Energy Efficiency Services for Industry
SDG 7.4.3
Sunway University provides direct services to local industry aimed at improving energy efficiency and advancing clean energy adoption through the Research Centre for Nano-Materials and Energy Technology (RCNMET). The Centre actively supports industry partners through free technical visitations and preliminary assessments, during which researchers conduct technical briefings, initial diagnostics, and strategic advisory on improving energy performance and considering clean energy solutions. These engagements provide companies with no-cost access to expert insights on operational efficiency, potential renewable-energy pathways, and opportunities for reducing energy consumption and emissions. The visitations also include the sharing of research findings, equipment demonstrations, and best practices in energy management, giving industry participants practical exposure to advanced sustainable energy technologies and real-world applications. These initiatives facilitate knowledge transfer, encourage collaborative engagement, and strengthen the sector’s capacity to pursue energy savings and carbon reduction.
Beyond these visitations, the Centre plays a central role in bridging academic expertise with industry needs by offering applied solutions that support companies in reducing energy consumption, adopting renewable energy technologies, and building long-term capacity in sustainable energy practices. In addition to conducting advanced research in energy storage, renewable systems, and nanomaterials, the Centre extends its knowledge and facilities to external partners in order to deliver tangible services that address real-world industrial challenges. These services are designed not only to enhance operational efficiency and lower carbon footprints for local industry but also to foster collaborative innovation in the transition towards cleaner energy systems.
The Centre offers:
- Energy efficiency assessments and consultancy services to industry partners, supporting the identification and implementation of efficiency improvements and renewable energy options.
- Workshops and training programmes designed for industry stakeholders, covering topics such as renewable energy applications, energy storage technologies, and sustainable energy practices.
- Machine and equipment rental services for specialised testing and analysis in energy-related projects.
- Collaborative research projects with local companies focused on advancing renewable energy solutions and energy-efficient technologies.
To further support industry engagement, RCNMET offers access to a range of advanced machines and equipment used for testing, analysis, and applied research in energy efficiency and clean energy technologies. A summary of the available equipment, including their descriptions and typical industrial applications, is presented in the table below.
Machine/Equipment | Description of Machine/Equipment Function |
Thermogravimetric Analyzer (TGA) | Determines decomposition temperature and thermal stability of materials. |
Differential Scanning Calorimetry (DSC) | Measures melting point, glass transition, and thermal behavior of materials |
Thermal Conductivity Analyzer | Measures a material’s ability to conduct heat. |
UV-Vis/NIR Spectrophotometer | Determines optical absorption and band gap of materials. |
FTIR, Spectrum Two | Identifies functional groups and chemical bonding in materials. |
Scanning Electron Microscopy (SEM) | Provides high-resolution imaging of material surface morphology. |
Particle Analyzer | Measures particle size distribution in powders and suspensions |
Rheometer | Measures viscosity and flow properties of materials. |
Density Meter | Determines material density for quality control. |
Platinum coating | Applies a thin platinum layer on non-conductive samples before SEM imaging to improve image clarity and conductivity |
The Centre’s in-depth technical services are available on a fee-paying basis, with costs determined by the required scope of engagement. However, its free preliminary assessments, technical visitations, and strategic advisory services ensure that local industries can access foundational expertise without financial barriers. Collectively, these offerings demonstrate the University’s active role in supporting industry performance, enabling the transition to clean energy, and advancing sustainable development in alignment with SDG 7.
