CASE STUDY / Science Park
Beijing Large Science Park
PROJECT OVERVIEW
Control relationships organized around real building use.
This science-park project serves research offices, meeting facilities and campus support spaces. The BMS exceeds 10,000 I/O points and covers HVAC, ventilation, public lighting, central plants, pumps, valves and energy metering, together with centralized control of more than one thousand networked fan-coil units. The client needed a manageable structure for a very large terminal population.
SYSTEM SCOPE
Building automation coverage
HVAC, ventilation and public-area lighting
central plants, pumps, valves and energy metering
centralized control for more than one thousand networked fan-coil units
KIMMA SCOPE
Turning system scope into equipment, logic and commissioning.
On this project, Kimma implemented the building automation and terminal-control scope, integrating the base BMS assets, organizing zoned fan-coil management, configuring controls and commissioning the system. Devices were mapped by floor and area, with temperature, setpoint, mode, feedback, alarms and trends checked alongside central mechanical systems.
DELIVERY CHALLENGE
Site conditions shaped the delivery path.
The challenge was not merely bringing terminals online. Address-to-room mapping, zoning, batch setpoints and consistent commissioning had to remain manageable, while individual faults, offline devices and temperature deviations still needed to be located quickly.
PROJECT HIGHLIGHT
Complex system relationships made clear and maintainable.
More than one thousand networked fan-coil units moved from dispersed operation to zoned, batch-manageable control. Operators can manage schedules and setpoints by area and trace individual issues through alarms and trends. The project is defined by terminal organization and consistent commissioning, not connection count alone.