Program 3: Engaged Communities

This project aims to amplify the impact and uptake of these previous project findings. It does this by translating some existing models into a format suitable for web publication, and to undertake a range of outreach activities, i.e. primarily developing a business model for the adoption of the outputs of previous projects, as well as to develop a website with an interactive simulation model to allow stakeholders and potential clients to explore plausible scenarios and to sharpen their intuition about adoption processes.
Cecille Weldon, Centre for Liveability Real Estate
Complete
09/2015 to 09/2017
- Publications
- Partners
CRCLCL Project Reports
SP0018: Final Report: The NED Modelling capability Utilisation and engagement planning
A series of research projects funded by the Low Carbon Living (LCL) CRC, the CSIRO and agencies such as Sydney Water, Sustainability Victoria and the NSW Office of Environment and Heritage have been developing and piloting an Agent-Based Modelling (ABM) approach to better understand the decisions made by community members when they are presented with a range of resource conservation products and services, or are selecting resource consuming appliances and fixtures. This is covered off in this report.
SP0018: Final Report: The NED Modelling capability Utilisation and engagement planning (1697130 PDF)
SP0018: The commercialisation of CSIRO Energy Efficiency Policy Adoption Diffusion Modelling
This paper is a review of the potential commercialisation and adoption pathways for a suite of energy efficiency policy-uptake modelling capabilities from the Commonwealth Scientific and Industrial Research Organisation’s (CSIRO).
common capital 2018 crc csiro policy scenario software commercialisation v 1.0 final deidentified for crc2 (1781969 PDF)
Peer Reviewed Research Publications
SP0018: Conference paper: Using agent based modelling techniques to understand and predict water conservation behaviours
The paper presents the work undertaken with CSIRO and Sydney Water over the last year to develop a pilot Agent-Based Model to predict the potential success adoption of water conservation activities under different scenarios, as described in report (Moglia et al. 2019) and papers (Moglia et al. 2018a; Tapsuwan et al 2018). Read the paper.