Taxing the Heart out of Australia

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The Rudd Resource tax is just another in a long line of taxes helping to depopulate rural Australia.

That depopulation of the outback started with the fringe benefits tax and the removal of accelerated depreciation, both of which penalise companies who provide housing for employees.

Every government since then has accelerated the drift to the coastal and capital cities.

The heavy burdens of excessive fuel taxes, coal royalties, rail freights and infrastructure bottlenecks have for years restricted the development of the outback resource industry. Only deposits that are rich or close to the coast can pay their way, which is why the Galilee Basin has been undeveloped for so long.

The vegetation control bans, water mismanagement and growth of carbon credit forests are depressing agriculture and will depopulate rural towns.

Humans and their industries are also prohibited from vast areas of our land and sea sterilised by a confusing mixture of exclusion zones. And the lack and high cost of outback infrastructure has fed the fly-in mentality of industry and governments.

Had the money wasted just on roof insulation been spent on new infrastructure, Australia would be a more decentralised and productive place.

The climate alarmists urge still more carbon taxes and force the usage of expensive alternative energy. Outback industry relies almost totally on carbon fuels for motive power. None of our quad bikes, cars, trucks, road trains, tractors, dozers, trains, planes or ships are powered by solar panels or wind turbines — they need diesel, petrol, gas and electricity (from coal). And our biggest outback industries are focussed on exploring, developing, supplying or transporting carbon products. Coal, gas, oil, beef, sheep, dairy and timber are all threatened by more carbon taxes.

The Rudd Resource tax is yet another centralising force, depressing outback industry and stimulating the population of drones around the government honey pots in Canberra. It increases the risk that the belated rush to build infrastructure will leave new trains without freight and new ports without ships.

Taxes are creating ‘A Nation without a Heart’.

Rosevale, Qld, Australia

3rd May 2010

www.carbon-sense.com
Phone 07 5464 0533
Email: Info@carbon-sense.com
Download pdf: http://carbon-sense.com/wp-content/uploads/2010/05/taxing-the-outback.pdf

Disclosure: Mr Forbes is a geologist, mineral economist and pasture manager with long experience of Australian outback life and industry. He is a non-executive director and shareholder of a small coal exploration company. He and his wife breed cattle and sheep on their property at Rosevale.

3 Thoughts on “Taxing the Heart out of Australia

  1. Terence Cardwell on May 15, 2010 at 11:31 pm said:

    The Madness of King Rudd.

    In 1994 they made a movie called ‘The Madness of King George.’ A true story about the eccentric and erratic behaviour of King George the 3rd of England, who exhibited increasing strange and eccentric behaviour, ignoring all logic and common sense to do as he wished.
    In the near future they will no doubt be making another one based on the same behaviour of Kevin Rudd, called ‘The Madness of King Rudd.’

    In spite of all the screaming facts from all corners of the globe that now have become apparent about renewable energy and global warming Kevin Rudd still refuses to listen or look at the truth and still declares that 20% of our power generation will be renewable energy.

    ——- IT IS PHYSICALLY IMPOSSIBLE TO DO THAT ——-

    And if it was possible (and I repeat it is not) the influence from the unreliable wind or solar generators would cause instability in the power grid system as they continually change without any warning.

    Also there would have to be a spinning reserve in the grid system in excess of 20% plus normal spinning reserve to cover the largest unit (in N.S.W. 660 MW) plus spare. That reserve would be covered by thermal power station units backed off sufficiently in load to immediately pick up if required. This affects their generation efficiency as they are only at maximum efficiency at full load. Thus it increases generation cost.

    And no, you cannot just ‘turn them on and off’ like light switches. To bring a coal-fired thermal unit to at least mid load or better operating level can take up to twelve hours or more from a cold start.

    Hot starts are quicker but are not good for the unit on a continuous basis. Generators are designed to stay on line and operating continuously and they normally do that for months on end. Usually more than a year requiring only normal service shutdowns.

