🔥 Trano: Automated Building Energy Simulation (BES) Model Generation 🚀
📖 Full Documentation: 👉 Trano Docs
Trano is an innovative Python package that automates the creation of complex Building Energy Simulation (BES) Modelica models from simplified information contained in widely used data formats like YAML, JSON, or RDF. Unlike traditional tools that directly convert BIM to BES, Trano introduces an intermediate step, paving the way for seamless integration with IFC translators.
Trano is Modelica library agnostic but is natively designed to work with:
✅ Validated detailed Modelica libraries (e.g., Buildings, IDEAS,...)
✅ Reduced-order models (e.g., AIXLIB, ISO13790,...)
✅ Models for optimal control (FastModel: close to Buildings, closed loop or for optimal control, translated to CasADi)
✅ your library...
🧪 Supported libraries and validation
| Library | Version | Zone model | Role |
|---|---|---|---|
| Buildings | 13.0.0 | Buildings.ThermalZones.Detailed.MixedAir |
detailed, validated |
| IDEAS | 3.0.0 | IDEAS.Buildings.Components.Zone |
detailed, validated |
AixLib reduced order (reduced_order) |
3.0.1 | AixLib.ThermalZones.ReducedOrder.ThermalZone |
simplified, informational |
ISO 13790 (iso_13790) |
AixLib 3.0.1 | ISO13790.Zone5R1C |
simplified, informational |
FastModel |
- | FastModel.Zones.Zone (the physics of MixedAir), with the hydronic and ventilation systems and their controllers |
close to Buildings, closed loop, CasADi ready |
FastModelMPC |
- | the same, the controls of the systems as inputs | optimal control, CasADi ready |
The HVAC components (radiators, valves, pumps, boilers, heat pumps, air handling units) come from the Buildings library for every Modelica library. The Modelica name of every parameter in every library is listed in the parameter reference.
The models trano generates are validated against ASHRAE Standard 140 (BESTEST): the 27 single-zone cases
are simulated for a year with every library and compared with the acceptance limits of the standard and the
spread of the reference programs. Buildings, IDEAS and FastModel (the smooth library that exports to CasADi for
MPC) pass every case (see the
validation results and the
walk through the cases); the two simplified
zones are reported for information. Simulations run in the official OpenModelica image. The analysis of FastModel
against Buildings and as an MPC model, with its scripts and results, is in analysis/fast_model.
✨ Key Features
🛠️ Built for Open-Source BES
- Designed with widespread adoption in mind.
- Optimized for OpenModelica, but also compatible with Dymola.
🔥 Full Thermal & Electrical Modeling
- Generates both thermal and electrical models.
- Supports building envelope, systems, and electricity.
- Models:
- Envelope (geometry & materials) 🏢
- HVAC systems (emission, hydronic distribution, boilers) ❄️🔥
- Electrical components (PV systems, electrical loads) ⚡
🎨 Easy to Use & Modify
- Generates graphical representations of components & connections 🎭.
- Fully modular design for seamless modifications:
- Envelope 🏠
- Emission 💨
- Hydronic Distribution 🚰
- Production & Electricity ⚡
🧩 Extensible Component Variants
Every Trano component (radiator, space, control, AHU, boiler, ...) is selected
by a variant name — switching variant: default to variant: ideal
swaps the underlying Modelica model. You can also drop your own variant
YAML files into any folder and load them via the CLI (--variants-folder),
the Python API (register_variants_folder), or the TRANO_VARIANTS_PATH
environment variable.
📚 Tutorial: Creating and using component variants
🎛️ Models for optimal control
FastModellibrary:trano create-model house.yaml FastModelgenerates a model close to Buildings (layered walls, windows with their angular optics, long-wave and solar exchanges in the rooms, radiators, valves, boilers, heat pumps, ventilation with heat recovery, PV) that rumoca translates to a CasADi ODE.FastModelsimulates the building in closed loop with its controllers and pressure-driven water circuits;FastModelMPCleaves the controllers out, so thattrano_optimization(the trano-optimization package, installed next to trano) decides the controls: it simulates the model, estimates its state and solves optimal control problems with IPOPT. In closed loop, FastModel follows Buildings within 0.05–0.39 K on the zone temperatures (0.05–0.25 K with controlled heating) (see the FastModel reference).
🚀 With Trano, creating and modifying detailed BES models has never been easier!
📖 Full Documentation: 👉 Trano Docs
📄 License
Trano is released under the Apache License 2.0. Releases up to and including 0.56.0 were published under the LGPL-3.0-or-later.
1 maintainer
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