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Victor Willis, lead singer of the group Village People, (Y.M.C.A., In The Navy) died on Monday after a short but agressive illness.

Does anyone else think they are watching an episode of Yes Minister when watching the politicians talk on the morning news or is it just me?

I particularly liked her role in 'To the Manor born". She and Peter Bowles were absolutely hilarious together.

There was this Gorgeous Film star who was going with and eskimo, But SHE broke it Off. Nev

Batteries are the quickest response to a need that there is. Pumped hydro would probably be the Next best, then a Jet aircraft engine on Gas which is horribly Inefficient. ( Jet engines can be started and opened up, without a Warmup.) Nev.

OK as long as you don't eat it raw. Nev

My wallet is like an onion. Every time I open it, it makes me cry.

Here's an irony about electricity generation. There is this idea of building giant incinerators to burn a lot of the waste our modern way of living produces. But wasn't the idea of going all in with the various renewable energy sources to reduce the amount of carbon dioxide we were producing through burning fossil fuels to heat water to make steam to drive turbines to generate electricity?

Another comparison is that the South Australian 'big battery' is... The battery features 150 MW/194 MWh of installed capacity, as well as grid inertia support services. It looks like Australians are not waiting for the government to make the transition happen

I asked AI this: how much would a new coal-fired power station cost, and what impact would it have on electricity bills? The short answer is: A new coal-fired power station in Australia would likely cost A$8–15 billion, depending on its size and technology. It would probably increase, not decrease, average electricity bills compared with building new wind, solar, and battery capacity today. However, it could reduce exposure to gas price spikes if it displaced expensive gas generation. Here's why. Construction cost A modern high-efficiency, low-emissions (HELE) coal plant of around 1,000 MW would likely cost: Item Estimate (A$) Construction $8–15 billion Construction period 7–10 years Expected operating life 40–50 years The wide range reflects uncertainty because no large coal-fired power station has been built in Australia for decades, so there is no recent local benchmark. For comparison: The cancelled expansion of Medupi Power Station ultimately exceeded A$25 billion after delays and cost overruns. Recent coal projects in Europe and North America have also experienced substantial overruns. Why is it so expensive? Coal plants require much more than the boiler itself: enormous steam turbines pollution control equipment cooling systems ash handling facilities coal storage and conveyors high-voltage grid connection extensive environmental approvals. Modern emissions standards also require equipment that older Australian coal stations never had. What would electricity cost? This is where it gets interesting. The cost of electricity from a new plant is usually measured by the Levelised Cost of Energy (LCOE). Approximate ranges today are: Technology Cost (A$/MWh) Existing depreciated coal 40–80 New coal 120–180+ Gas peaking 150–300 (depends on gas price) Wind + firming 70–120 Solar + batteries 60–110 These figures vary between studies, but most recent analyses conclude that new coal is more expensive than new renewable generation with storage, largely because of its high upfront capital cost and ongoing fuel and maintenance expenses. Why are old coal stations cheap but new ones aren't? This often causes confusion. Australia's existing coal stations: were built 30–50 years ago, have largely been paid off, operate under older environmental standards. That means today's consumers mostly pay for: coal, maintenance, staff, repairs. A new station has to recover billions of dollars of construction costs over its lifetime. What impact would it have on household bills? For a typical Australian household spending around A$2,000 per year on electricity: Scenario 1: Coal replaces expensive gas Bills might fall slightly during periods when gas prices are very high because coal fuel has historically been cheaper than gas. Scenario 2: Coal competes with new renewables Bills would likely be higher than under a system dominated by new wind, solar, and batteries because the new coal plant's capital costs would need to be recovered from electricity consumers (or taxpayers). Scenario 3: Government subsidises construction If taxpayers funded part of the construction cost, electricity prices could appear lower, but the cost would be shifted from electricity bills to government budgets funded by taxation. Other considerations A coal plant also faces economic challenges because it operates best at a relatively constant output. Australia's electricity demand now has a deep midday dip caused by rooftop solar, making it harder for coal stations to run continuously at high utilisation. If a new coal plant generated fewer megawatt-hours than planned, its fixed costs would be spread over less electricity, increasing the cost per unit produced. Could private companies build one? In theory, yes. In practice, no major electricity company has announced plans to finance a new conventional coal-fired power station in Australia. The main reasons cited are: the very large upfront capital cost, long construction times, uncertainty over future electricity market conditions, competition from lower-cost renewable generation and storage. My assessment If Australia's objective were simply to build the lowest-cost new electricity generation, the evidence available today suggests that a new coal-fired power station is unlikely to be the cheapest option. Existing coal stations remain relatively inexpensive because their construction costs were paid off decades ago, but replicating that infrastructure today would require a very large new investment. Unless there were substantial government support or a major change in technology or fuel costs, that investment would probably place upward pressure on electricity costs compared with building a mix of renewable generation, transmission, and storage.

