Date of Graduation
12-2024
Document Type
Dissertation
Degree Name
Doctor of Philosophy in Environmental Dynamics (PhD)
Degree Level
Graduate
Department
Environmental Dynamics
Advisor/Mentor
Matlock, Marty D.
Committee Member
Song, Geoboo
Second Committee Member
Kemper, Nathan P.
Third Committee Member
Luoni, Stephen
Keywords
Building Energy Efficiency; Energy Planning; Energy Policy; Energy Transition; Governance; Local Development
Abstract
The transition from fossil fuel-derived energy resources to clean, renewable, affordable, and reliable energy necessitates a comprehensive approach. This approach must incorporate an interdisciplinary contribution to ensure the sustainability, efficiency, and resilience of the energy system. In the United States, many communities and local governments are developing ambitious plans, regulations, and targets to support the renewable energy transition and enhance energy efficiency. This research builds on the principles of sustainable development planning and transition theory to develop a framework that assists communities in planning their renewable energy (RE) transition and integrate these plans in their long- and short-term development approaches. This research seeks to answer the question “What are the key indicators that influence the transition to clean renewable energy communities, and how can local development approaches be contextualized to support energy transition planning?” A decision-making framework was developed to support communities in their energy transition planning by integrating interdisciplinary strategies incorporating energy planning, policy changes, and land use strategies. Additionally, this study provides recommendations for policymakers and energy planners by evaluating strategies, plans, and policies adopted at multiple governance levels to identify at which level factors affecting renewable energy should be implemented. The research also identifies barriers to the preconstruction of energy-efficient buildings and underscores the need for early collaboration, enhanced knowledge, and improved regulatory frameworks. These measures are essential to overcoming challenges, promoting sustainable building practices, and reducing energy consumption.
Citation
Wehbi, H. (2024). An Analysis of Policies, Practices, and Barriers to create a Multi-Dimensional Approach to Renewable Energy Transition for US Communities. Graduate Theses and Dissertations Retrieved from https://scholarworks.uark.edu/etd/5554
Included in
Environmental Design Commons, Oil, Gas, and Energy Commons, Urban, Community and Regional Planning Commons