    The power grid system in any country is a very closely controlled, finely tuned and highly sensitive network that must maintain the system voltage and frequency within very fine limits. To subject it to major (i.e. 20%) unregulated continual variations in power input can create control problems and instability.

    More gas turbines are being installed but these only have a relatively small output and are used for peak loads, not load control.

    I read an article recently by a Melbourne university lecturer where he stated that coal-fired thermal power generation units were slow and could not respond to load changes. It is this type of erroneous completely wrong statements from someone who should know better, that deliberately mislead the community.

    Coal-fired thermal power generators can respond rapidly to system load changes and can cover the instant loss of the largest unit (660 megawatts) without instability being created in the system. It is this type of response that is required to compensate for the erratic output from wind and solar generators if they were to have a 20% input to the grid.

    One wonders if Kevin Rudd has an ulterior motive for doing his best to destroy the power industry. Surely no one can be that blind and stupid to not see the glaring truth about the so-called renewable energy farce.

    It is not about what political persuasion or beliefs you have. It is about facts and the truth. Certainly anything cleaner or cheaper is welcomed but only IF it IS cheaper, NOT because the greenies or wind generators and solar array manufacturers say so. The cost to install, operate and maintain them is very high. Wind generators have killed hundreds of thousands of birds throughout the world.

    Some of those “screaming facts”

    In the early 1980s California was seduced by renewable energy and proceeded to offer subsidies to anyone wanting to erect a wind generator. This subsidy ceased in the late 1990s as they ran out of money due to bankruptcy. By 2008 they had over 18000 wind generators scattered across California — but 14000 of them no longer operate. Some were cannibalised to keep the others running.

    California power cost has now doubled. Their thermal power generation has increased continually to compensate for this disaster and the output from the wind generators, after 30 years of development, provides only 2.3% of California’s electricity. An extremely small percentage and erratic output. There are also over 15000 birds killed per year in bird strikes from wind generators.

    Spain also embraced renewable energy with wind generators and solar array farms. A recent detailed analysis found that for every job created by state-funded support of renewables, particularly wind energy, 2.2 jobs were lost. Each wind industry job created cost almost $2 million in subsidies.

    They now have an unemployment rate of 19%. The cost of power has gone up 100% and they are forced to import power from other countries.

    Germany has over 7000 wind generators with over 2500 wind generator failures last year alone. The German experience is no different. Der Spiegel reports that “Germany’s CO2 emissions haven’t been reduced by even a single gram,” and additional coal- and gas-fired
    plants have been constructed to ensure reliable supply.

    Sweden has 5000 wind generators and 2000 wind generator failures.

    During the cold weather in Europe last December a large number of wind generators froze up and did not work at all. When they finally did they only generated 4% of their capacity.
    Denmark, the world’s most wind-intensive nation, with more than 6,000 turbines generating 19% of its electricity, has yet to close a single fossil-fuel plant. It requires 50% more coal-generated electricity to cover wind power’s unpredictability, and pollution and carbon dioxide emissions have risen by 36% in 2006 alone and continue to rise. Its electricity generation costs are the highest in Europe.

    Niels Gram of the Danish Federation of Industries says, “Windmills are a mistake and economically make no sense.” Aase Madsen, the Chair of Energy Policy in the Danish Parliament, calls it “a terribly expensive disaster.”

    Wind generators only generate an average of 30% of their capacity averaged over a month and are completely inconsistent, varying in output between zero and 70% and rarely reaching their maximum capacity.

    For wind generators to provide 20% renewable energy in Australia there would have to be over 7000 of them — assuming they were 5 MW units with the usual generation capability of 30%.

    Every megawatt they generate would have to be backed up by a spinning reserve in the power grid system ready to compensate for their inconsistency. Which neutralises any advantage they may offer.

    Wind generators are ideal for boats or isolated areas where they can charge a bank of wet cell batteries, providing a continuous power supply. But they are of great expense and are of no advantage to the power grid system.

    Solar power generation is in two forms. Solar thermal generation is where the reflectors are concentrated on a central receiver which then heats a liquid such as sodium, which in turn heats the water to generate steam that drives a turbine coupled to a generator.

