The content highlights the transformative impact of quantum computing on energy demand, with increased consumption posing sustainability challenges. Meanwhile, various companies are expanding their renewable energy solutions, including energy storage, smart controllers for hybrid plants, and solar projects to enhance reliability and efficiency. These initiatives aim to support cleaner energy ecosystems.

As quantum computing progresses towards commercial use, researchers from Oak Ridge National Laboratory and the University of Tennessee explore its long-term effects on electricity, water, and material supply chains. Their findings reveal potential resource challenges, particularly in electricity demand and helium-3 availability, alongside the benefits of quantum technology.

Researchers at the International Advanced Research Centre have developed a high-performance thermal battery material that significantly enhances heat energy storage at a lower cost. By incorporating 1% spinel oxide nanoparticles into a phase change material, the new nanocomposite increases specific heat capacity by 45%, benefiting concentrated solar power plants and waste heat recovery systems.

As solar power capacity continues to grow across the world, one of the biggest technical challenges is transmitting electricity from solar plants to demand...

Researchers have developed a durable water-based battery that enhances long-duration energy storage, offering improved safety and lower costs compared to lithium-ion systems. Meanwhile, FOXESS has launched smart solar storage solutions in Thailand, promoting decentralised energy systems. Additionally, advancements in GaN converters and other technologies aim to boost efficiency in renewable energy applications.