Author(s)

CHIA-LING LEE, SHENG-XIANG KAO, CHIEN-TE FAN

Abstract

This study explores the challenges of implementing the aquavoltaics policy in Taiwan, a classic example of a ‘wicked problem’ in energy policy due to its complexity and the diverse interests involved. Utilizing the analytic hierarchy process (AHP), the research enhances the Solar Fishery and Electricity Symbiosis Auditing Environmental and Social Inspection (SFES-ESI) framework, effectively bridging the gap between policy planning and stakeholder expectations. The AHP methodology facilitates a systematic and objective evaluation of key issues, enabling stakeholder participation and minimizing emotional biases. It helps in the effective management of conflicts, improvement of communications, and refinement of policies. Detailed AHP analysis reveals that social considerations are paramount (31.9%), followed by environmental (28.1%) and economic factors (24.3%), highlighting the need for a balanced approach that aligns solar energy policies with local values while promoting sustainable economic and environmental development. This approach provides a strategic, data-driven framework for addressing energy policy challenges in Taiwan, emphasizing multi-faceted policy-making and stakeholder engagement in sustainable development.

Keywords

aquavoltaics, analytic hierarchy process (AHP), wicked problem, public participation, energy policy, policy decision making, green conflict