Australia’s first solar power station, built in 1981, is now heritage listed

On the edge of the outback in far western New South Wales, a cluster of silver dishes once turned toward the sun, capturing light in a place where the grid had never reached. In 1981, Australia’s first solar power station began operating at remote White Cliffs, using 14 parabolic dishes to generate electricity for a small community that included a hospital, school, post office and 12 homes. For more than a decade, the plant proved that solar energy could reliably power a town in one of the harshest environments on the continent. Now, 45 years after it first switched on, the site has been formally recognised as part of the state’s heritage, a quiet landmark that marks the beginning of Australia’s journey into large scale solar power.As reported by the NSW Office of Environment and Heritage and ABC News, the listing ensures that the story of White Cliffs will be preserved alongside the physical remnants of the pioneering plant.A town beyond the end of the gridWhite Cliffs is a tiny settlement in the semi arid plains of north western New South Wales, not far from the South Australian border. In the late 20th century, it was home to a few dozen people, many of them workers and their families associated with local mining and pastoral activities. Like many remote Australian communities, it sat far beyond the reach of the main electricity network. Running diesel generators was expensive, logistically challenging and environmentally costly, with fuel needing to be trucked in over long distances.In this context, solar power was an appealing alternative. The region enjoys plenty of sunshine for most of the year, with clear skies and high solar irradiance. If a system could be designed to reliably capture and convert that energy, it could reduce dependence on diesel and provide a more sustainable power source for critical services.The birth of a solar experimentThe White Cliffs solar power station was envisaged as a demonstration project, a real world test of whether solar thermal technology could meet the needs of a remote community. Completed in 1981, the plant consisted of 14 parabolic dish collectors, each mounted on a tracking system that followed the sun across the sky. The dishes concentrated sunlight onto receivers that heated a working fluid, which in turn drove a generator to produce electricity. The system was connected to the local mini grid, supplying power to critical community infrastructure.The hospital, school and post office relied on the solar station for much of their electricity, as did 12 residential homes. Batteries stored energy for use when the sun was not shining, and diesel generators remained in place as backup for extended cloudy periods or maintenance.For the time, the project was technologically ambitious. Solar power was still a niche field, and large scale applications were rare anywhere in the world. White Cliffs became a reference point for engineers, policymakers and researchers interested in the potential of renewable energy in remote areas.Proving that solar could work in the outbackThe White Cliffs station proved that solar energy was far more than a lab experiment. It provided reliable power to a remote outback town, while enduring choking dust, blistering heat and wild temperature swings. Running it was hard work. Crews had to constantly clean dirty mirrors, and fix complicated tracking equipment in a small town without specialized mechanics. Primitive battery technology also proved a constant challenge to store power for the nite. Yet the plant ran successfully for more than a decade, drawing international attention and local pride.But the station closed by the mid-1990s due to changing energy policies and newer technology. The dishes stopped turning and the site fell silent, a monument in waiting to early solar pioneering work. As enormous solar farms started to proliferate across Australia, an interest in its history grew. In 2026, the New South Wales government formally added the White Cliffs plant to the state heritage register. The move protects the remaining structures and pays tribute to the trailblazing project that showed off-grid clean energy actually could work.What the heritage listing meansThe heritage status does not aim to return the plant to full operation, but to preserve its significance as a landmark in energy history.Interpretive signage, conservation of key structures and careful management of the site will allow visitors and researchers to understand what once took place there. For local residents, the listing is a recognition of their town’s place in a broader national story, one that is increasingly relevant as Australia expands its solar and renewable capacity.For the wider public, White Cliffs offers a tangible connection to the early days of solar power. It is easy to think of renewable energy as a recent phenomenon, driven by 21st century climate concerns and technological advances. The White Cliffs station reminds us that serious investment in solar began decades ago, in places where the economic and logistical case was clearest. The dishes that once turned toward the sun were not just machines. They were a statement that remote communities did not have to rely solely on diesel and that the outback’s sunlight could be turned into a local asset.A quiet pioneer in a solar futureToday, Australia is home to some of the world’s largest solar farms and highest rates of rooftop photovoltaic installation.The technology has changed, with photovoltaic panels now more common than parabolic dishes for many applications. Yet the basic idea remains the same: capture abundant sunlight and convert it into electricity for homes, businesses and public services.White Cliffs sits at the beginning of that arc. It was a small, remote experiment, but it helped build confidence in solar power at a time when the technology was still unproven at scale. The heritage listing ensures that this chapter will not be forgotten as newer, larger projects come online.Visitors who travel to the site now will find a landscape marked by both absence and presence. The dishes may no longer move, but their bases and supporting structures remain. The control buildings and substations still stand, weathered but intact. Information panels tell the story of how, in 1981, a handful of solar collectors powered a hospital, school, post office and homes in a town far from the grid. In that story lies the outline of a future that Australia is still building, one in which the sun plays a central role in powering communities from the coast to the outback.