Kicking off from the last quarter of 2016 Australia has experienced an amazing boom in renewable energy across both rooftop solar and utility-scale projects. Over the space of just five years Australia will have shifted from just 15% of our power from renewable energy (in 2016) to 30% by 2021.
After China’s National Day holiday, demand started picking up at a slow pace, but the anticipated installation rush did not occur as expected, due to land and financing issues, as well as the return of winter. These factors will also delay the timing of more than 6 GW of capacity to the first half of next year. PV InfoLink has thus downwardly revised its estimates for installed capacity in the fourth quarter to 11.3 GW in China and 30 GW globally, bringing this year’s global demand forecast to below 120 GW.
Australia made its first moves to open up its energy industry in the 1990s, when the National Electricity Market (NEM) was first created, and many of the rules and regulations from back then are still in place today. But the rise of renewables in the 21st century, argues Clean Energy Investor Group Chair Rob Grant, necessitates a rethink of this market structure.
Utility-scale solar is booming in Australia. Quality assurance, especially solar panel testing, helps achieve better performance and lower costs. Best-practice testing is key, writes Michelle McCann, managing partner at PV Lab Australia, but must be planned and fully integrated into a project from an early stage. This integration ensures flow-through from panel manufacturers to commercial buyers and large project owners.
The Australian utility-scale PV and wind industries have just gone through a record two years of construction and commissioning. More specifically, writes Rystad Energy’s David Dixon, utility-scale PV has transformed from a megawatt-scale market to one measured in gigawatts. The resultant boom in utility-scale PV in the country has attracted developers, EPCs and OEMs, from at home and across the globe.
When Sony first commercially introduced lithium-ion batteries in 1991, the industry recognized their potential to revolutionize portable electronics. Ever since, there have been countless efforts to improve the technology, with many researchers focusing on energy density and longevity, in line with demand from emerging applications such as electric vehicles (EVs) and on-grid energy storage. Julian Jansen and Youmin Rong of IHS Markit discuss the effect of safety concerns on this rapidly growing global market.
A maturing PV market does not automatically deliver certainty in terms of technology roadmaps and industry dynamics. Crystalizing trends and anticipating developments is the business of analysts, so pv magazine assembled four of solar’s best to talk about prices, technology and market-defining policy developments.
The Victorian Labor Government announced in August last year a $1.3 billion “Solar Homes” package to assist homeowners in installing solar PV systems. The scheme will be offered to 770,000 Victorian households for the next 10 years and is in addition to the Federal STC ‘rebate’.
Vietnam had already successfully commissioned 1.5 GW of utility-scale PV at the end of May this year, and there is no sign of this slowing down, with another 2 GW teed up for June 2019. The breakneck speed in development is making Vietnam a powerhouse in the region in installed capacity, even nipping at the heels of Australia. Rystad Energy’s Minh Koi Le looks at the state of play in the Vietnamese solar market.
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