Could a single installation define a brief but explosive period of ambitious PV deployment? The massive 500 MW Dau Tieng solar array – among Southeast Asia’s largest PV installations – makes a strong case for being the most impressive project of Vietnam’s recent solar boom. But the allure of Dau Tieng is about much more than size – it’s about what’s beneath the PV modules.
Southeast Asia, when taken as a whole, is a global laggard in the uptake of renewable energy, but some countries are leading the way, such as Vietnam, the Philippines, and Myanmar. And as ‘Angry Clean Energy Guy’ Assaad W. Razzouk argues, policymakers in the region cannot hold back the tide of solar and wind for much longer.
Economics and common sense have to win out over a climate-denying, pro-fossil fuel government, says John Grimes, the chief executive of Australia’s Smart Energy Council. And in the absence of renewable energy targets, he argues that the power of the people seems to be leading the way.
Within this decade, the capacity of solar systems on rooftops in Australia will likely exceed the generating capacity of coal. It is now evident that solar in conjunction with other customer-side technologies of batteries and demand management will become the dominant factor in the evolution of Australia’s energy system, writes Tristan Edis, the director of analysis for Green Energy Markets. He adds one caveat, however: For this to occur, batteries must become cost competitive.
Rising gas prices, increased energy security and economic recovery at all costs pose risks to Asia’s power sector gas demand growth.
The SNEC 2020 PV Power Expo opened on Aug. 8 in Shanghai. Unlike previous editions, the world’s largest solar trade fair was mostly attended by Chinese participants this year due to the Covid-19 pandemic. While the trade fair used to offer insights into global market trends, volumes were low this year due to a buyer/seller standoff amid rising prices caused by the recent accidents at polysilicon plants in Xinjiang. Also, there was little change in technologies. PV InfoLink’s Corrine Lin offers insights into cells and modules at SNEC 2020.
The move by Standards Australia has set the stage for Australia to play an important role in the growing hydrogen economy. Eight international standards for hydrogen were adopted in the process. The time is now, argues the Australian Hydrogen Council Fiona Simon, for these standards to be adopted into regulations to enable a new hydrogen export industry.
As renewables penetration increases, transmission and distribution (T&D) infrastructure will require significant reinforcement. Battery storage is becoming a key alternative to traditional ways of reinforcing network infrastructure, because it is fast to deploy, can provide multiple services, and often comes at a lower capital cost. IHS Markit analyst Oliver Forsyth delves into the additional value streams that strengthen the case for grid-connected batteries.
With Australians spending more time at home during the day as a result of COVID-induced restrictions, many are questioning the impact of shifting energy demand patterns on the solar curve. Byron Serjeantson, Regional Manager at Flow Power considers the potential outcomes of these changes.
As new forms of renewable energy mature, strong standards governing safety, storage, transport and more help to build confidence in each industry sector. Here Daniel Chidgey, Head of Stakeholder Engagement at Standards Australia outlines the latest guidance for hydrogen, energy storage and ocean energy.
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