6 December 2016, The Guardian, Australia’s energy transmission industry calls for carbon trading. Emissions intensity scheme is the least costly way of reducing greenhouse gases, Energy Networks Australia and CSIRO say. Australia’s electricity and gas transmission industry is calling on the Turnbull government to implement a form of carbon trading in the national electricity market by 2022 and review the scope for economy-wide carbon pricing by 2027. EnergyNetworks Australia warns in a new report examining how to achieve zero net carbon emissions by 2050 that policy stability and regulatory certainty are the key to delivering lower power prices and reliable electricity supply. While Tony Abbott once characterised carbon pricing as a wrecking ball through the Australian economy, the new report, backed by CSIRO, says adopting an emissions intensity scheme is the least costly way of reducing emissions, and could actually save customers $200 a year by 2030. The forceful intervention by the industry on Tuesday follows the Turnbull government on Monday flagging an emissions intensity trading scheme for the electricity sector as part of its scheduled review of its Direct Action climate policy. Some stakeholders also believe the Finkel review into energy security and Australia’s climate commitments may also float the desirability of an emissions intensity scheme for the electricity sector when it presents its preliminary fundings to Friday’s Coag meeting of the prime minister and premiers. But the difficulties for the government emerged immediately after the baseline and credit scheme was flagged by the energy and environment minister, Josh Frydenberg, on Monday when the chairman of the Coalition’s backbench committee, Craig Kelly, warned carbon trading was not Coalition policy and would not be accepted by the party room. Energy Networks Australia has been working for two years on what it calls a policy roadmap to achieve zero emissions by 2050. A report to be released on Tuesday argues that the goal can be achieved but only with an integrated policy approach.The report recommends that the government adopt an emissions intensity baseline and credit scheme for the electricity sector by 2022, and set a light-vehicle emissions standard policy to provide incentives for electric vehicle uptake. Read More here
Tag Archives: Renewables
5 December 2016, Renew Economy, Turnbull leads attack on wind as Coalition readies carbon price backflip. Malcolm Turnbull’s Coalition government appears ready to throw the medium and long-term future of Australia’s large-scale renewable energy market under a bus, as the price to be paid for a back-flip on a carbon price for the electricity sector. Turnbull joined with The Australian and right-wing climate denying bloggers Andrew Bolt and Jo Nova on Friday in somehow connecting last week’s network fault in Victoria with the growth of renewable energy. Turnbull told a local radio station that the outage was the “fault” of the South Australian government. On Monday, a clearer picture of what the Coalition is up to emerged with the release of the terms of reference for the climate policy review in 2017. Importantly, this review is no longer a “sit rep” – situation report – flagged by energy minister Josh Frydenberg when he first took office. It will, in fact, consider a range of new policy mechanisms, such as an emissions intensity baseline and credit scheme for the electricity sector (effectively a carbon price), a sure sign that the Coalition now realises what Turnbull knew all along – that Direct Action is a fraud and a fig leaf for serious action on climate change. But to try to dance its way through internal politics, the demands of the fossil fuel lobby and comparisons with Labor’s own proposals, Turnbull and Frydenberg appear to have concluded that the best way to appease the far-right rump of the Coalition is to abandon direct support for renewables, help open up the Galilee Basin coal resource and push for more coal seam gas. Reports emerged on the weekend that the Coalition is considering offering a $1 billion concessional loan to help build a rail link between the Galilee Basin coal projects and the port at Abbot’s Point. The idea has appalled environment groups. It also comes as emergency talks are held in Melbourne about the “gas supply crisis”, and as the Coalition readies to receive the Finkel review of the National Electricity Market and prepares to again badger the states on the individual renewable targets at the COAG conference this Friday. The conflicting strategies comes as yet another report highlights the parlous state of the country’s climate efforts, noting that Australia is on track to use up its entire “carbon budget” under the Paris agreement in little more than a decade.Read More here
30 November 2016, The Conversation, Will the latest electricity review bring climate and energy policy together at last? The Australian government is reviewing our electricity market to make sure it can provide secure and reliable power in a rapidly changing world. Faced with the rise of renewable energy and limits on carbon pollution, The Conversation has asked experts what kind of future awaits the grid. Australia’s National Electricity Market (NEM) is under review following the state-wide blackout that hit South Australia in September. The review, led by Chief Scientist Alan Finkel, will “develop a national reform blueprint to maintain energy security and reliability”. Importantly, the Council of Australian Governments (COAG) specifically agreed that the review would consider Australia’s commitment under the Paris climate agreement, and how climate and energy policy can be integrated. Before we consider how the NEM might need to change, it is important to understand how it came about. State responsibility Electricity supply began as a state responsibility. Originally, state-based utilities owned and operated the entire supply chain, from generation to transmission, distribution and retail. With the exception of the Snowy Hydro Scheme, there were no interstate transmission lines. Accessibility and affordability were (and still are) key concerns for the states. As such, electricity prices were equal for all citizens, irrespective of their location or the actual cost of bringing electricity to them. This is still partly reflected in network tariffs today. In the late 1980s, concerns about rising costs to government, but also a worldwide ideological move towards privatisation of public services, drove a shift away from publicly owned utilities. This began with a New South Wales inquiry, which found that NSW could avoid billions of dollars in new investment by connecting its network with Victoria. This set the scene for the development of a more interconnected grid and more general reform. In particular, this was followed by a report from the former Industry Commission in 1991 and the Hilmer Reviewon National Competition Policy in 1993. These reports were dominated by market logic. They argued that competition would make the system more efficient. Governments specifically agreed to reforms that would lead to a fully competitive national electricity market. This involved breaking up and selling the three layers of the electricity sector: generation, networks and retail. Read More here
18 November 2016, Energy Post, Why the future belongs to decentralised renewables, not centralised hydrogen and giga-scale nuclear. What the future of our energy system will look like continues to be a subject of heated debate. According to one well-established tradition, writes Professor John Mathews of Macquarie University in Australia, the route to decarbonisation will run via massive nuclear power systems to the hydrogen economy. But China and to some extent India are emerging as the principal practitioners of an alternative vision of energy growth, underpinning their vast industrialisation efforts with conventional renewables that are the products of manufacturing. According to Mathews, the world is much more likely to follow the second route. Renewables, he argues, are benign, provide energy security, create jobs and above all are the least expensive option. How we envision the future of our energy systems is important as this tends to drive our policies and decisions. In a new scientific paper, “Competing principles driving energy futures: Fossil fuel decarbonisation vs. manufacturing learning curves”, published this month in the journal Futures, I contrast two broad energy visions. Read More here