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Building Physics Thermal Performance Study + Compliance Report

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Digital tools and templates for building physics professionals. Browse our RePHorter service for professional PHPP reports.

PHPP Tools & Downloads

Professional-grade tools for your Passivhaus projects

Building Physics Australia develops unnecessarily detailed spreadsheets tools and templates for use with the Passive House Planning Package (PHPP). Our tools are designed to save you time and improve the accuracy of your assessments.

Whether you need a quick graph for a client presentation or a comprehensive compliance tool, we've got you covered.

How It Works

1. Browse and select a tool
2. Complete your purchase
3. Receive a download link via email
4. Links expire after 72 hours

What's Coming

☀️ Solar PV Assessor
❄️ Cooling Unit Calculator
📊 Variant Summary Graph

Got an Idea?

Have a tool idea that would help the building physics community? We'd love to hear about it — or support us with a contribution. Every $100 pays for a brain wave (hand waves are a lot cheaper).

Disclaimer

All tools and templates are provided as-is for use with PHPP. Building Physics Australia makes no warranty regarding their suitability for any specific project. Users are responsible for verifying all outputs against their own calculations and applicable standards.

Professional Reports from Your PHPP

Compliance reports, energy balances, and more

RePHorter generates professional, presentation-ready reports directly from your PHPP data. Simply upload your PHPP file, select the report types you need, and we'll take care of the rest.

Select Report Types

Building Physics PH Report

AU$495.00(incl GST)

Building Physics PH Report (no comments)

AU$275.00(incl GST)

NCC Compliance Report

AU$220.00(incl GST)

Solar PV Graphs

AU$275.00(incl GST)

Example Reports

Your Details

First Name *

Last Name *

Email *

Phone

Client Name

Site Address

PHPP File *

DesignPH File (optional)

Discount Code

I confirm that a registered surveyor has verified the building dimensions used in the PHPP model.I confirm that the PHPP data provided is accurate and has been checked for errors. *I acknowledge that my email may be used for Building Physics Australia's mailing list. You can unsubscribe at any time.