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The country's leading solar research centre has actually secured its first major grant in years with the Australian Renewable Energy Agency tipping in $19 million for equipment to help clean energy even more competitive.

A multinational team reported a novel 2D/3D passivation for fully inorganic perovskites, surpassing 21% cell efficiency and 950 hours of 85°C operation.

International team develops PDAI₂ “cosmic veil” that lets perovskite solar cells survive decades of space radiation, paving the way for lighter, cheaper satellite power.

Scientists led by Monash University have actually made an exploration that will considerably lower lithium-from-brine removal times. The cutting-edge advancement is as easy as a screen.

Revolutionary research by top universities shows SCN ions boost perovskite solar cell performance, with PCE of 25.82% and 1,000-hour stability.

Revolutionary method using silicon nanoantennas boosts efficiency of perovskite solar cells, paving the way for indoor lighting and space industry applications.

Revolutionizing solar cell technology: Indian researchers develop high-efficiency 2D Dion-Jacobson perovskite cell with MXene materials, reducing recombination losses for optimal performance.

Introducing the groundbreaking MTPW: a triple-layer thermochromic perovskite window inspired by medical masks. With enhanced durability and optical clarity, it's perfect for sustainable green buildings.

Researchers from North Carolina State University, Pennsylvania State University and University of North Carolina at Chapel Hill have found that channeling ions into defined pathways in perovskite materials improves the stability and operational performance of perovskite solar cells. This breakthrough in sustainable energy news could revolutionize photovoltaic technology.

A worldwide research study group, led by Dr. Yang Bin from the Dalian Institute of Chemical Physics (DICP) of the Chinese Academy of Sciences (CAS), has actually created cadmium (Cd)-based perovskite solitary crystals with long afterglow and also high luminous quantum return, as well as explored its afterglow luminescence dynamics mechanism.

A Rochester Institute of Technology teacher got a give from the Department of Energy to research means to develop low-priced, high-efficiency solar cells.

The military is intensifying to the momentum of physicists at The University of Toledo who are progressing brand-new frontiers in thin-film, extremely efficient, affordable photovoltaic innovation to make sure a clean energy future.

The tool is based upon a state-feedback flexible control system in a real-time controller. According to its designers, it can attain great vibrant reaction and also flaunts far better transmission capacity than present business options.

A German start-up achieved more than 99% efficiency when charging a vehicle developed by the Bochum University of Applied Sciences with electricity from solar cells. Ambibox’s DC charging technology was used in a research project in the Australian desert.

An EU project led by Chalmers will create prototypes of new solar technology for big scale applications, such as furnace in residential homes.