Similar Instruments, Different Outcomes: Implementation Capacity and Renewable Energy Delivery in Kuwait and the UAE

Kuwait and the United Arab Emirates (UAE) share a GCC context, strong solar resources, financing capacity, and renewable energy ambitions, yet their deployment trajectories differ markedly. Treating renewable energy deployment as an infrastructure delivery problem, this study examines this variation through a structured comparison of legal, procurement, project, and statistical records updated through August 2026. The empirical evidence base comprises 41 unique records, including 13 used for the institutional classifications and 28 used to document contextual conditions, deployment measures, and project milestones. By the end of 2025, IRENA reported total national renewable power capacity of 7907 MW in the UAE and 114 MW in Kuwait. These national aggregates have a broader statistical scope than the utility-scale, public grid projects examined in the project-level analysis. Drawing on governance and policy implementation literature, the study develops an implementation capacity framework comprising institutional coordination, implementation processes, and accountability. Both cases use competitive independent power producer procurement, long-term buyer-backed offtake arrangements, and formal monitoring and review arrangements. The differences concern the timing and location of binding decisions and the continuity of project delivery arrangements. Across the UAE arrangements examined, renewable energy procurement operates through identifiable emirate-level sector entities and established procurement chains, whereas Kuwait’s renewable procurement operates through a statutory chain involving the relevant public entity, the Kuwait Authority for Partnership Projects, a multiministerial Higher Committee, and ministerial approval. Project progression is also more readily traceable through designated sector entities in the UAE. The selected utility-scale projects span different stages and schedule outcomes across the two cases; they do not constitute complete national project inventories, and neither case is treated as uniformly successful or constrained. The institutional patterns are associated with contrasting deployment trajectories, but their effects cannot be isolated from differences in system scale, administrative and investor structures, electricity pricing, grid conditions, and project characteristics. The study’s principal contribution is a delivery-specific framework that operationalizes implementation capacity through common, observable indicators assessed separately from commissioning and installed capacity outcomes. It shows that similar IPP and long-term offtake instruments do not necessarily constitute equivalent project delivery systems because they may operate through different decision making, approval, coordination, and accountability structures.