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List of power stations in South Australia facts for kids

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Pelican Point power station
Pelican Point Power Station

This article lists the main power stations that help create electricity in South Australia, Australia. These power stations are already working and can make at least 1 MW of electricity. A megawatt is a huge amount of power, enough to light up thousands of light bulbs!

How South Australia Makes Electricity

Power stations are like big factories that turn different types of energy into electricity. This electricity then travels through wires to power our homes, schools, and businesses. South Australia uses many different ways to make electricity, from burning natural gas to using the wind and sun.

Old Coal Power Stations

For a long time, South Australia used power stations that burned coal to make electricity. This process used steam to spin giant machines called steam turbines. However, since 2016, South Australia has stopped using coal for electricity. This is a big step towards cleaner energy!

  • Playford A stopped working in 1985.
  • Playford B closed down for good in October 2015.
  • Northern Power Station also stopped working permanently in May 2016.

Gas Turbine Power Stations

These power stations use natural gas or diesel fuel to power special engines called gas turbines. Think of them like powerful jet engines that spin to create electricity. Some of these stations use a "combined cycle" which means they use the hot exhaust gas from the turbine to make even more electricity, making them super efficient!

Power Station Who Owns It Power It Makes (MW) Number of Turbines What It Burns Combined Cycle?
Coopers Brewer (Regency Park) AGL Energy 4.4 1 natural gas yes
Dry Creek Synergen Power 156 3 natural gas no
Hallett Energy Australia 180 12 natural gas/diesel yes
Ladbroke Grove Origin Energy 80 2 natural gas no
Mintaro Synergen Power 90 1 natural gas no
Osborne Osborne Cogeneration 180 2 natural gas yes
Port Lincoln Synergen Power 73.5 3 diesel no
Quarantine Origin Energy 224 5 natural gas no
Pelican Point Engie 478 3 natural gas yes
Snapper Point Nexif 154 5 natural gas no
Snuggery Synergen Power 63 3 diesel no
Whyalla Steelworks Liberty OneSteel 8.4 2 natural gas no
Temporary Generation South(Adelaide Desalination Plant) SA Government 123 4 diesel no

In 2017, the South Australian government added some "temporary" power stations. These were meant to help out during very busy times, especially after some big power outages in 2016. They were set up at old factory sites. Later, some of these temporary generators were moved and now form the Snapper Point Power Station.

Gas (Thermal) Power Stations

These power stations also use gas, but they heat water to create steam. This steam then spins large steam turbines, which generate electricity.

Power Station Who Owns It Power It Makes (MW) Number of Turbines What It Burns
Torrens Island AGL Energy 1,280 8 natural gas
Whyalla Steelworks Liberty OneSteel 57.5 3 Coke Ovens and Blast Furnace Gas/Oil

Reciprocating Engine Power Stations

These power stations use engines that move back and forth, similar to how a car engine works, but much bigger! They often run on diesel fuel or even special gases like landfill gas (from rubbish dumps) or sewerage gas.

Power Station Who Owns It Power It Makes (MW) Number of Engines What It Burns
Angaston Snowy Hydro 50 30 diesel
Barker Inlet AGL 210 12 Natural gas and diesel
Lonsdale Snowy Hydro 21 18 diesel
Port Stanvac Snowy Hydro 58 36 diesel
Kangaroo Island power station SA Power Networks 6 3 diesel
Blue Lake Milling Power Plant Vibe Energy 1 1 diesel
Tatiara Meats Bordertown Vibe Energy 1 1 diesel
Pedler Creek Landfill 3 3 Landfill gas
Wingfield landfill Energy Developments 8 8 Landfill gas
Bolivar waste water treatment plant SA Water 9.9 4 sewerage gas

Hydroelectric Power Stations

Hydroelectric power stations use the power of flowing water to create electricity. They usually have large dams that release water, which then spins water turbines.

Power Station Who Owns It Power It Makes (MW) Number of Turbines Pumped Storage?
Terminal Storage Mini Hydro Hydro Tasmania/SA Water 3 1 no

Wind Farms

Wind farms use giant wind turbines to capture the energy from the wind and turn it into electricity. South Australia has many wind farms, making it a leader in renewable energy!

