Standards and Codes

BCA (NCC) Section-J

NCC (previously BCA) Section-J is the mandatory requirement for minimum energy efficiency provisions for all residential and non-residential building in Australia.  PC has been involved with the development, dissemination and review of the energy efficiency provisions.  Team Catalyst has also provided the Commonwealth Government with BCA based analysis tools for future policy development.  Team Catalyst have assisted a number of projects in compliance with the BCA provisions in an integrated manner.

In the period 2001-2006, PC Thomas and Peter Lyons served on numerous ABCB working groups in support of development of the minimum mandatory energy provisions of the BCA (now NCC) for commercial and residential buildings.

Team Catalyst was commissioned by the Commonwealth Government of Australia to develop a series of Benchmark Models for Section-J that can be used for policy development and testing stringency for future mandatory requirements.  Five building forms (A,B,D,E and H) that were originally described by the Australian Building Codes Board (ABCB) were delivered to Department of Climate Change and Energy Efficiency (DCCEE) in a format that allow 330 configurations to be generated and simulated at will that comply with three vintages of the BCA Section-J, February 2011.  In addition, an infinite number of configurations for user selectable internal loads are also possible. (RFT-0910-2504).  This “Benchmark” model analysis was developed to allow testing of the current BCA (now NCC) stringency settings in a whole building context, and thus provide future directions for the BCA Section-J.

India has developed the Energy Conservation Building Code (ECBC), which was championed by the Bureau of Energy Efficiency, 2007.  The ECBC has compliance methods similar to the DTS and JV3 methods of the BCA Section-J.  Since this is India’s first foray at an energy efficiency code for buildings, there was a need for a explanatory guide document.  Team Catalyst was part of a team of authors, working with USAID funding, that have developed a comprehensive user guide for the ECBC ISBN 978-81-909025-3-3.  Our contributions were substantially in the chapters relating to HVAC Systems and the Whole Building Performance Method.  The document is available for download at http://www.bee-india.nic.in/schemes/documents/ecbc/eco3/ecbc/ECBC-User-Guide%28Public%29.pdf

While working with Arup, PC Thomas and Steve Moller (formerly CSIRO) produced the publication “HVAC System Size – Getting it Right”, ISBN 978-0-9803503-8-8.  It is available online at http://www.construction-innovation.info/index.php?id=395.  The report concluded that HVAC systems in large commercial buildings have the risk of being significantly oversized with resultant underutilised assets and financial capital.

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