Development of an Australian Solar Map





This project involves the development of an interactive live solar photovoltaic (PV) map that tracks the uptake and impact of PV across Australia.


Lead organisation:
Australian Photovoltaic Institute (participants University of NSW, CAT Projects, Sunwiz, SMA)

Project partners:
Central University of New York, Office of Spatial Policy, Clean Energy Regulator


Solar energy

ARENA program:
Former Australian Solar Institute initiatives and programs

Start date:
September 2012

Finish date:
September 2014


Australian PV Institute: Live solar PV map




There is a lack of understanding of solar PV potential, performance and impact on electricity systems across different regions of Australia.


This type of data is required to inform investment and system design decisions, and for the planning and management of distributed energy.


Project innovation


The live solar PV map tracks the uptake and impact of PV across Australia, to help inform research and investment decisions.


The map incorporates:


  • information on how much PV is installed in Australia including estimated electricity generated each year and in which locations (identified by postcode)
  • market data and trends
  • historical and live performance data covering all main climate regions in Australia, with contribution to Australia’s load by electricity market region.


The map will undergo further enhancements over 2014 including the addition of a geographic information system (GIS)-based tool for assessing PV potential in urban environments, accounting for available roof area, tilt, orientation and shading.




This project has provided increased awareness, confidence and information about PV capacity and performance. It provides access to data that can be used to conduct high quality research related to photovoltaics markets, performance, reliability and integration with energy markets and networks.


The information can also be used to better understand the factors that contribute to cost reduction, quality and reliability of PV electricity.

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