Over-investment in network infrastructure that we don’t actually need is the real reason our electricity bills keep going up – and it’s a welcome relief to see someone talking about it.
A colleague shared an article recently from ABC’s The Drum, written by Jess Hill (The Drum article here, and RN Interview here), that talked about the massive over-investment in network ‘poles and wires’ and the impact this was having on our electricity bills. And I think there was a collective sigh of relief around our office.
The renewable energy industry has been – undeservedly – berated in the last few years for causing the rise in electricity prices. And I for one feel like I’ve countered this assumption a thousand times over. So when this much more accurate article popped into my inbox, it was a welcome sight.
The truth of the matter is that there has been an extreme overspend in network infrastructure across Australia, and this cost is being passed on to consumers. But it’s not only the cost of our ‘gold-plated’ network that’s being passed on to us. We are also being charged an additional 10% in the form of the networks’ regulated ‘rate of return’. An incentive bolstered in 2006 by the state governments in a deal with the Howard Government.
Jess Hill’s article states that in NSW and Qld, where overspending in poles and wires was the highest, “In 2008 – prior to their multi-billion dollar spending spree – the profit they earned on every electricity connection was $180. Today, it’s $500.”
The grid ‘death spiral’ has been a worrying prospect for both consumers and networks. The death spiral concept is basically framed as: people leaving the grid because of high prices, causing higher supply charges for those still on the grid, causing more people to leave the grid, and so on. The end scenario being that those left on the grid have extreme supply charges and the network is left with stranded assets.
But in reality, it’s simply not that black and white. It’s not battery storage vs the grid. In actual fact it’s battery storage + the grid. Distributed energy solutions such as domestic battery storage and mini-grids provide us with the perfect solution to our unique situation in Australia (high power costs, long transmission distances, and high solar potential are also the reasons companies such as Tesla are clambering to get into the Aussie storage market).
By using a varied source of energy generation, and increasing the percentage of renewables in the mix exponentially to eventually achieve 100% (which is already starting to happen in a number of cities around the world – including our own King Island most recently) is the future of our energy supply in Australia, and something we should be very proud to reach.
Under the Home Battery Scheme (HBS), the SA Gov will provide 40,000 South Australian homes with subsidies up to $6,000 each for installing battery storage on their homes.
Going ‘off the grid’ for your energy needs means relying solely on self-generated sources of electricity, without any connection to the utility grid. While this
When living off-grid, you rely entirely on solar panels and batteries, so it’s critical to know exactly how much electricity you’ll need, and when you’re going to need it.
LG has released ‘the Ferrari of solar panels’. With an increased efficiency of 20.3%, it is one of the most powerful solar panels available