Recently, the project has covered more than 3,200 solar panels installed on the roofs of ANSTO, the famous Australian synchrotron in Clayton, achieving electricity efficiency with solar energy for more than five years.
The installation of these solar panels, which cover almost 6,600 m², including the iconic circular roof of the main building housing the particle accelerator The installation of these solar panels, covering nearly 6,600 m², including the iconic circular roof of the main building housing the particle accelerator, represents a significant step forward in reducing Australia’s energy consumption and carbon footprint.
A safe bet for solar energy and a greener future
According to ANSTO’s director, Professor Michael James, this investment not only reduces operating costs, but also reflects a continued commitment to a more sustainable future. James states that “investment in renewable technology is essential to meet sustainability goals and contribute to a cleaner, greener environment.”
The installation of a 1,668 kWh system and inverter will cover part of the Australian synchrotron’s total energy needs and is expected to save about $2 million over five years. The operating costs saved will be reinvested to support operations and the expansion of the Australian synchrotron’s research capabilities and facilities, according to Professor James.
Powerful sunlight
The choice of solar power was obvious, given the size of the roofs and the uninterrupted exposure to sunlight at the Monash location. Although the scientific facilities operate 24 hours a day, during daylight hours, the solar plant harnesses the power of the sun in a cyclical manner to power the spaces and generate synchrotron light beams.
Some of these beams are used to investigate the next generation of solar cell technology, demonstrating the synergy between solar power generation and research.
Environmentally friendly solutions
The installation of solar panels was completed in five months, covering the roofs of the main building, the Guest House and the Environmentally Controlled Storage Facility.
This effort is part of a broader expansion of the Australian synchrotron facilities, including the $100 million BRIGHT Program and a partnership with Monash University to build a health research laboratory.
This solar project is part of the technology center’s sustainability strategy to reduce its dependence on the grid by 20% by 2035 and achieve a net zero balance by 2030, in line with the drive towards renewable energies.
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Source and photo: ANSTO
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