Earth Sciences New Zealand has carried out the HPE Cray XD2000 supercomputer, named Cascade, to considerably enhance its environmental forecasting capabilities.
This superior system, designed for AI and simulation workloads, goals to reinforce the accuracy of meteorological predictions and strengthen New Zealand’s defences towards climate-related threats corresponding to wildfires and flooding.
Cascade replaces the organisation’s earlier high-performance computing setup, delivering a threefold improve in computational capability.
This enhancement permits researchers to run a number of AI-driven simulations concurrently, bettering the precision of climate forecasts.
HPE South Pacific managing director and vice chairman Chris Weber mentioned: “By delivering superior HPC and AI capabilities, we’re empowering New Zealand’s main local weather and environmental researchers with the instruments they should drive scientific discovery and sort out a few of the most urgent challenges of our time.
“Importantly, we’re in a position to maximise vitality effectivity by direct liquid cooling and leverage renewable vitality. This collaboration showcases the true potential of expertise to make a significant influence, each regionally and globally.”
Powered by AMD 4th Gen EPYC processors and built-in with HPE GreenLake for File Storage, Cascade can handle a powerful 19 petabytes of knowledge, expediting native analysis and bettering decision-making in disaster eventualities.
The supercomputer employs direct liquid cooling expertise to optimize vitality and water utilization whereas successfully cooling the computational cluster.
Housed within the CDC knowledge centre, Cascade operates totally on renewable vitality, marking the biggest implementation of HPE GreenLake for File Storage within the Asia Pacific area, encompassing each high-performance and conventional enterprise computing.
In collaboration with HPE, Earth Sciences New Zealand goals to realize vital developments in knowledge processing and forecasting.
Cascade is engineered for prolonged operational capability, enhancing scalability and uptime. It can additionally utilise real-time knowledge for nowcasting, a climate forecasting approach that employs AI to foretell short-term, localised climate situations.
This functionality is essential for integrating photo voltaic and wind vitality into high-frequency markets and bettering emergency responses to fires and excessive climate.
Earth Sciences New Zealand superior expertise chief scientist Dr Jess Robertson mentioned: “This improve with HPE Cray XD2000 marks an enormous leap ahead in our capability to know and predict the setting round us.
“Enhancing scientific analysis with the superior expertise options offers us the instruments to make smarter and safer choices with confidence for New Zealand in a altering local weather.”
Based mostly in Auckland, Earth Sciences New Zealand is acknowledged for its analysis in local weather, freshwater, geological sources, vitality futures, and marine science, making vital contributions to environmental science providers.
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