I just read that the 400000 figure for home batteries is just since the rebate, and if you include home battery installations before the rebate, the total is somewhere around the 600000 mark. BYD have announced their new generation of sodium batteries, expected to cost $40 US a KWh and be good for 10000 cycles or approximately 27 years. The point is that whilst we are debating this, battery storage gets cheaper and better, solar panels get cheaper and more efficient, as do wind turbines, not to mention other coming technologies. This argument is often predicated on the notion that renewables cost money and must be paid for, whilst ignoring the fact that new coal is incredibly expensive and requires constant fuel, the cost of which would be borne by the consumer. This, according to CSIRO and AEMO would cost more than our present strategies.

When I post posting re-read the above, I realised they referred to GWh of storage capacity. Not actual GW generation supply (as a reduction of generation to meet peak demand). Still, it's a consequential amount of distributed energy getting stored

According to google... "Australia has surpassed 400,000 home battery storage installations with 11.2GWh of cumulative capacity installed in less than a year "

Into the above arguments, we could factor in the rapid adoption of home batteries. According to one report there are about 400,000 home batteries installed in the first half of 2026. This alone must noticably reduce peak load on the NEM. Consequently, lowering peaking generation and therefore driving down overall retail electricity prices even for non solar householders. Even small home batteries are designed to reduce peak load on the grid. Sure, it isn't a complete transition to 'intermittents'. But the trend is gathering momentum in the right direction.

Does matter as the threads name says it powers it. A few years ago when i was working with wtgs a friend who worked for tge council said that the ACC used completely renewable power. I told her when there is no wind at night the oower was coming from gas 15km down tge road. Not her fault, just had been mislead. One of there supplies was a solar farm at Streaky Bay about 700 km away. The issue is it hides from the public how hard the transition is going to be as we get more intermittent generation on the grid and it takes away from the communitys that host these sites and are really using rnewable electricity. You can't even see a wtg from the adelaide metro area. You can see plenty of instaled gas as you cruise around the NW of the city.

There is a lot more to a grid then just the electricity. Your figures dont allow for storage, artificial inertia, tranmission gt back up. Otherwise Sa would have the cheapest electricity in the country. So you cant give me a country. Sa grid is smallest on the NEM (maybe Tassie) so a big difference to a country

That sounds... spectacle-r.

G, aim, over = Game over.

A guy got pulled over by the police. The cop walked up to his window and asked, "Do you know why I pulled you over?" The guy said, "To check how tall I am?" The cop looked definitely unimpressed and said, "Step out of the car please." The guy said, "So I was right then?"

Signing OFF. Nev

This Place could NOT Be Wetter. Go off the drive and you will be Bogged. . Had my right eye Injected again today in Melbourne. No fun that. . Nev

Men's Shed Tomorrow. I got my old Au Fairmont aircond to work, so I will take it. I Thought the A/Cond Module was Cactus but it wasn't. Got a new alternator and Multi Vee belt tensioner and an electric window fixed. surprised I can still get the Parts. 1998 year build.. Nev

You can Pay over $120/Hr to have an apprentice cross thread your Oil drain Plug or strip the thread by overtightening it.. Nev