Inform and support governments in clean energy and energy-efficient technology policy development.

        Prince of Songkla University (PSU), through its Electric Vehicle (EV) Center, plays a proactive role in informing and supporting government agencies in the development of clean energy and energy-efficient technology policies. 

        A notable example of this contribution is the development of Southern Thailand’s first zero-emission electric long-tail boat prototype, designed to promote sustainable tourism and revitalize local waterways such as Khlong Hae and Khlong U-Tapao. The project aligns with Thailand’s national policies on renewable energy transition and carbon emission reduction, serving as a model for sustainable transport in regional communities. 

        PSU researchers collaborated with local administrative organizations, the Provincial Office of Natural Resources and Environment, and related government bodies to provide technical data, performance evaluations, and policy recommendations based on real-world testing results. The prototype uses lithium battery systems mounted on the existing engine platform to convert traditional internal combustion engine (ICE) long-tail boats into electric-powered, pollution-free vessels. 

        Testing confirmed the boat’s efficient energy performance, achieving a stable speed of 20 km/h, with optimized battery management and thermal control at 32–35°C, meeting all safety and operational standards. 

        By demonstrating the technical feasibility and environmental benefits of electric propulsion systems, PSU provides evidence-based insights to support government policy formulation in clean energy adoption, eco-friendly transportation, and sustainable tourism. This initiative serves as a pilot model for future government-backed projects promoting energy-efficient technologies and renewable energy integration across Southern Thailand. 

Click for more information https://www.psu.ac.th/?page=news&news_code=1311 

Another notable example is PSU’s partnership with the Royal Thai Air Force, which initiated a project to install wind turbines at Khao Wong Chan Daeng to generate clean energy for the Air Force’s communication and flight operation systems. In this project, Assoc. Prof. Dr. Montri Lueangchuanon from the Faculty of Environmental Management, PSU, contributed his expertise in renewable energy assessment and environmental engineering. 

Dr. Montri assisted in setting up wind energy data collection stations and identifying optimal locations for turbine installation based on topographical and meteorological analysis. The findings from PSU’s technical support helped inform government decisions on wind power utilization, contributing to the expansion of renewable energy infrastructure within the defense sector. 

Through such collaborative initiatives, PSU provides scientific data, technical expertise, and policy insights to inform and support government agencies in advancing clean energy adoption and energy-efficient technology development—further reinforcing national goals toward sustainable and low-carbon energy transition.