Accelerating Transformative Technology for Sustainable Clean Energy Development (ASCEND)
For permanent residents of Malaysia or Indonesia
Research Area 1
This project aims to advance ASEAN’’s renewable energy sector by developing highly efficient, affordable concentrating solar photovoltaic (PV) technology. The proposed technology aligns with ASEAN’s aspiration, which sets a target of 35% renewable energy capacity by 2025, with a significant focus on solar energy. This research is timely, given the ASEAN’s plans to develop utility-scale solar parks, hybrid hydro-floating solar installations, and rooftop solar programs. Additionally, the increasing emphasis on electric vehicles (EVs) and the need for sustainable charging infrastructure, presents a complementary opportunity for solar-powered charging stations. The development of highly efficient concentrating solar PV technology offers a unique, sustainable solution that can contribute to these national goals. The proposed research holds potential for significant impact, positioning ASEAN as a leader in innovative renewable energy solutions. This research will be led by Associate Professor Dr Firdaus Muhammad-Sukki who can be contacted at f.muhammadsukki@napier.ac.uk
Research Area 2
This project aims to develop innovative technology to eliminate carbon emissions in heavy-duty sectors such as shipping, aviation, and long-haul trucking, which are among the hardest to decarbonize. The focus lies on leveraging green hydrogen, ammonia, or their blends as clean, carbon-free fuels in retrofitted compression ignition engines widely used in these applications. By replacing fossil fuels with these sustainable alternatives, the project directly addresses the urgent need for decarbonization in energy-intensive industries. A core aspect of the research involves conducting a comprehensive feasibility study to simulate engine operation under realistic conditions. This approach will enable the optimization of engine performance while ensuring compatibility with hydrogen and ammonia-based fuels. The project holds transformative potential, particularly for developing nations, where transitioning to fully electrified solutions may not yet be economically feasible. By providing cost-effective, clean-fuel options for heavy-duty applications, it bridges the gap toward a more sustainable energy landscape. The research aligns with global efforts to combat climate change, contributing to carbon emission reduction strategies and supporting green agendas such as the Low Emission Development Strategies (LEDS). The findings promise to play a pivotal role in mitigating climate change and enabling sustainable growth, fostering innovative pathways to a low-carbon future for the transportation industry. This research will be led by Dr Stathis Tingas who can be contacted at e.tingas@napier.ac.uk
Research Area 3
This project seeks to develop transformative and affordable solar photovoltaic (PV) technology, supported by an AI-powered energy predictive tool to optimise cost and facilitate seamless integration into buildings and diverse environments. The initiative aligns with ASEAN’s energy transition goals and its commitment to achieving net-zero emissions. It highlights the immense benefits of this transition, including securing affordable energy supplies for citizens and advancing towards a low-carbon future. However, ASEAN faces a significant challenge: the current costs of solar projects are more than double those of comparable markets. To address this, the project will advocate for strategic policy interventions, such as transparent tariff structures and the establishment of a consistent project pipeline. These measures, combined with the AI tool’s predictive capabilities, will enhance the efficiency and scalability of PV systems, reduce costs, and promote large-scale adoption. By leveraging innovative technology and sound policy frameworks, this project aims to align ASEAN’s energy sector with its ambitious net-zero goals and pave the way for a sustainable, cost-effective energy future. This research will be led by Associate Professor Dr Nazmi Sellami who can be contacted at n.sellami@napier.ac.uk