SERVICE
Energy Modelling
with PHPP
Certified Passive House Planning Package (PHPP) energy models for residential and commercial projects. Precision thermal modelling adapted for Philippine climates.
A practical answer
What is PHPP energy modelling?
PHPP energy modelling evaluates the expected energy and comfort performance of a Passive House or high-performance building during design. It helps project teams test decisions about the envelope, windows, shading, ventilation, and building systems before construction.
Clear answers
Questions about PHPP energy modelling?
When should PHPP modelling begin?
PHPP modelling is most useful when it begins early enough to inform design decisions and continues as the project develops.
What project information is useful for PHPP modelling?
Project location, geometry, envelope and window information, shading, ventilation and system assumptions, and intended use are useful inputs. The exact requirements depend on the project stage.
How does PHPP relate to Passive House verification?
PHPP supports performance-based design decisions and documentation. Verification also requires project-specific evidence and testing, so modelling is one part of the wider pathway.
Can AllClimate support a project team with PHPP?
The AllClimate Energy Modelling service is designed to support Passive House and high-performance building decisions in the Philippines.
What We Deliver
- PHPP Energy Models — Complete thermal modelling using the Passive House Planning Package
- Climate-Specific Analysis — Calibrated for Philippine humidity, solar gain, and tropical weather
- Design Optimisation — Iterative modelling for insulation, windows, shading, and ventilation
- Compliance Reports — Detailed PHI certification documentation
- Carbon & Cost Analysis — Lifecycle assessment of energy efficiency measures
- Collaboration — Integrated with architects and engineers from concept through detailed design
Why it matters: A properly modelled passive house uses 70–90% less energy. Every design decision is validated before ground is broken — saving costly changes later.
Ready to Optimise Your Design?