions are established to ensure stability, reliability, andefficiency in high-load environments.
Authors
- Ana Katherine Silveira Pereira Caracas
- Lopes Cajado Francisco José
- Braga Dantas Tovyska
- Sanches Junior Emilio Parra
- Barroso de Assis Vanessa
- Dote Sá Tadeu
- Félix Rodrigues Ivan César
- Caracas Neto Roberto Augusto
- Ximenes Santana Givanildo
- Luiz Silva Chaves Wangler
- Mendes Fontes Irene
- Ramos Gomes Rickardo Léo
- Lopes Barroso Pinto Luísa Janaina
- de Lima Accioly Silvana Claudia
- Marinho Almeida Antonio Werbiton
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-12-20
- DOI
- https://doi.org/10.5281/zenodo.17998770
- Primary Topic
- Hybrid Renewable Energy Systems
- Type
- article
- Field-Weighted Citation Impact
- 0.00