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Fine, that was then, this is now.frank,
I think that as mentioned by others the utilities are necessarily conservative and if I was in their shoes I would never make a big company wide commitment to partially field tested technology that has a question over its service intervals.
Whether this is sorted or not, they will not commit their reputation and steady way of operating to this until it is clear to them that there is little risk and it offers them the financial rewards they would require, whether its offsets of just dollars and bonus reputation points.
If I was Origin for example, I would be more inclined to go the wind farm route (understood, developed, feasible and accepted plus supported by gov), burn my gas in turbines, utilize the power lines and sell that and keep bluegen as an interest on test until it is very clear that it is going to do what it is designed for - which is a fantastic idea (are we allowed to use that word here?)
With CFU, a great product line and looking good, but why would utilities rush in a new technology when the earnings from producing other ways is working for them? (this is not rhetorical, I am asking a question here)
cheers, hope everyone is having a good weekend.
2c
They will now have 15.5 mil cash in bank.
I estimate negative cashflow will be -4.5 a quarter as there should be no more capital equipment requirements. That means they have enough money for 3 more quarters easily.
I think you are right Knobby,
and further to that, if the orders dont come in, in the next 6 months,
they never will.
They will now have 15.5 mil cash in bank.
I estimate negative cashflow will be -4.5 a quarter as there should be no more capital equipment requirements. That means they have enough money for 3 more quarters easily.
Whether or not it is cost effective depends very much on the selling price.You would think that this would have been like Icarus and flown too close to the sun by now surely. It creates electricity and places it back into the grid. It replacs old heaters and creates heating to our homes. It is cost effective. It is carbon neutral. IT TICKS ALL THE BOXES !!
So why oh why isn't this technology readily available and why isn't CFU at $43.17 by now ?? HUH ?
It is cost effective. It is carbon neutral. IT TICKS ALL THE BOXES !!
So why oh why isn't this technology readily available and why isn't CFU at $43.17 by now ?? HUH ?
On economic terms the unit is 'worth' $1345 per year plus some hot water.
Trainspot,
This statement of your has a couple of errors:-
It is not cost effective.
For a utility to be interested in large orders, say 100,000, the current cost would be $4,500,000,000 for a 2 year lease (perhaps they would be a bit cheaper in bulk)
This is for the equivalent of a 200Mw power station. The 200MW power station built to state of the art gas turbines would cost ~ $250-400m, less than a tenth of the price, with far more researched life span reliability/lifespan (known that is).
Both would operate at 55-60% efficiency for electricity production.
It is not carbon neutral, it just produces less CO2 than coal fired power stations.
For the residential purchaser, it is not cost effective. Earlier in this thread I worked out what it is 'worth' to residential customers on a cost basis...
Again at the current cost of $45,000 for a 2 year lease, it is not in the ball park of being cost competitive, assuming a feed in tariff equal to domestic rates.
brty
Ceramic Fuel Cells’ products have achieved electrical efficiency of 60 percent, which the
Directors believe is higher than any other technology in the rapidly expanding market for
small scale power and heating products. When heat is recovered from the electricity
production process, total efficiency is up to 85 percent – twice as efficient as the average
among current European power stations.
The point is not the efficiency. In the market place it is the cost of that efficiency. Just being efficient by itself is irrelevant if the cost is too high, and this is not something the directors have come to grips with.
There are only 2 points
1. the efficiency in the face of higher gas costs/gas shortage
2. efficiency in the saving of co2 emissions.
There is no other reason for this product!!!
You just said IF the cost is too high, if. We dont know for sure.
The cost whatever it is, must be subsidized by Governments, just like solar, just like wind, whatever comes next, no difference.
There is a big difference. Solar and wind produce no GHG when producing electricity. BlueGen produces CO2, just not as much as coal, but when compared to modern gas turbines, for the electricity generated it is about the same. Should they also have government subsidies??
brty
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