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.

Researchers from City University of Hong Kong and Southern University of Science and Technology have developed a groundbreaking water-based battery technology, utilising a neutral pH electrolyte and engineered polymer materials. This system boasts up to 120,000 charge-discharge cycles, improving durability and safety, and has potential applications in renewable energy storage.

Researchers at Oak Ridge National Laboratory have created a high-efficiency power converter using gallium nitride (GaN) semiconductors. This innovation promises to enhance power management for AI data centres and other energy systems, offering faster switching speeds, reduced energy losses, and compact design, allowing for cost-effective infrastructure deployment and improved performance.

Heatwaves are increasingly impacting solar photovoltaic (PV) performance, leading to efficiency losses due to elevated temperatures. While hotter weather seems beneficial for solar energy generation, it actually decreases electrical efficiency as temperatures exceed optimal conditions. Solutions such as advanced module technology, improved maintenance practices, and energy storage integration are essential to mitigate these effects.

Improper string sizing in solar photovoltaic systems can lead to significant energy losses, reduced performance, and reliability issues. Voltage mismatch, energy harvesting inefficiency, and mismatch loss among strings can all occur if string length is not carefully calculated. Considering environmental conditions and using proper design practices are crucial for optimal performance.