Power Station Who Owns It Power It Makes (MW) Notes
Canunda Wind Farm Engie/Mitsui 46
Cathedral Rocks Wind Farm EnergyAustralia/Acciona 66
Clements Gap Wind Farm Pacific Hydro 58
Hallett Wind Farm - Hallett 1 - Brown Hill AGL Energy 94.5
Hallett Wind Farm - Hallett 2 - Hallett Hill AGL Energy 71.4
Hallett Wind Farm - Hallett 4 - North Brown Hill AGL Energy 132
Hallett Wind Farm - Hallett 5 - The Bluff AGL Energy 52.5
Hornsdale Wind Farm Neoen and Megawatt Capital 315
Lake Bonney Wind Farm - Stage 1 Infigen 80.5
Lake Bonney Wind Farm - Stage 2 Infigen 159
Lake Bonney Wind Farm - Stage 3 Infigen 39
Mount Millar Wind Farm Meridian Energy 70
Snowtown Wind Farm Trustpower 368.7 Stage I & II
Starfish Hill Wind Farm RATCH Australia 34.5
Waterloo Wind Farm EnergyAustralia 111
Wattle Point Wind Farm Infrastructure Capital 90.75
Lincoln Gap Wind Farm Lincoln Gap Wind Farm 212 Stage 1 (126 MW) Complete.
Willogoleche Wind Farm Engie 119

Solar Power Farms

Solar power farms use solar panels to turn sunlight directly into electricity. Some also use CSP, which uses mirrors to focus sunlight and create heat, which then makes steam to spin turbines.

Project Name Location Power It Makes (MW) Technology Status Company Notes
Bungala Solar Power Farm 32°25′S 137°50′E / 32.42°S 137.84°E / -32.42; 137.84 (Bungala) 220 PV Working Enel Green Power
Tailem Bend Solar Power Farm 35°17′S 139°29′E / 35.28°S 139.49°E / -35.28; 139.49 (Tailem Bend) 108 PV Working Vena Energy Can make up to 95MW to help the power grid. Vena Energy also plans a second stage.
Port Augusta Renewable Energy Park 110 PV Being Built Iberdrola This is a mix of 207MW Wind and 110MW Solar.
Aurora Solar Thermal Power Project 32°12′S 137°36′E / 32.2°S 137.6°E / -32.2; 137.6 (Aurora) 150 CSP Cancelled SolarReserve Stopped in 2019.
Cultana Solar Farm 32°54′S 137°36′E / 32.900°S 137.600°E / -32.900; 137.600 (Cultana) 280 Single axis tracking PV Cancelled SIMEC Energy Australia
Bungama Solar 33°11′S 138°05′E / 33.19°S 138.09°E / -33.19; 138.09 (Bungama) 280 PV Approved EPS Energy EPS Energy also plans to add a 140MW/560MWh Battery Storage System.
Bridle Track Solar Project 300 PV Planned Rise Renewables
Pallamana Solar Farm 176 PV Approved RES Australia RES Australia also plans to add a Battery Storage facility.
Snowtown North Solar Farm 45 PV Planned Tilt Renewables Could have up to 25 MW of battery storage.
Solar River Project Stage 1 200 PV Planned The Solar River Project
Solar River Project Stage 2 200 PV Planned The Solar River Project
Sundrop Farms 32°32′51.4″S 137°50′48.1″E / 32.547611°S 137.846694°E / -32.547611; 137.846694 (Sundrop) 39 CSP Working Sundrop Farms
Whyalla Solar Project 160 PV Planned Adani Australia
Chaff Mill Solar Farm 33°53′S 138°46′E / 33.89°S 138.76°E / -33.89; 138.76 (Chaff Mill) 100 PV Planned Fotowatio Renewable Ventures

Battery Storage Systems

Battery storage systems are like giant rechargeable batteries that can store electricity. They are very important because they can store power from renewable sources like wind and solar when it's windy or sunny, and then release it when it's needed, even if there's no wind or sun.

Power Station Who Owns It Power It Makes (MW) Storage (MWh) Units Started Working Main Power Source
Hornsdale Power Reserve Neoen 100 (150 after upgrade) 129 (193.5 after upgrade) 197 2017 Wind and battery
Lake Bonney Wind Farm Infigen Energy 25 52 2019 Wind and battery
Dalrymple ESCRI battery ElectraNet/AGL Energy 30 8 2019 Wattle Point Wind Farm

See also

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