The cost of solar power generation in India has fallen to half the level seen in many other markets in the region due to extensive solar resource, market scale and competition.
Australian and Indian scientists have developed a method of manufacturing soluble graphene in a cost-effective and eco-friendly way from one of Australia’s most common resources, gum trees.
Mining company Neometals and Manikaran Power have started a jointly funded study into the feasibility of establishing India’s first lithium refinery, which would process ore from the Mount Marion mine in Western Australia.
While the world’s biggest solar manufacturers are confident there are plenty of alternative markets for a rising volume of panel exports, the message spelled out by first-quarter shipment figures is that protectionism works.
With concern rising about future solar waste in India, research by the University of New South Wales has examined the economic barriers, technologies and opportunities offered by recycling end-of-life silicon PV modules.
A flying start to the year saw huge volumes of solar cells and modules imported to India but the scale and value of such products fell over the remainder of 2018 and export figures mirrored that trend.
The nation saw 1.3 GW of renewable energy secured for business through private PPAs in 2018, almost twice as much as the volume recorded in Australia, but the picture could change next year if China follows through with its renewable portfolio standard commitment.
Despite political hurdles in key markets including China and Japan, Asia remains highly active. This year, 59 GW of solar is expected to be installed and due to further system price declines, a phase-out of subsidy schemes can be offset.
In the second quarter, India installed solar projects amounting to 52% less capacity quarter-over-quarter, due to uncertainties around trade cases, module price fluctuations, and PPA renegotiations prompted by record low solar tender bids.
Scientists from the University of Wollongong in Australia have developed battery cells based on sodium-ion technology which the university says can achieve excellent cycling stability and easily be scaled up to mass production.
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