Automation engineering (RIA)
SD systems, BMS, room controls, control engineering, SCADA and operational systems designed for actual operation.
A building with properly designed technical systems but faulty automation consumes more energy than a building with properly designed automation and mediocre technical systems. Automation is what ties the installations together — and it deserves its own design, not to be a by‑product of the HVAC delivery.
What we design
- SD systems and BMS with sequence descriptions, not just point lists
- Room control for ventilation, heating, cooling, lighting and solar shading
- Control engineering: PI/PID design, cascade control, demand control
- SCADA and centralized operational monitoring for portfolios
- Integration with energy metering, EOS and overarching ESG reporting
Deliverables
- Functional specifications for each subsystem and for system interactions
- I/O lists, signal flow diagrams and control schematics
- Tender documentation, evaluation and verification of the supplier’s application
- Functional testing and follow-up during the operational phase
Why it matters
- 60–80 % of energy deviations in new buildings are caused by faults in automation, not the technical systems
- The operator receives a system that can be operated without being an expert
- The owner receives a system that can report data directly into ESG systems