13 Aug 2026 to 5 Oct 2026
13 Jun 2026 to 23 Jul 2026
60 hrs| 15 days: 13 Aug 2026 (Thu) 6.30pm – 10.30pm 20 Aug 2026 (Thu) 6.30pm – 10.30pm 24 Aug 2026 (Mon) 6.30pm – 10.30pm 27 Aug 2026 (Thu) 8.30am – 5.30pm 31 Aug 2026 (Mon) 6.30pm – 10.30pm 3 Sep 2026 (Thu) 6.30pm – 10.30pm 7 Sep 2026 (Mon) 6.30pm –
Classroom
• Conduct measurement and calculation of Sun motion and variation of Sun path in a year at different location
• Conduct site survey for assessment of the feasibility of Solar PV installation
• Explain the various solar PV technologies for solar cell and panel and their recent development
• Monitor and analyse the performance of solar panel under the different operational conditions
• Explain the balance of Solar PV System that covers all other components in a Solar PV System except Solar panels
• Describe the structures of different Solar PV Systems and their applications in the market
• Design a grid-tied Solar PV System
• Design a stand-alone Solar PV System
• Perform testing and commissioning of a grid-tied Solar PV System
• Monitor the operation of a Solar PV System through data acquisition and analyses
• Evaluate the performance of a Solar PV System and conduct preventive tests