DESIGN AND IMPLEMENTATION OF A SOLAR POWER SYSTEM IN THE FACULTY OF ENGINEERING.
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Abstract
The project involved detailed load analysis, component selection, and system configuration. The final design ensures a stable power supply with provisions for future scalability. This work demonstrates the practical application of electrical/electronic engineering principles in solving
real-world energy challenges and contributes toward the goal of sustainable development. In this project, the design of a 300kW stand-alone power system for the faculty of Engineering, implementation of a 10kW inverter/battery system for the Dean’s office, LT1, LT2, LT3, LT4 and the faculty board room was carried out.
real-world energy challenges and contributes toward the goal of sustainable development. In this project, the design of a 300kW stand-alone power system for the faculty of Engineering, implementation of a 10kW inverter/battery system for the Dean’s office, LT1, LT2, LT3, LT4 and the faculty board room was carried out.
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co-supervisor