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Introductions
• Repower Australia
– Peter Sgardelis (Head of Development)
– Dean Smith (Project Facilitation)
• Minority Shareholder
– Terry Kallis (Minority Shareholder &Project Consultant)
• URPS Planning Consultants
– Marcus Rolfe (Managing Director)
– Alan Rumsby (Director)
2
Presentation outline
• Development Approval being sought
• Project Overview and Rationale
• Project Design
• Project Benefits
• Stakeholder Consultation
3
DA approval being sought
• 198 wind turbines spread over approx.180 sq km, with a max. tip height of 150 metres
• Access roads & associated infrastructure, including access tracks and all electrical connections via underground cable
• HVDC cable connections (two 300MW cables) to Adelaide across Gulf St Vincent, including approx. 74 kms of marine & terrestrial cables
• Converter stations and operations buildings, one located on the near Port Julia and the other located near Parafield Gardens West
• Construction of an underground transmission connection from the converter station site to Rex Mineral’s Hillside project site
• Temporary batching plant and site buildings
• Up to 8 permanent met masts at 100m in height
4
Why the Yorke Peninsula?
• Project initiated by local farmers
• Excellent wind regime (>8m/s) with over 8 years of wind data
• Wind profile that is best matched to SA demand curve
• Freehold, cropping land that has been substantially cleared and compatible with wind farming (eg. Iowa USA, Collgar W.A.)
• Previously council approved development (Vincent North)
• Ease of construction – topography, proximity to ports and access to local resources
• Capable of supporting 600MW (after electrical losses) of capacity to underwrite the cost of direct connection to Adelaide
5
Why a 600MW HVDC connection?
• SA electricity system cannot have more than 300MW on any one circuit – hence two 300MW cables
• HVDC technology is expensive but has a number of advantages;
– low environmental impact, avoids 180 tower structures
– low losses, minimal electromagnetic fields
– provides ancillary support to the grid
– cable can be laid on the sea floor in approximately 2 weeks
• 300MW wind farm size is insufficient to make HVDC connection viable – 600MW enables viability
• HVDC technology is common and low risk – exclusive agreement with the worlds leading provider ABB
7
Wind farm objectives and design philosophies
Objectives;
• Local community/ land owners
• State and National objectives for Renewable energy
• Commercial / Competitive development
Three key design philosophies adopted;
• Self imposed 1300m set backs, 600m turbine spacing
• No overhead power lines
• “Prudent avoidance” designed out upfront where practical
– EPBC referral as “not a controlled action” received Dec ‘12
8
Benefits from the Ceres project
1. Provide electricity to power up to 225,000 homes annually and reduces 2,500,000 tonnes of CO₂ every year
2. Satisfies 25% of the state’s target of 33% renewable by 2020
3. Over 500 direct full time jobs / 1000 indirect jobs during construction
4. 50 permanent technical and maintenance jobs during operation
5. Direct injection of approx. $8M per annum into local economy
6. Local economic multiplier of 3:1 across local community
7. Dedicated annual Community Fund ($150,000p.a. in real terms)
8. Power to local mining projects – MOU signed with Rex Minerals
9. Transmission gateway to facilitate up to 20MW Biomass project
10. Potentially bring forward the NBN
13
Stakeholder Consultation
14
• Project Publicly Announced 31 August 2011
• First Community Information Day 30 October 2011
• Second Community Information Day 18 December 2011
• Fact sheets covering Project, DA, Farming compatibility, Electricity Market – sent to 2500 households – January 2013
• January 2013 – three information days completed, 3 locations in excess of 300 people attended
• Website continually updated - during 2013 – video, DA package, Aerial Spraying Q & As and SR Document
• Over 600 different parties consulted on the project over 2 years