Context Architecture as a Vector of Innovation: Pathways to the Consolidation of the Energy Transition
Year: 2025
Type: article
Abstract: The growing evolution of energy transformations demands new perspectives capable of integrating innovation,sustainability, and governance into a single analytical framework. In this context, the context architectureemerges as an interesting conceptual framework to understand and operationalize the complex web of interactionsthat shape both the energy transition and energy governance. This qualitative study employed a bibliographicreview to analyze national and international scientific literature on the subject. The main objective was to examinecontext architecture as a vector of innovation and its contribution to the consolidation of the energy transition,considering the technological, social, and environmental challenges of the sector. The investigation focused onhow this architecture can facilitate system integration, maximize resource efficiency, and strengthen mechanismsof energy governance, thereby increasing resilience in the face of global transformations in energy production and consumption paradigms. The study reaffirms that context architecture provides a holistic and pragmaticperspective on the energy transition and governance, indicating pathways to make them tangible realities. Itconnects innovation, governance, and sustainability, reinforcing the development of energy systems that are moreresilient and socially responsible.Keywords: Context architecture, energy transformations, energy transition, energy governance, vector ofinnovation, resource efficiency.
Authors: Antonio Werbiton, Marinho Almeida, Camila de, Lima Forte, Cleilson, Coutinho da Silva, Eligenes, Sampaio do Nascimento, Evandro de, Menezes Araújo, Francisco Fábio, Braga Florêncio, Francisco José, Lopes Cajado, Givanildo, Ximenes Santana, Irene, Mendes Fontes, Joizia Lima, Cavalcante Rego, Luiz Antonio, Pio de Carvalho, Paulo Francisco, Barbosa Sousa, Rickardo Léo, Ramos Gomes, Ronara Marques, Ribeiro de Sousa, Roberto Augusto, Caracas Neto, Silvana Claudia, de Lima Accioly, Wangler Luiz, Silva Chaves
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7092193727
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