New South Wales-based battery materials specialist Sicona has signed a $15 million licensing agreement with Indian chemical conglomerate Himadri to accelerate the global commercialisation of its flagship silicon carbon anode material.
Engineers at Monash University have a developed a next-generation water-based battery suitable for application in residential use and compatible with rooftop solar in real time.
Researchers from the Middle East have simulated a novel PV thermal module which includes a thermoelectric generator above the absorber layer, conical helical tape in the cooling tube and a ferrofluid. These technologies reportedly contributed to increased PV efficiency and thermal efficiency by 2.12% and 23.34%, respectively.
Renewables developer Elements Green says the start of construction for what it describes as Australia’s largest hybrid solar and storage project to date is now within reach after receiving the tick of approval for grid connection.
Spanish robotics manufacturer Smartbox has launched an autonomous solar panel-cleaning robot that comes with two plug-and-play batteries, each with 4.5 hours of battery life, and is capable of cleaning up to 4,000 panels in 10 hours.
An AGL and Risen Energy collaboration has seen Australia’s first utitily-scale solar farm using Heterojunction technology commissioned in southern New South Wales to power an almond orchard’s farming operation of over 700,000 trees.
Melbourne-based off-grid public solar lighting provider Leadsun has collaborated with a New South Wales local council to install off-grid public solar street lighting in a new residential development.
Scientists have developed a precursor formulation for different PV simulation tools that can help calculate the expected performance of solar farms deployed on hilly slopes. Validation tests against an experimental setup showed an error of less than 3%.
Western Australia’s green fuels developer InterContinental Energy has announced its revolutionary cost cutting nodel hydrogen production system, which allows for the scaling of giga-scale production and is the mainstay of the proposed 70 GW Western Green Energy Hub.
A three-year field experiment comparing the performance and reliability of passivated emitter and rear cell, tunnel oxide passivated contact, and silicon heterojunction solar modules in desert climates found that HJT modules exhibited the highest degradation, while TOPCon modules showed the lowest degradation.
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