Résultats du processus de synthèse de l'article arXiv : 2504.08060v1

Résumé : The transition to low-carbon energy systems demands comprehensive evaluation tools that account for technical, economic, environmental, and social dimensions. While numerous studies address specific aspects of energy transition, few provide an integrated framework that captures the full spectrum of impacts. This study proposes a comprehensive techno-economic, environmental, and social (TEES) assessment framework to evaluate energy transition pathways. The framework provides a structured methodology for assessing infrastructure needs, cost implications, emissions reductions, and social equity impacts, offering a systematic approach for informed decision-making. To illustrate its applicability, a detailed case study of a remote community in Alaska is conducted, evaluating the TEES impacts of three distinct energy transition pathways including heat pumps (HPs) and battery integration, resource coordination and expanded community solar photovoltaic (PV). Findings show that coordination of HPs minimizes peak demand, enhances grid reliability, and reduces energy burdens among low-income households. Extensive simulation-based analysis reveals that strategically staging electric HPs with existing oil heating systems can lower overall energy costs by 19% and reduce emissions by 29% compared to the today's system and outperforms all-heat-pump strategy for economic savings. By combining a generalizable, community-centric assessment framework with data-driven case study insights, this work offers a practical tool for utilities, community stakeholders and policymakers to work toward equitable and sustainable energy transitions.