China is rapidly installing PV along highways, combining slopes, tunnels, and service areas to generate renewable electricity and cut transport-sector emissions.
Victoria-headquartered battery technology company Relectrify has received $25 million ARENA backing to help deploy it’s CellSwitch inverterless technology, which promises to deliver 20% more energy over a battery system’s lifetime.
Singapore has conditionally approved a 1 GW hydropower import project from Malaysia’s Sarawak state, with first deliveries expected around 2035.
A Chinese research group claims to have achieved remarkable efficiency and stability in a solar cell based on a perovskite absorber incorporating MXene, a novel type of 2D material known for its excellent conductivity, chemical stability, and thermal resilience. The device reportedly retained 80% of its initial efficiency after 500 hours.
Australian researchers are collaborating with organisations in India, Indonesia and the United States to develop a zero-carbon, automated end-of-life solar panel recycling process using robots to recover ultra-pure silicon.
Japanese researchers have proposed a method for future vehicle-integrated photovoltaic route planning. It integrates environmental shading effects based on satellite and geographic information system data.
The Chinese manufacturer said its new inverters can deliver 160% overload for 200 ms in off-grid mode, ensuring stable startup of heavy loads. The IP66-rated products feature a maximum efficiency of 97.6% and a European efficiency of 97.2%.
Researchers in China have developed a dust monitoring technique that relies solely on the existing hardware resources of inverters, without requiring extra sensors or meteorological data. Tests on existing rooftop PV arrays demonstrated an accuracy exceeding 96%.
The International Energy Agency says the cost of capital for solar remains higher in Southeast Asian countries than it does in other emerging and developing economies.
Researchers have developed a stagnant water layer cooling concept and tested it using seawater, tap water, and desalinated water. The panel temperature decreased by up to 8.2 °C, while power output increased by approximately 28%.
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