7.4 – Energy and the Community

7.4.3 – Energy Efficiency Services for Industry

Through its Energy Efficiency Services for Industry, Universiti Kebangsaan Malaysia (UKM) offers expert, free-of-charge consultations to help industries optimise energy use, lower operational costs, and advance sustainability goals. By providing comprehensive assessments, actionable insights, and customised strategies at no cost, UKM empowers businesses to reduce their carbon footprint and enhance energy efficiency. This initiative underscores UKM commitment to supporting sustainable growth in Malaysia’s industrial sector, demonstrating leadership in environmental stewardship and innovation.

Workshop on Electrolyzer Certification (with PETRONAS)

In collaboration with PETRONAS, UKM Fuel Cell Institute (SELFUEL) has initiated 11 groundbreaking projects centered on electrolyzer technology, with a total investment of RM10 million. These projects aim to refine and commercialise electrolyzer technology, which is pivotal in the production of clean hydrogen energy. Hydrogen production through electrolyzers is an efficient process that, when powered by renewable energy sources, emits zero carbon and serves as a sustainable alternative to traditional fuels. The focus on commercialisation highlights UKM commitment to providing energy efficiency services for industry by offering scalable, clean energy solutions that industries can integrate into their operations. As these projects reach commercialisation, industries will have access to certified, high-efficiency electrolyzers developed with stringent safety and performance standards. This ensures that hydrogen production is not only environmentally friendly but also energy-efficient, allowing companies to reduce energy waste and minimise greenhouse gas emissions. Through this collaboration, UKM is positioning itself as a leader in sustainable industrial practices and a provider of energy-efficient technologies, actively contributing to Malaysia’s clean energy landscape. By supporting industries in adopting hydrogen fuel systems and optimising their energy use, UKM exemplifies how academic research and industry partnerships can drive forward a low-carbon, energy-efficient future.

Vocational Training Event for Tenaga Nasional Berhad (TNB) Employees

UKM Fuel Cell Institute (SELFUEL) recently delivered a specialised short course on hydrogen technology and process safety for employees of Tenaga Nasional Berhad (TNB), Malaysia’s primary electricity provider. This targeted training was designed to empower TNB personnel with the critical knowledge and skills needed to safely and effectively integrate hydrogen technologies into their operations. By equipping TNB staff with insights into hydrogen production, storage, and safety protocols, UKM is directly supporting the transition toward cleaner, more efficient energy solutions in Malaysia. This training initiative demonstrates UKM dedication to offering energy efficiency services for industry, extending beyond academic research to practical, industry-relevant applications. By fostering hydrogen technology expertise, UKM enables TNB to adopt cutting-edge, energy-efficient solutions that align with Malaysia’s national sustainability goals. As hydrogen is a clean energy carrier, integrating it into TNB’s operations contributes to reduced carbon emissions and supports energy diversification, which is crucial for enhancing energy resilience. Moreover, these training initiatives underscore UKM role as a leader in advancing renewable energy, highlighting a proactive approach to building sustainable practices not only within its own campus but across key industry sectors. Through partnerships and tailored training programs, UKM is creating a ripple effect, enhancing energy efficiency and fostering a sustainable energy landscape in Malaysia, benefiting both the environment and the economy.

Research Project Energy Efficiency Services

1. Title: Design of Hybrid RF-Solar Energy Harvesting System with Conjoint AI and Maximum Power Point Tracking Algorithm for Standalone Solar PV-RF Module Under Various Irradiance Condition
   • Sponsor: Najran University
   • Category: International 
   • Grant Name: Najran University

2. Title: Potential and optimization of distributed small modular nuclear reactor-solar photovoltaics (DSMPV) hybrid energy systems in Malaysia
   • Sponsor: International Atomic Energy Agency (IAEA)
   • Category: International 
   • Grant Name: International Atomic Energy Agency (IAEA)

3. Title: Understanding the role of magnetic island in plasma acceleration and energy conversion during magnetic reconnection
   • Sponsor: Institute for Space-earth Environmental Research (ISEE)
   • Category: International 
   • Grant Name: Institute for Space-earth Environmental Research (ISEE)

4. Title: Ion physics and energy budget in reconnection region
   • Sponsor: Institute for Space-earth Environmental Research (ISEE)
   • Category: International 
   • Grant Name: Institute for Space-earth Environmental Research (ISEE)