The company required support in developing an electrical routing and layout design for the chiller plant to ensure efficient and reliable operation.
We designed 3D models, including lighting design and calculations, based on the electrical equipment BOM, datasheets, SLDs, connection drawings, cable schedule, equipment plan layout, PID, network architecture, and supporting documents for other disciplines provided by the client.
We covered the main electrical disciplines as follows:
- Electrical Distribution and Lighting from E-House: Managing equal power distribution to the entire plant through the main electrical house. Implement a robust cable network using a combination of low-voltage and high-voltage panels to improve energy efficiency.
- Instrumentation and Control: Implement a structured approach to measure and adjust equipment operation across the plant through cables. Ensure signal integrity, operational reliability, and maintainability during cable routing.
- Telecommunication: Ensure logical segregation of power and communication circuits in the network and control network infrastructure. Ensure optimal communication between systems through an architecture that supports high-performance data and control communication.
- Security and Fire & Safety: Equip the plant with CCTV, Public Address systems, and comprehensive fire and safety systems to ensure optimal performance and protection.
- Lighting Design and Calculation: Provide safe, functional, and energy-efficient lighting across all areas of the chiller plant. Ensure uniform illumination in compliance with client specifications and international lighting standards.
