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30MW being supplied, would indicate it is in frequency control mode, it must have some clever control systems in place.
It's sad in a way to see diesels running on imported fuel being installed in the Latrobe Valley which has truly massive coal resources, equivalent to about 7% of the whole world's oil reserves, but that's what's happening.
You can't read the phrase...'coal is dead and buried' and not see that as fact in every way.
It's a transition Smurf; I'm reading the hard headed reports from the likes of Origin that wind and solar are the cheapest options of generation going into the future.
22,000 that's twenty two thousand pumped hydro sites identified by the Turdbull govs own inquirey into exactly those pumped hydro possibilities, a tiny fraction of this capacity capable of allowing 100% transition to a non carbon future giving a 100% 'deliverable' capacity.
By the way, at the stroke of a nationalistic parlimentry pen those deisel generators could be made to run on Australian natural gas.
We did it in Carnarvon in the late 1980's, it isn't as easy as changing the fuel tank for a gas tank or supply line.By the way, at the stroke of a nationalistic parlimentry pen those deisel generators could be made to run on Australian natural gas. APauline could come in handy on something like this.
It all comes down to planning.
Once you've left it too late it's diesel or nothing.
Not an unreasonable thing to do in a genuinely unforeseeable emergency situation, it beats sitting in the dark, but not a good outcome where the need was easily foreseen.
Elon's latest product.
The SA mining town of Coober Pedy has cut back on diesel, now sourcing 70% of its electricity from wind and solar whereas previously it was 100% diesel.
The power supply now comprises 4 MW of wind generation, 1 MW solar, a 1 MW / 0.5 MWh battery and an existing 3.9 MW diesel power station.
The system is owned by Energy Developments Limited who contracted Hydro Tasmania for design and partial construction of the project. The system operates using Hydro Tasmania's proprietary control and integration technology which following earlier development in Tas has now been containerised as a commercial product. This enables off-site construction in a factory and easy transport to the site which is simpler than building it all in-situ and minimises weather-related delays.
https://www.hydro.com.au/about-us/news/2017-11/hydro-tasmania-fuels-renewable-oasis
http://www.energydevelopments.com.au/casestudies/coober-pedy-renewable-hybrid-project/
To put that into perspective, not too long ago $40 was an average price (roughly) and at $80 the hydro generators were running flat out to maximise revenue from their limited water resources.Media is starting realise there is a problem, they should be reading ASF
Media is starting realise there is a problem, they should be reading ASF
<<The ASX future contracts have already set bidding prices for the 2018 first quarter at $169 a megawatt hour, and bids have even reached $173.25 a megawatt hour, whereas its 2019 first quarter price is only two-thirds the price, at $116 a megawatt hour.>>
http://www.theherald.com.au/story/5107409/2018-tipped-to-be-sas-toughest-energy-year-yet/?cs=9
That can be advantageous from an investment perspective.Yes the media, is always arriving after the $hit has hit the fan, and covered them.
Media is starting realise there is a problem, they should be reading ASF
<<The ASX future contracts have already set bidding prices for the 2018 first quarter at $169 a megawatt hour, and bids have even reached $173.25 a megawatt hour, whereas its 2019 first quarter price is only two-thirds the price, at $116 a megawatt hour.>>
http://www.theherald.com.au/story/5107409/2018-tipped-to-be-sas-toughest-energy-year-yet/?cs=9
Another tight supply situation coming up in Vic on Wednesday 13 December.
Forecast maximum load = 8966 MW
Generation available within Vic = 7513 MW
Available supply from NSW, Tas, SA (combined) = 1941 MW
Reserve capacity = 489 MW
Now, there's 7 individual sources of supply currently in operation supplying Vic which are each larger than 489 MW. If any one of them fails then that's a problem (load shedding aka blackouts). There would be another one but that died in a big way back in October (it's a major failure not just a breakdown there).
I wonder how many more bullets will be dodged before the inevitable happens?
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