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Design of ELV And LV System For High Rise Residential Building

  • Unique Paper ID: 164998
  • Volume: 10
  • Issue: 12
  • PageNo: 2976-2978
  • Abstract:
  • This engineering project entails the comprehensive design of low voltage, high voltage, and extra low voltage electrical systems for a high-rise residential building. The project comprises several essential components following industry best practices. The initial phase involves the development of a Concept Design Report, which serves as the foundational document for the detailed design process. This report meticulously outlines the design basis, encompassing crucial features of equipment and systems such as incoming power supply, high voltage switchboard, distribution transformer, low voltage main switchboard, standby diesel generator, distribution boards, low voltage power distribution system, lighting, communication system (voice, data, and television), intercom system, security system, and automatic meter reading system. Following the Concept Design Report, detailed design calculations are performed to determine the optimal rating of various components. These calculations include maximum demand calculations, transformer sizing calculations, generator sizing calculations, cable sizing calculations, and earthing calculations. These meticulous calculations ensure the efficient and reliable operation of the electrical systems within the high-rise residential building. Design drawings play a pivotal role in illustrating the intricacies of the systems and installations. These drawings encompass schematics, lighting layouts, power layouts, cable layouts, and other relevant details, providing a visual representation of the propose electrical infrastructure. Furthermore, the project entails the formulation of a comprehensive technical specification for the design, supply, and installation contract. This specification outlines the requirements and standards to be adhered to throughout the project lifecycle, ensuring compliance with international engineering standards and regulatory guidelines. By adhering to industry best practices and utilizing advanced engineering methodologies, this international project aims to deliver a robust, efficient, and sustainable electrical infrastructure for the high-rise residential building, meeting the diverse needs of its occupants while prioritizing safety, reliability, and perform
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Cite This Article

  • ISSN: 2349-6002
  • Volume: 10
  • Issue: 12
  • PageNo: 2976-2978

Design of ELV And LV System For High Rise Residential Building

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