We design and implement BMS solutions covering HVAC controls, DDC controllers, BACnet and Modbus integration, energy monitoring and operational alarms.
Each scope is defined by the equipment, control points, communication protocol and required operating outcomes.
Monitor and control AHUs, FAHUs, FCUs, VAV boxes, pumps and chillers against operating schedules, setpoints and occupancy.
Specify direct digital controllers, DI/DO/AI/AO points, sensors and actuators around the approved requirements of each plant item.
Integrate BACnet/IP, BACnet MS/TP, Modbus TCP and Modbus RTU equipment through documented addressing, gateways and point mapping.
Provide supervisory graphics for floor plans, plant schematics, equipment status and live readings with defined operator permissions.
Organize equipment faults, threshold deviations and communication failures around approved alarm priorities, delays and acknowledgments.
Collect main and sub-meter data to review consumption and demand by building, area or system, without assuming unverified savings.
Configure sequences of operation, schedules, occupancy, operating modes and interlocks in line with the approved engineering intent.
Connect approved electrical, UPS, generator, metering and KNX interfaces; fire-system monitoring never replaces life-safety functions.
The architecture progresses from field measurement to control, integration and supervision while preserving independent life-safety systems.
Measure temperature, humidity, pressure, flow and defined equipment states.
Process physical points, control logic, interlocks and approved operating sequences.
Connect controllers and packaged equipment through BACnet, Modbus or approved interfaces.
Display site graphics, live values, commands and operator access permissions.
Maintain fault records, event history, trend data and energy-monitoring reports.
The delivery scope is documented from point lists and control philosophy through testing, backups, training and warranty.
Review drawings, inventory equipment and establish the operational BMS boundary.
Prepare points lists, I/O schedules and documented sequences of operation.
Document topology, addressing, gateways and the integration matrix.
Define DDC panels, controllers, field devices and connection details.
Configure operating logic, HMI screens, schedules and alarm handling.
Perform point-to-point checks, FAT, SAT and commissioning as contractually specified.
Provide as-built records, program backups, user configuration and operator training.
Document warranty coverage and the agreed post-handover support scope.
The integration scope follows the facility type, installed equipment, project drawings and approved operational requirements.
Centralized visibility of mechanical systems, equipment states and energy points.
Structured HVAC schedules, occupancy logic, alarms and operational supervision.
Monitor HVAC, service areas and approved interfaces with available guest-room systems.
Supervise designated systems according to each facility's engineering approvals.
Coordinate shared equipment, multiple operating areas and energy-meter visibility.
KNX areas can interface with the BMS through approved gateways and point schedules while preserving local lighting, shading and HVAC functions.
Share the project type and its main requirements. Our team will review the enquiry and contact you for the relevant technical details.
