World’s Largest Single-Tower Solar Plant In The Works

Solar power and renewable energy, in general, are taking over the world. However, there is still a long way to go before they become the main sources of power that people turn to and this will require considerable investments from governments. Australia understands this and is investing in the largest single-tower solar power plant in the world.

The plan, in question, is being implemented in Port Augusta, South Australia. The project was recently featured on New Atlas, which reveals that the initiative would produce upwards of 150 megawatts of power. That would be enough to provide electricity to over 100,000 homes. Called the Aurora Solar Energy Project, development and construction of the plan will be handled by American firm SolarReserve.

Apparently, the plant in South Australia is the same design as that of the plant that was supposed to be built in California called the Rice Solar Energy Project. Unfortunately, due to recent administration changes, uncertainty in the tax incentive sector has put that American project on hold.

Fortunately, it seems at least one country is interested in pushing its renewable energy industry to new heights and the Aurora plant is a big step in the right direction. Thanks to the technology behind the plant that’s based on molten salt, it is capable of producing enough power for thousands of homes regardless of whether it is day or night.

What makes this particular power plant notable, however, is the tower. This edifice will be the focus of the heliostats surrounding the tower, which will focus the gathered solar energy into the construct. That energy will then be stored for use and production of electricity, Futurism reports.

Although there are now several examples of these types of plants, this particular project will be the first to go on such a large scale with only one tower. Once done, it could potentially make up five percent of Australia’s total energy needs, and that’s coming from just one of these plants. A hundred of them could easily increase the nation’s energy capacity, creating a surplus.