Policy Development for Clean Energy Technology

UKM plays an active role in supporting the government’s development of clean energy and energy-efficient technology policies. Through its Renewable Energy Resources Analysis, Policy & Energy Management group, UKM conducts critical research on renewable energy technologies and policy frameworks, contributing data and insights that guide national energy policies. This collaboration helps shape Malaysia’s transition to a low-carbon economy, offering expertise in solar energy, policy analysis, and energy efficiency, directly supporting the government’s sustainability goals. Through UKM Sustainability Strategic Plan 2030, UKM actively informs and supports the government in developing clean energy and energy-efficient technology policies. The plan emphasizes collaboration with government bodies, industries, and communities to promote renewable energy technologies like solar and biomass, and energy efficiency measures. UKM also supports the creation of energy-saving policies, the adoption of low-carbon transportation, and the integration of renewable and alternative energy sources, aligning with SDG 7 for a low-carbon and climate-resilient future.

1. UKM Sustainability Strategic Plan 2030

UKM plays a pivotal role in shaping Malaysia clean energy policies through its UKM Sustainability Strategic Plan 2030, which is designed to advance renewable energy technologies and improve energy efficiency. This plan supports Malaysia’s transition to a low-carbon economy by collaborating with government and industry on energy-saving initiatives, such as the installation of solar energy systems, LED lighting, and the promotion of low-carbon transportation like electric and hybrid vehicles. Additionally, UKM focuses on creating policies for affordable and renewable energy to reduce carbon emissions (page 21).

Policy Created: 2022
Policy Reviewed: 2025

UKM also partners with government agencies to implement energy-efficient technologies and renewable energy solutions like solar and hydrogen, pushing forward policy development. This strategic integration not only enhances the university’s sustainability initiatives but also serves as a model for national energy transition efforts.

2. Renewable Energy Resources Analysis, Policy and Energy Management

The UKM Renewable Energy Resources Analysis, Policy, and Energy Management group focuses on advancing solar energy technology and formulating policies for renewable energy and energy efficiency. The group collaborates with government bodies and industries to support Malaysia’s energy transition. Their research includes renewable energy resource assessment, energy management strategies, and policy analysis to foster a low-carbon economy. This initiative is crucial for promoting sustainable energy practices and contributing to the national energy goals.

3. Fundamental Research Grant Scheme (FRGS) on Development of Clean Energy Technology

The Fundamental Research Grant Scheme (FRGS) on supporting government policy development in clean energy and energy-efficient technologies underscores Malaysia’s commitment to advancing sustainable and low-carbon innovations. This initiative brings together pioneering research projects that contribute directly to the nation’s renewable energy goals. Among them, the Electrolyzer for Hydrogen Production project focuses on designing cost-effective and high-performance electrocatalysts for efficient green hydrogen generation; the Gold Hydrogen Exploration project investigates natural hydrogen resources through gas seepage monitoring and geochemical analyses at geothermal sources; and the Characterization of Geothermal System in Malaysia project applies advanced geoscience techniques to develop a sustainable hydrothermal cycle for renewable energy production. Collectively, these studies provide crucial scientific insights and technological advancements that support the Ministry of Higher Education (MOHE) and the Government of Malaysia in formulating evidence-based policies for clean energy transition and sustainable national development.

Name:Associate Professor Dr Mohd Shahbudin Bin Mastar @ Masdar
Title Project:Electrolyzer for Hydrogen Production: Efficient Design of Components with Cost-Effective and High-Performance Hierarchical Structure Electrocatalysts
SponsorMinistry of Higher Education (MOHE)
Grant NameFundamental Research Grant Scheme (FRGS)
Amount PledgedRM 838,050.00
Duration3/1/2024 – 2/28/2027

The Electrolyzer for Hydrogen Production research project focuses on developing efficient and cost-effective components for sustainable hydrogen generation. By designing high-performance hierarchical structure electrocatalysts, the project aims to enhance electrolysis efficiency, reduce energy consumption, and lower production costs, supporting the advancement of green hydrogen technology as a key solution for clean and renewable energy.

Name:Associate Professor Ts. Dr Wan Nor Roslam Bin Wan Isahak
Title Project:Gold Hydrogen Exploration: Gas Seepage, Water and Rocks Sampling, Hydrogen Detection, and Compositional Analyses at Geothermal Source in Malaysia
SponsorPetronas Research Sdn. Bhd.
Grant NameFundamental Research Grant Scheme (FRGS)
Amount PledgedRM 253,000.00
Duration6/1/2023 – 1/31/2024

The Gold Hydrogen Exploration research project investigates natural hydrogen resources at geothermal sites in Malaysia. It focuses on gas seepage monitoring, water and rock sampling, hydrogen detection, and compositional analyses to understand the geological and geochemical processes behind natural hydrogen generation. This study aims to assess Malaysia’s potential for sustainable hydrogen production and contribute to the nation’s clean energy transition.

Name:Associate Professor Ts. Dr. Mohd Hariri Bin Arifin
Title Project:Characterization of geothermal system in Malaysia using geosciences techniques for sustainable hydrothermal cycle for green renewable energy
SponsorMinistry of Higher Education (MOHE)
Grant NameFundamental Research Grant Scheme (FRGS)
Amount PledgedRM 838,050.00
Duration9/1/2022 – 8/31/2024

The Characterization of Geothermal System in Malaysia research project aims to explore and analyze geothermal resources using advanced geoscience techniques. By studying the geological, geochemical, and geophysical characteristics of geothermal systems, the project seeks to establish a sustainable hydrothermal cycle that supports the development of green and renewable energy in Malaysia.