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Energy

Virtual SuperLab combines nuclear and renewable powers

In a virtual exercise, the Energy Sciences Network (ESnet) and partners demonstrated that large-scale renewable energy sources can be introduced into the US energy system without interruptions in power supply.

Supercomputing to tackle energy challenges

US researchers were able to simulate an energy system where operators hundreds of kilometers apart work together just like they were sitting side by side in a simulation.

Mapping Europe’s wind energy resource

In a world craving renewable and zero-carbon energy, the economic and societal importance of wind power has become huge.

Simulating atoms for green energy

To help Australia transition to a lower emissions economy, researchers at Griffith University are using the Pawsey Supercomputing Centre and AARNet to explore new materials for more efficient green energy production.

Safe Harbour for Migrating Fish and Cleaner Sustainable Energy

Tracking the migratory patterns of fish required connecting a vast number of sensors and cameras and the capacity to flawlessly transfer terabytes of recorded images and signals.

Developing a global model for solar energy

Researchers have designed a uniquely detailed and precise model of solar energy potential on a global scale, and they are offering their data free of charge for everybody to use.

LAGO Observatory: global collaboration, cosmic results

The LAGO (Latin American Giant Observatory) project traverses the skies of Latin America to set its sights on uncovering the mysteries of faraway galaxies.

Harnessing Turkmenistan’s sunshine

Developing alternative, greener energy sources is a key priority across the world but many countries don’t have the infrastructure and skills needed to create renewable energy industries from scratch. Technology, and in particular research networks, can help develop these skills, transferring knowledge to build the industry.

Creating a roadmap for a new European heating infrastructure

The Heat Roadmap Europe project has set out to map the demand for heating and cooling in 14 European countries, along with the potential sources of surplus and renewable heating and cooling that could be used to supply this demand. The aim is to decarbonise the heating sector of Europe over the next 30-40 years.