    The problem is the heat is only available in strong sunlight and increases throughout the day and then falls off to nothing in the evening when there is insufficient sunlight to heat and drive the turbine. It then stops generating. This inactivity occurs for 14 hrs of the day and the continual heating and cooling is not good for steam turbine operation. These units, even though they cover a large area, only generate small amounts of power and add little to power demands.

    Solar electric generation through solar array farms is more common where the panels generate power from sunlight stimulation. They are very expensive per kilowatt generated to install and require high maintenance to keep them clean and are susceptible to damage from storms and falling objects.

    The total peak power generated in Australia is approximately 50,000 MW. The world’s largest (currently) operating solar power generation plant is the Olmedilla Photovoltaic Park in Spain, and this needs an area of 250 hectares to generate 60 MW in bright sunlight. So let’s put this into perspective.

    There are 100 hectares to the square kilometer, and using Olmedilla as a guide, one square kilometer will generate 24 MW. Theoretically, therefore, at maximum generation on a bright sunny day the generation of 10,000 MW to power 20% of Australia’s needs would require a solar array covering an area of 420 square kilometers — a massive area.

    However, because such a plant would only generate at approximately 20%-30% of its capacity measured over a year, the area needed would have to be five times larger, i.e. 2100 square kilometers.

    Then there is a minor (?) problem: these plants do not generate at night!!

    Some hard facts about solar generation

    1. Supply is more consistent in continually sunny areas e.g. Saudi Arabia, Queensland, Africa, etc., therefore solar generation would not be very effective in areas such as the U.K., Europe, Russia, etc. where it is far more overcast. Solar power requires bright sunlight for maximum performance. The output can vary depending on how overcast it is.
    2. Solar generation is only possible during daylight hours where there is sufficient sunlight, approximately eight to ten hours per day; therefore it does not generate anything for between 14 and 16 hours per day.
    3. Output cannot be controlled except for changing the angles of those arrays fitted with moving solar panels.
    4. The supply is unreliable, although more consistent than wind generation which is notoriously unreliable and thermal, nuclear or hydro power (if available) is required to carry sufficient reserve in the grid system to compensate for any changes in solar plant output due to any changes in sunlight during the day.
    5. It is very expensive per kilowatt to install and expensive per kilowatt to operate and maintain. The solar panel receivers have to be continuously kept clean of bird droppings, dust and rubbish; and they can be damaged in severe weather (for example in the recent severe hailstorm in Melbourne).

    As a power ‘add on’, solar ‘farms’ are useful but could never play anything more than a small part in the grid system because of their inflexible and unreliable nature. The same applies even more so to wind generators.

    A note about solar power generation for your home

    The solar program subsidised by the federal government has an output of 1 to 1.5 kilowatts per hour, provided the sun shines brightly and there is no cloud cover.

    The power usage of the average Australian family (i.e. 2 adults + 2 children) is approximately 3 to 4 kilowatts per hour during the day and the additional power required would be drawn from the grid system.

    Even at night while you are asleep some 0.8 to 1.5 kilowatts per hour is still required to keep things going, such as a refrigerator. If you start to run things such as air-conditioning then inevitably your power demand must increase and all power is drawn from the power grid.

    The cost of a 1.7kW system is somewhere between $7,000 and $8,000 after allowing for the present Australian Government subsidy. The cost before the subsidy is somewhere between $13,000 and $14,000.

    The good news is that a far more efficient solar photovoltaic panel has been invented in Israel and this is reported to be 400% more efficient than present panels. However they are still being tested and developed and are not yet ready for general use.

    Hydro-electric is the perfect power generation but we are using all available water resources and there is no more available to increase its capacity. Hydro generation is 4.6% of total generation and can only run when there is sufficient water from spring snow melt and rain water.

    Geothermal is good if you are in New Zealand but there is none in Australia except for the ‘Hot Rocks’ experiments which so far has only met with failure.

