Using PHPP in Building Design and Certification

Using PHPP in Building Design and Certification

$495.00

The PHPP was recently updated to Version 10. In this live online course, over six half-days, students will go on an in-depth tour of PHPP Version 10 and learn how to use it for building design and certification. Participants will be guided step-by-step through the relevant worksheets while learning the correct conventions for measurements and calculations. Proper documentation will also be covered in detail. A case study will provide participants with practical experience in completing and documenting PHPP calculations for building certification. Calculating predictable performance and optimized design in the PHPP is the key to achieving Passive House success – so don’t delay!

Time and Dates: Noon – 4:30 ET, March 5, 7, 12, 14, 19 & 21

Students will then have 1 year of access to the on-demand course posted following seminars.

AIA 24 LU|HSW

PHI 12 CEUs

Description

The PHPP was recently updated to Version 10. In this live online course, over six half-days, students will go on an in-depth tour of PHPP Version 10 and learn how to use it for building design and certification. Participants will be guided step-by-step through the relevant worksheets while learning the correct conventions for measurements and calculations. Proper documentation will also be covered in detail. A case study will provide participants with practical experience in completing and documenting PHPP calculations for building certification. Calculating predictable performance and optimized design in the PHPP is the key to achieving Passive House success – so don’t delay!

This course was developed with Peel Passive House Consulting.

Time and Dates: Noon – 4:30 ET, March 5, 7, 12, 14, 19 & 21

Students will then have 1 year of access to the on-demand course posted following seminars.

AIA 24 LU|HSW

PHI 12 CEUs

Learning Objectives:

  1. Learn the structure, inputs, and outputs of PHPP software
  2. Select and input appropriate climate data sets in PHPP
  3. Measure and record building characteristics (areas, volumes, etc)
  4. Specify building assemblies and components
  5. Model HVAC systems
  6. Understand proper sourcing of performance data
  7. Gain practical experience in completing a PHPP assessment for a residential development
  8. Intended Audience: Architects, developers, self-builders and other building professionals

Note: The course does not include the PHPP. It can be purchased separately from 475 High Performance Building Supply.

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