State Significant Development
Bullawah Wind Farm
Hay Shire
Current Status: Determination
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- Prepare EIS
- Exhibition
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- Response to Submissions
- Assessment
- Recommendation
- Determination
Construction and operation of a wind farm with up to 141 wind turbines and associated infrastructure.
Attachments & Resources
Notice of Exhibition (1)
Request for SEARs (1)
SEARs (19)
EIS (20)
Response to Submissions (14)
Agency Advice (34)
Amendments (17)
Additional Information (25)
Recommendation (3)
Determination (2)
Approved Documents
There are no post approval documents available
Note: Only documents approved by the Department after November 2019 will be published above. Any documents approved before this time can be viewed on the Applicant's website.
Complaints
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Make a ComplaintEnforcements
There are no enforcements for this project.
Note: Only enforcements undertaken by the Department from March 2020 will be shown above.
Submissions
Edward River Council
Comment
Edward River Council
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Our government must put a stop to this before it is too late.
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The destruction to farming land, the environment and rural communities by renewable infrastructure will be absolutely disastrous and irreversible.
Stop this nonsense now before it is too late.
sosmoulamein
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sosbarham1
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John McGrath
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This is an assembly of information for Landowners who are contemplating entering into agreements to lease their land to the developers of wind projects, solar projects and battery storage projects.
Projects – Modus Operandi
The Applicant Company (Lessee) enters into a leasing agreement with the host/landowner (Lessor) to enable construction of wind turbines, solar panels and/or batteries on the host/landowners property. The Applicant company is beneficially owned by a Holding Company.
Without a Demolition or Rehabilitation Bond there is no incentive for the Applicant company to demolish and remove the wind turbines and/or batteries and rehabilitate the land to its original condition. The present-day cost of demolition of one now larger wind turbines has been estimated by law firm, McCullough and Robertson, to be between $450,000 and $600,000 (Weekly Times – 9 August 2924).
NSW Planning draft wind turbine decommissioning and demolition calculator, in their example, estimates the cost per turbine at $259,493. For the proposed 143 turbine Bullawah Wind Project the total demolition and rehabilitation cost would be $37,107,499! Using the McCullough and Robertson lower per turbine figure of $450,000, for 143 turbines the total demolition and rehabilitation cost would be, $64,350,000. At $600,000 per turbine the cost would be, $85,800,000.
As previously stated, there is no incentive for the Applicant Company to demolish and remove wind turbines, solar panels or batteries. It is plausible that the Applicant Company would pay dividends to the beneficial owner, the Holding Company, from the income generated by the Applicant Company during the operational life of the project such that at the end of operational life of the project, the Applicant Company (Lessee) would not have the financial capability to demolish and remove the 143 wind turbines and would be liquidated, thus leaving the host/landowner (Lessor) with 143 wind turbines on their land and the cost of demolishing and removing them. The Holding Company, not being a party to the Lease Agreement, would have no responsibility for the demolition and removal of the 96 wind turbines.
Decommissioning Calculations based on NSW Planning and Environment Calculator for Wind Projects
Examples:
143 Turbine Wind Energy Decommissioning and Demolition Calculation
143 turbine wind project x $259,493 per turbine (cost as at February 2024) = $37,107,499
Attachments
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In the news recently the blade had pieces flung off on surrounding land.
Will this be possible here too?
Where are the blades made?
Will they come from the same supplier and be dodge too, with a potential to harm?
John Moore
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1. The Bullawah Wind Farm will slaughter iconic birds and bats, over a 50 km area, 24 hours a day. It will be very detrimental to the local ecology. Particularly decimate protected Wedge Tail Eagles.
An example: (The Australian 10/7/24) According to the EPA, the proponent St Patricks Plains Wind Farm, Tasmania owned by Korea Zinc, estimates the blades will kill on average two eagles a year, or 41 to 81 eagles across the farm’s 30-year lifespan, based on mitigation reducing 58.5 per cent of collisions. It is estimated only 220 Tasmanian wedge-tailed eagle breeding pairs remain, and there are fewer than 1,000 birds overall.
Experts warn there is insufficient consideration for the cumulative impact of multiple wind farms and fear Tasmania’s “wind rush” poses a “major threat” to the species’ survival.
THIS EQUALLY APPLIES TO NEW SOUTH WALES.
2. The spreading of thousands of Wind Turbines across rural New South Wales, will end up creating the great danger, of having horrendous bushfires on an Annual basis.
Rural New South Wales is known as one of the most bushfire prone areas on Earth. Scattering tens of thousands of wind turbines (individually known to catch fire occasionally and the older they get the more likely it is to happen) on 250m high towers across the Countryside. This must increase the risk of a fire starting from a Wind Turbine100,000 times. The risk will encompass all rural landholders, country towns and rural cities. Everybody will be in danger and on tenterhooks, every Total Fire Ban Day. The danger of a fire reaching serious proportions, is greatly increased as the Wind Turbines, physical height, (250m), blade diameter and created wind turbulence, stops any arial water bombers operating within 5km to 10km of any Wind Farm. This would mean any fire started by malfunctioning wind turbine, would reach major proportions before any attempt could be made to control it. The loss of life, loss of livestock, wildlife and property has potential to be huge. The presence of the wind turbines will greatly endanger all residents, livestock, wildlife and the property of Rural Australia See wind turbines when they burn. https://www.youtube.com/watch?v=MVHzfUWul2Y
3. I believe that the Bullah Wind Farm relies on the Medieval technology of Wind Turbines, powered by a weather fuel the Wind. Are totally inefficient, unreliable and totally uneconomic and should never be considered as being suitable to provide baseload electricity 24/7 to a modern society.
This is because Wind turbines can only produce electricity, when the wind speed is between 12kms/hr and 90kms/hr. As a result, Wind turbines are reported to produce electricity on average for only 30% of their rated capacity or on average for eight hours per day, this leads to random periods of hours, WITHOUT ANY ELECTRICITY BEING PRODUCED, (occasionally in some calm periods, wind turbines produce NO electricity for days at a time. These random calm or gale force periods of zero electricity production, has to be provided to the consumer by a second, standby, backup electricity generator either coal or gas, which makes the cost to the consumer, unnecessarily high.
4. When all the processes that go into the construction of Wind Turbines. A. mining. B. Transport. C. Manufacture. D. Transport. E. Site preparation and construction. E. Operation. F. Dismantling and restoration. G. Transport. Disposal of Waste to landfill.. When all these procedures are taken into account, there is a strong possibility that more so call Green House gases will have been produced, than saved by the intermittent production of the Bullawah Wind Farm.
For all these reasons I believe the Bullawah Wind Farm should not be given a permit and never be constructed.