    Tidal and wave generation is being developed but would only have a very minor possible power generation capability for the foreseeable future. In the distant future (50 years) I believe we may develop it substantially.

    Nuclear power generation is proving throughout the world to be the ideal power generation system. Especially with the new revolutionary 4th generation Liquid Fluoride Thorium Reactor system that solves all the problems associated with nuclear power. LFTRs consume 100% of the thorium fed to them and can be started with spent fuel rods or old nuclear warheads.

    LFTRs will inevitably be used as janitors cleaning up old nuclear waste. A very exciting new concept for power generation.

    In the past three years the Rudd government has squandered billions of dollars on:

    A. Clean coal technology. A complete failure.
    B. Hot rocks programmes. Still struggling to get any form of result.
    C. Power stations with CO2 deep storage. Massive cost for a teaspoon of power.
    D. Renewable energy projects. Could never achieve a viable usage or cost.
    E. Home insulation programmes. A total waste of money and a disaster.
    F. Solar power on homes. Will have negligible effect on power generation.

    All have been either a failure or, worse, a disaster — as in the insulation program.

    AND FOR WHY?

    Oh yes, that’s right!!! To reduce our ‘carbon footprint’. What a ridiculous name. One imagines a big black boot covered in graphite leaving a mess on the carpet, when they actually mean carbon dioxide emissions.

    Carbon dioxide — the gas essential to all life, and they call it a pollutant.

    SO HOW DOES ALL THE ABOVE REDUCE CARBON DIOXIDE EMISSIONS?

    Ah yes! By reducing the amount of electrical power from the thermal power stations that generate over 94% of our energy. Therefore reducing the CO2 coming out of the stacks. Except for one minor point!!

    In 2008-2009 Australia’s power stations produced approximately 276 billion kilowatt hours (TWh) of electricity, 71.5% more than the 1990 level and continue to grow at 4% pa.
    This growth in production is normal and has not dropped in the slightest due to the above programmes.

    In other words, all the money spent by the federal and state governments is a TOTAL squandering of our money for ZERO reduction in CO2 emissions. The power returned to the grid system from domestic solar panels would be an irritating and a very expensive teaspoon full in a 200 litre drum. The federal and state governments have spent many billions of dollars of ours and our children’s economic future chasing butterflies.

    One final point; NOT ONE of the doomsday predictions from as far back as 1979 has eventuated or proven to be true. Global warming will be forever in our history as the biggest scam EVER perpetrated on mankind, putting billions of dollars in the pockets of those that have promoted the scam and those ‘scientists’ that have been highly paid to come up with ‘positive’ results.

    (Remember the computer 2000 millennium bug.)

    The eruption of the volcano in Iceland that is emitting millions of tons of sulphur dioxide, ash and carbon dioxide daily make man’s efforts extremely puny and ridiculous.

    The madness of the federal and state governments in this horrific waste of money must be stopped before they bankrupt the country.

    Terence Cardwell
    Email: terrycar@iinet.net.au

  2. That’s a handy compendium of everything about power generation for the man in the street, thanks Terence. Your frustration comes through loud and clear and in that you speak for large numbers in Australia and New Zealand.

    I agree that the madness should be stopped but I wonder if it will be. Are there enough people exploring the facts, thinking for themselves and asking for evidence before believing? Are there enough Climate Sceptics challenging the Climate Know-it-alls?

  3. val majkus on May 16, 2010 at 12:34 pm said:

    That’s a great article by Terry; here’s a link to an article by Peter Lang; He’s a retired geologist and engineer with 40 years experience on a wide range of energy products throughout the world, including managing energy R & D and providing policy advice for government and opposition. His experience includes coal, oil, gas, hydro, geothermal, nuclear power plants, nuclear waste disposal, and a wide range of energy and end use management projects. Peter is widely publicised on the net but has an article ‘Solar Power Realities” at http://co2insanity.com/2010/05/08/solar-power-realities/ his Conclusion is: solar power is uneconomic. Government mandates and subsidies hide the true cost of renewable energy but these additional costs must be carried by others

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