Callide Power Station

Callide Power Station

Fast facts 

Capacity: 1,510 MW
Fuel: Black coal
Location: Biloela, Central Queensland
Employees: 222 

Callide Power Station uses coal-fired power generation to supply baseload electricity to the national grid via its two sites: Callide B and Callide C. 

The 700 megawatt Callide B Power Station was commissioned in 1988 and since then has continued to supply electricity to our national market. 

In 2001 the 810 megawatt Callide C Power Station was commissioned, doubling the generating capacity of the Callide site. Callide C was the first supercritical coal-fired power station in Australia. CS Energy owns Callide C in a 50/50 joint venture with InterGen.

How electricity is generated at callide

Here is a simple explanation of how electricity is generated at Callide Power Station.

  1. Coal is ground to a fine powder and ignited.
  2. The heat from the fire is directed to a boiler. The boiler contains many thin steel tubes filled with water. Heat converts the water in the tubes into steam.
  3. This extremely hot steam is pumped at high pressure into a turbine, which is basically a giant fan.
  4. The turbine spins the generator. The movement causes a powerful electromagnet within the generator to create electrons.
  5. The electrons produce an electrical current. Electricity is then transported out of the power station via transmission lines.
  6. Steam is cooled and condensed back to water for reuse.
  7. Ash from the coal is safely discharged to be stored or recycled.

Chris Ross 

working at callide

"Working at Callide has provided endless opportunities and challenges for me to develop my skills and experiences.

"I'm continuing to learn new aspects of my trade on-the-job."

Chris Ross
Mechanical Tradesperson
Callide Power Station 

Learn more about Careers at CS Energy.

Callide oxyfuel project

CS Energy also owns the Callide A Power Station, which was originally constructed in 1965. Callide A was the site of the Callide Oxyfuel Project, which was decommissioned in 2015/16 following a successful two-year demonstration of carbon capture technology. 

More information