Office fit-out project
- Hestia
- Feb 1, 2024
- 2 min read
Updated: Aug 3, 2025

In 2024, Hestia Facilities Management completed a full technical fit-out for a large IT company operating in a high-demand 24/7 environment. The project involved the complete deployment and integration of five key systems: electrical power, HVAC, low-voltage infrastructure, fire alarm, and plumbing — all connected to the building’s centralized Building Management System (BMS) for efficient and unified control.
Electrical System:A new electrical distribution network was designed and installed, including energy-efficient LED lighting, upgraded cabling, and a dedicated power line for server equipment. Surge protection, grounding systems, and a reconfiguration of the main distribution board were implemented to meet the client’s redundancy and load distribution needs.
HVAC System:We supplied and installed a new VRF (Variable Refrigerant Flow) air conditioning system to ensure energy-efficient climate control across open workspaces, meeting rooms, and server zones. The system was integrated into the BMS for automated scheduling and zone-specific temperature optimization.
Low Voltage & Data Infrastructure:Structured cabling was laid throughout the office to support high-speed data transmission and seamless connectivity. Additional works included patch panels, racks, and dedicated lines for access control, IP telephony, and wireless access points — ensuring uninterrupted network performance.
Fire Alarm System:A complete addressable fire detection system was deployed, with smoke and heat sensors, manual call points, and sounders installed throughout the premises. The system was programmed for BMS integration, enabling real-time alerts, automated evacuation triggers, and remote monitoring capabilities.
Plumbing System:New piping lines were installed for kitchen and sanitary zones, along with water-saving fixtures. Pressure-balancing valves and leak detection sensors were included, also connected to the BMS for immediate fault reporting and water usage monitoring.
The result is a high-performance, future-proof workspace where all critical systems are monitored and controlled centrally, enhancing operational safety, energy efficiency, and user comfort.



