CASE STUDY / Research Office
Beijing National Major Research Facility
PROJECT OVERVIEW
Control relationships organized around real building use.
This research office development supports major scientific equipment, experimental stations and underground utility corridors, with a system scale of approximately 1,500 I/O points. The building automation scope includes research-environment and equipment-cooling support, HVAC, central plants, pumps and valves, utility-corridor monitoring, alarms and trends. We integrated equipment, organized control relationships and coordinated commissioning around actual building use and operating schedules, giving the operations team a clearer view of equipment status, alarms and trends.
SYSTEM SCOPE
Building automation coverage
research-environment and equipment-cooling support
HVAC, central plants, pumps and valves
utility-corridor monitoring, alarms and trends
OUR WORK
Turning system scope into equipment, logic and commissioning.
We implemented the supporting BMS, integrating environmental and mechanical assets, configuring corridor controllers, alarms and trends, and commissioning the system.
DELIVERY CHALLENGE
Site conditions shaped the delivery path.
Some DDC panels operate in humid underground corridors, placing high demands on reliability, protection and maintainability.
PROJECT HIGHLIGHT
Complex system relationships made clear and maintainable.
The main characteristic is reliable controller operation and traceable monitoring in demanding underground environments. During delivery, we coordinated equipment relationships, control logic, schedules and site interfaces, while using zoning, alarms and trend data to make system status easier for the operations team to understand. The completed system supports day-to-day use and provides a practical basis for continued maintenance and optimization.
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