Australia’s COVID-19 response, with lockdowns between and within the states, means many of the nation’s economic activities have encountered new challenges, with many people working from home and commercial premises empty.
A point of widespread interest is how the lockdown is affecting energy demand – one of the best ways to track social and economic events. In the worst affected countries, significant falls in energy demand have occurred.
Source: University of Chicago Energy Policy Institute
Thankfully Australia’s situation is nowhere near as bad as Northern Italy, and, at this stage, the changes in energy consumption are much smaller. It may still be too early to fully detect the impacts of the lockdown on the National Electricity Market (NEM), but information on electricity demand over the last four weeks can provide some useful insights.
Since the Australian COVID-19 rules have come into progressive effect since mid-March, there has been considerable public commentary on early signs of changes in NEM demand[i]. These have tended to be rather equivocal: fairly small effects lost in the normal day to day fluctuations. It is now however becoming clearer. Below we take a look at the most recent data, with insights that can help to inform future assessments. In particular, we have attempted assess underlying demand by removing the effects of rooftop solar whose output changes with cloud cover.
So what insights can we draw Australia’s real-time electricity consumption? Below we take a look.
March: Overall trends
As defined by the Australian Energy Market Operator (AEMO):
Figure 2 below, which compares March 2020 to the same period over the last four years, shows that across the NEM states the underlying demand (charts on right) has been offset by solar generation, shifting the grid peak to later in the day (charts on left). This effect has grown very substantially in the last four years. It is however is due to the progressive growth of solar and is not COVID-19 related.
This March saw underlying demand (black line) largely drop compared to 2019’s underlying demand (red line). This trend will grow as corporate and manufacturing facilities continue to close or vastly reduce their power use, offsetting higher demand from households due to more people staying indoors.
Except for New South Wales, 2020’s underlying demand (black line) remains close to 2018 (yellow line). Though the underlying demand is lower than recent years, it is a surprisingly small reduction – so, if we explain electricity demand as an indicator of economic activity, Australia is nowhere near turning the lights off yet.
New South Wales
Victoria Source: AEC analysis (demands averaged across March)
Week by week comparison
Amid progressively stronger lockdowns, shutdowns and working from home, electricity demand across the NEM states surprisingly shows only a small reduction. A week-by-week comparison further illustrates this reduction (figure 3). Key points are:
This week: 6 April – 12 April (school holidays)
Last 1 week: 30 March – 5 April (school holidays, further restrictions across the states)
Last 2 weeks: 23 March – 29 March (schools closed early on Tuesday in Victoria)
Last 3 weeks: 16 March – 22 March (before COVID-induced lockdowns)
Last 4 weeks: 9 March – 15 March (before COVID-induced lockdowns)
Source: AEC analysis
The nation’s lockdown response has been progressively enforced recently. Impacts in demand at this stage are too early to draw concrete conclusions, however as we continue to move through the different stages of restrictions, demand will remain a point of interest to watch.
And even when the lockdown is lifted, the COVID-19 pandemic is likely to have impacts on energy demand for years to come. Australia is facing a major recession, hopefully somewhat offset by an unprecedented stimulus package. Previous economic downturns have substantially depressed demand growth, and whilst it is far too early to tell yet, there are likely to again be major repercussions.
There has been growing concern about inflationary pressures, the prospect of higher interest rates and higher fuel costs for the economy generally. But what do these factors mean for electricity prices? We have taken a detailed look at the factors at play and how they are likely to determine and influence our power prices.
North Queensland attracts its fair share of debate around electricity. Since around 2009 there has been a push to develop a major transmission line – now CopperString 2.0 (CopperString) – to connect Mt Isa to the National Electricity Market. Discussion around the CopperString proposal has come back into focus recently with submissions to the Queensland Government on electricity supply options for the North-West Minerals Province. Here we take a closer look at the CopperString proposal, the project’s background, options moving forward and the costs and benefits.
The transition of the energy grid continues apace and its impacts on how the system operates continue to evolve. The latest GenInsights21 report provides valuable insights into some of the key trends that are emerging, this is based on analysis of extensive generation data. We take a look at its assessment of the expansion of rooftop solar and the implications for the grid.
Send an email with your question or comment, and include your name and a short message and we'll get back to you shortly.