Provide radiant heating and cooling circuits layouts from externally calculated data so that fully sized systems can already be represented and coordinated in MEP Designer. This establishes the core data and modeling framework on which an internal calculation add‑on can build.
MEP Designer
MEP Working and Calculation Units allow you to control how all key MEP sizes and results are represented, down to the unit system and precision for each parameter. You can configure metric or imperial units and set individual decimal accuracy for typical quantities such as volume flow, mass flow, heating/cooling capacity, velocity, pressure, and more. By managing units and decimal places per value type, the workflow ensures consistent modeling and calculation, clearer communication across regions, and avoids manual conversions or rounding errors in both design and documentation.
MEP Designer
Pressure loss calculation for ventilation systems determines the total pressure drop along each duct path based on airflow, duct dimensions, fittings, and components. It automatically evaluates friction and dynamic losses, identifies the critical (worst) path, and provides the balancing data directly from the BIM model.
MEP Designer
Introduce a coordinated workflow in which MEP engineers define intelligent placeholder elements instead of creating direct openings. These Provision for Void (PfV) elements suggest the position, size, and orientation of penetrations and are delivered to architects or structural designers as actionable proposals. They can review, validate, accept, modify, or reject them, and convert approved PfVs into native opening elements. The workflow is fully supported through IFC-based data exchange to ensure seamless interdisciplinary coordination.
MEP Designer
Enhanced electrical modelling capabilities will truly enable the multidisciplinary workflows, bringing electrical design teams to be integrated part of the design process.
MEP Designer
