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Leveraging quantum computing to tackle power grid challenges

Smart Energy International

The US Oak Ridge National Laboratory (ORNL) is collaborating with quantum computing company IonQ to help solve power grid challenges and drive infrastructure improvements. In the US Department of Energy-funded project, the two organisations intend to explore how quantum computing technology can be used to modernise the power grid.

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Iberdrola launches AI innovation project to optimise power grids

Smart Energy International

Iberdrola is leading the AI Innovation Data Space (i-DS) project to improve value extraction from data to optimise power grids. Specifically, the aim is to apply AI to speed up and enhance the extraction of value from the data to improve the service of distribution networks. With funding of more than €12.5

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Open-source AI to protect power grids from DER fluctuations

Smart Energy International

Researchers at the KTH Royal Institute of Technology have developed open-source AI algorithms to protect grids from random fluctuations introduced by variable renewables.

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EPICS global research centre for 100% renewable power grids launched in US

Smart Energy International

The new centre, which is based at the University’s Ralph O’Connor Sustainable Energy Institute (ROSEI) and launched formally on November 1, brings together partners from the UK and Australia as well as others in the US to undertake research towards the delivery of 100% renewable energy power grids across the world.

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New digital twin reference library to further decentralise power grids

Smart Energy International

The Digital Twin Consortium (DTC) – which aims to drive development of the digital tech – has announced a reference library of use cases and case studies, including use of digital twins as a tool to decentralise power grids.

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Managing power grid complexity: The 5 biggest priorities for utilities in 2024

Smart Energy International

In today’s distributed energy system, managing power grid complexity is challenging. But grid operators are often handling these changes with an ageing infrastructure that wasn’t built with a distributed energy system in mind. Build a resilient grid. Software underpinned with a strong data foundation is key.

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Harmonic filters: A key factor for a healthy power grid

Smart Energy International

However, as our reliance on electricity has grown, so too has the complexity of our power grids. The addition of more electronic devices and renewable energy sources has resulted in an increase in harmonic distortion, which can lead to significant problems such as power quality issues, equipment failure and reduced efficiency.