Indigo Shire - renewable energy mapping - Indigo Shire Council
Indigo Shire - renewable energy mapping - Indigo Shire Council
Indigo Shire - renewable energy mapping - Indigo Shire Council
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Earth Systems<br />
Mapping and Brokering Local Energy Solutions in <strong>Indigo</strong> <strong>Shire</strong><br />
Executive Summary<br />
<strong>Indigo</strong> <strong>Shire</strong> has commissioned Earth Systems to provide a broad evaluation of <strong>Shire</strong>-wide <strong>renewable</strong><br />
<strong>energy</strong> options to support the <strong>Shire</strong>’s electrical <strong>energy</strong> needs for the future. The study considers realistic<br />
resource options for a transition to locally-based <strong>energy</strong> generation for the equivalent electrical demands<br />
of 13,000 households out to 2050. This equates to an installed generation capacity of about 13 MW e .<br />
The study constitutes Phase 1 of a 2 part program funded through the Victorian Government’s<br />
Sustainability Accord Programme:<br />
Phase 1 - a survey of <strong>renewable</strong> <strong>energy</strong> resources in the region and development potential;<br />
Phase 2 - a detailed report evaluating the potential of bio<strong>energy</strong> in the region specifically.<br />
This document reports the results of Phase 1 of the study, some findings from which will help to define<br />
the scope of Phase 2.<br />
The objective of Phase 1 was to evaluate in a desktop study the extent of the <strong>renewable</strong> <strong>energy</strong><br />
resources within <strong>Indigo</strong> <strong>Shire</strong>, including solar, wind, geothermal, hydroelectric and biomass resources.<br />
Utilising information on the current state of the relevant technologies, geophysical and topographical data<br />
and other information resources relevant to the <strong>Shire</strong>, the likely cost and technical feasibility of <strong>renewable</strong><br />
<strong>energy</strong> deployment in the <strong>Shire</strong> has been reviewed.<br />
Study Inputs<br />
Key inputs to the study were:<br />
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Electricity grid infrastructure and capacity for embedded generation in and near to the <strong>Shire</strong><br />
Major electricity consumers within or near to the <strong>Shire</strong><br />
Land uses and exclusions which would affect where a new <strong>renewable</strong> <strong>energy</strong> project is located<br />
<strong>Shire</strong>-wide solar data<br />
<strong>Shire</strong>-wide wind data<br />
Geothermal resource review<br />
Hydropower resource review<br />
Waste biomass availability in and near to <strong>Shire</strong><br />
Potential for <strong>energy</strong> cropping within <strong>Indigo</strong> <strong>Shire</strong>.<br />
Exclusions<br />
The study did not consider:<br />
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Thermal-only <strong>energy</strong> requirements (although co-generation of electricity and heat has been<br />
discussed with regards to specific industrial sites)<br />
Transport <strong>energy</strong> (eg local fuel production)<br />
Energy efficiency measures.<br />
Resource Data Analysis<br />
The various <strong>renewable</strong> resources available to <strong>Indigo</strong> <strong>Shire</strong> were analysed in a variety of ways, depending<br />
on the type of <strong>renewable</strong> resource data available and the type of technology to utilise them. In the case<br />
of geothermal and hydropower resources, no detailed resource analysis or modelling was undertaken as<br />
these do not appear to be viable for large-scale generation within the <strong>Shire</strong>. Biomass resources were<br />
ISC1240_Phase_1_Report_Rev0_public report 2