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Stellarator fusion: clean energy’s game-changing potential

Fusion energy technology is poised to revolutionise Australia’s power landscape, offering clean, reliable, and affordable electricity alternatives.

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Fusion energy technology is poised to revolutionise Australia’s power landscape, offering clean, reliable, and affordable electricity alternatives.

In Short:
The urgent shift to sustainable energy could be revolutionised by fusion power, particularly with advancements in stellarator technology. Type One Energy is collaborating with the Australian government to accelerate fusion deployment, which promises clean, reliable energy and economic benefits by repurposing coal infrastructure.

The global transition to sustainable energy is urgently needed.

Exploring fusion power, a cutting-edge approach, could transform global energy.

Christofer Mowry, CEO of Type One Energy, explains stellarator fusion, which builds on modern supercomputing techniques.

Stellarators are advanced versions of tokamaks that enhance commercial viability for power generation.

Fusion energy is regarded as the “holy grail” of energy due to its clean and abundant nature, producing helium from hydrogen without long-term waste or risk of nuclear accidents.

This technology offers energy independence, especially relevant to Australia where fuel can come from water.

Mowry indicates that stellarator technology is on the brink of commercialisation, with a prospective customer in the United States interested in developing fusion power plants.

Australia faces significant energy transition challenges, heavily relying on coal for power.

While renewable resources like solar and wind are vital, their limitations were highlighted by a recent blackout in Spain.

Fusion energy could provide reliable baseload power to complement renewable sources.

Mowry believes fusion can deliver carbon-free baseload electricity at prices comparable to coal.

Repurposing existing coal infrastructure for fusion can also support economic viability, transforming current facilities and workforce into fusion energy alternatives.

Collaboration continues as Type One Energy evaluates opportunities in Australia.

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AI transforms business operations and decision-making processes

AI revolutionises business operations, boosting efficiency, innovation, and decision-making while tackling complex challenges across various industries

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AI revolutionises business operations, boosting efficiency, innovation, and decision-making while tackling complex challenges across various industries

In Short:
– AI is reshaping organisations by enhancing workflows, customer engagement, and decision-making across industries.
– Companies must adopt responsible AI practices and ensure specialist knowledge within executive teams for informed decisions.

Artificial intelligence is reshaping organisational operations, improving workflows, customer engagement, and strategic decision-making across industries. Lauren Hawker-Zafer from Squirro discussed the key business challenges AI is helping to address.AI is crucial for navigating complex ecosystems. It enhances efficiency and unlocks growth opportunities. Recently, AI transitions from an advantage to essential for resilience and innovation. Squirro focuses on productivity, operational cost reduction, and unifying work processes.

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Benefits of AI are measurable, driving tangible results like faster project delivery and reduced operational costs. Improved forecast accuracy and real-time predictive analytics enhance supply chain efficiency with visible impacts on customer experience.

Future Preparations

Organisations must prepare for the next AI adoption wave, with a focus on responsible AI practices. Different countries are adopting varied approaches; the US favours rapid experimentation, while the EU promotes a slower, regulated method. Understanding AI developments is essential, and having AI specialists within executive teams is increasingly important for informed decision-making.

For more information on Squirro, visit squirro.com. Their podcast, Redefining AI, provides accessible insights into AI developments and how to adopt secure, private, and scalable AI solutions in organisations.


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Cooling innovations crucial for efficient data centres

Data centres require advanced cooling solutions for efficient, sustainable operations amid rising demands from AI and high-performance computing

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Data centres require advanced cooling solutions for efficient, sustainable operations amid rising demands from AI and high-performance computing

In Short:
– Data centres are vital for IT infrastructure, requiring innovative cooling solutions due to rising global demand.
– High-density cooling technologies, like liquid cooling, improve efficiency and sustainability in managing heat.

Advancements in data centre cooling solutions are essential as global demand rises. Effective management of heat within these facilities plays a vital role in operational efficiency and sustainability.

Lizzi Long from Interactive discusses the significance of data centres, describing them as essential digital warehouses housing organisational IT infrastructure.As demand for data centres increases, particularly with the rise of AI, new challenges arise related to cooling technologies.

Traditionally, air cooling has dominated, but the emergence of high-performance computing necessitates more innovative methods. Water cooling systems now prove to be more efficient in managing heat due to water’s superior thermal conductivity compared to air.Banner

High-density cooling systems like direct liquid cooling and immersion cooling have emerged. Direct liquid cooling efficiently targets hotspots in servers, utilising a coolant loop to ensure energy-efficient operation.

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Smart sustainable solutions for next-gen buildings

Smart tech helps mid-sized Australian buildings cut energy costs, meet compliance, and improve operations amid rising prices and sustainability targets

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Smart tech helps mid-sized Australian buildings cut energy costs, meet compliance, and improve operations amid rising prices and sustainability targets.

In Short:
– Mid-sized buildings face pressure to innovate due to rising energy costs and lack accessibility to affordable solutions.
– Smart building technology can reduce energy waste by up to 50% and enhance user experience in various sectors.

As energy prices increase, mid-sized facilities face pressure to innovate. New tools making smart building technology accessible are now emerging.

Louise Monger from Schneider Electric discusses why mid-sized buildings have been overlooked in energy innovation. Small and mid-sized buildings, such as those in the retail, hospitality, and educational sectors, often lack access to affordable and scalable energy solutions. With increasing operational costs, these sectors are becoming more vulnerable.

Energy Efficiency

Compliance with sustainability goals is becoming increasingly important for SMEs. Climate-related financial disclosures implemented in Australia require businesses to report on climate risks and actions. Scalable technology can simplify this reporting process, facilitating adherence to governance obligations.

By providing visibility into performance across multiple sites, managers can make informed decisions, benchmark successes, and enhance overall operations, ultimately benefiting customers through improved conditions.

For more information, engage with Schneider Electric on LinkedIn or through their website.


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