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  • US patent windmill 1000 time more efficient per cost/watt than other windmills

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    US patent windmill 1000 time more efficient per cost/watt than other windmills

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    Neville Gillmore <nevilleg729@gmail.com>

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    السبت، 28 ديسمبر، 2013

    US patent windmill 1000 time more efficient per cost/watt than other windmills

    http://www.patentauction.com/patent.php?nb=3576

    Industrial design windmill for Wind farms very low cost easy to assemble by unskilled workers.
    My US patents 7780416 &  8702393 windmills the energy it generates is tens of times more than the present windmill for a windmill which costs tenth the cost of the present windmill.
    Therefore this windmill is hundreds of times more efficient than the present windmill per cost/power generated

    .

    The blinking sail windmill generates so much electricity due to its large size let’s say the 20 meters by 20 meters that the owner will get his money back in 142 days and that will never happen in any windmill even when they dream of one, the owner of the blinking sail windmill will get his money back in 142 days when he use it to generate electricity or make distilled water in desert countries or when making hydrogen from water to use it in cars instead of using petrol.
    My windmill has all these three properties it cost 10% only of the cost of the present windmill and this low cost BLINKING SAIL WINDMILL generates ten time more electricity than the present windmill therefore it is 10 x 10 = 100 times more efficient than the present windmill, in view of the cost. Besides that it has much less maintenance cost since the generator is not 170 meters above the ground like the present windmill because the blinking sail windmill generator is few meters above the ground .
    therefore no lightening can damage the generator of the blinking sail windmill

    .

    More energy is used to produce present wind turbine than it will ever generate


    Blinking sail windmill only uses 14.8 tons of steel. All of it can be packed in one single track and assembled by unskilled workers without the use of any crane. It cost %1 of the cost of the present windmill.

     


    This windmill does not need a proto type to prove its magical capability since the sails which move boats and ships is the proto type for this invention.

    This windmill has one of the sales blocking the wind all the time. Therefore it generates power. While all the other sails letting the wind to pass through freely without any obstruction, so as if they do not exist. The result is one sail like in the ship generating power capable of moving a big electrical generator or a big water pump.
    The sail boats race which takes place every year where the boats travel around the world and all the power is supplied to these boats for this very long trip comes from a piece of cloth its price equivalent to some gallons of petrol. If changed to an engine boat it will need tons and tons of petrol to complete the journey around the world besides the spare parts and the initial high cost.
    When you watch these boats you can really see them moving at a high speed and cutting through the water with real force and big power and all of this is coming from a peace of cloth practically worth’s nothing.

    TP52 Quantum Racing on the edge downwind in big breeze

    my solo transatlantic trip 2012

      



    If we make the electrical generator of the Blinking Sail Windmill having multi coil so when the wind is week only one coil activated then when the wind gets faster the second coil is activated so we get more electrical power and if the wind gets stronger the third coil activated and so on.

    when the wind gets much stronger the spiral spring of the horizontal bars starts to act so the horizontal bars start to swing to the other side, so even the active sail ( the sail which is blocking the wind) starts to let some of the wind to pass through the active sail so the wind do not damage the sail and as the wind gets stronger the gap gets bigger, therefore  all the time the Blinking Sail Windmill is safe and generates electricity at the strongest winds besides generating electricity at the weakest wind near to stand still speed.
    Jasim Al-azzawi
    Giant manufacturers have to scrap all their factories & make new once. Therefore they don’t 
    want this breakthrough Blinking sail windmill.
    Plus it will cancel all their contracts for new wind farms which they have now they will lose billions
    This new windmill can be made by any one it is so simple design. And can be assembled by any one with no cranes at all

     It’s rare to see that clearly how much concrete there’s in an offshore wind turbine, this is just for 30MW

    And it can be assembled in very short time by very unskilled people. see this vidio..
    The video above shows step by step how it is made and assembled that is the 20×20 meter windmill
    It can be assembled by any unskilled people it is so cheep so efficient so easy for maintenance.
    The solution to energy problem of this planet is this breakthrough windmill
    Which is 1000 times more efficient than present windmills in view of cost to the energy production
    Where with this Blinking sail windmill if we build offshore huge windmills with a cost of one billion dollars
    They will give us power equivalent to one trillion dollars windmills of the types used to day.
    It may sound unbelievable but the calculations prove it without any doubt.
    Send me an email I will send you the calculations which proves that.
     No one can argue with calculations because math’s is a constant thing no one can proves it wrong no one at all.
    US patent 7780416 blinking sail windmill fast wind 
    US patent 7780416 blinking sail windmill gentle wind 

    Blinking sail windmill
  • Solar power is spearheading the UK’s “third industrial revolution”

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    Solar power is spearheading the UK’s “third industrial revolution”

    Friday 23 May 2014 09:31

    Despite the recent planned cuts in subsidy support for solar farms, Nick Boyle, CEO of Lightsource Renewable Energy, here explores the numerous opportunities that still exist to keep the UK’s “third industrial revolution” on track for a bright future.

    The solar power industry has come a long way since the introduction of the feed-in tariffs back in 2010. There have been some interesting challenges on this journey with numerous cuts to subsidies and the recent DECC announcement heralding yet more hurdles in the years to come in the form of the forced move to CFDs.

    Despite all of this, there have also been some huge gains and achievements that should make the industry as a whole very proud.

    In the first quarter of this year, 1085MWp of new solar power capacity was added in the UK. To deploy 1.1GWp in such short period is simply amazing. Last year I referred to large scale solar power generation as a cottage industry, but as these figures show we are no longer a silent partner in the overall energy mix.

    Our own achievements, as the leading developer and operator of PV in the UK, have not been without challenges. Last year, when I revealed our ambition of 600MW in operation by April 1st people laughed, but we have achieved and even surpassed that figure. In the month of March alone, we brought 227MW online – with 16 of those 26 sites being switched on in just one weekend thanks to a very dedicated and experienced team.

    While I’m naturally very proud of what Lightsource has achieved, these achievements serve to prove that solar power should have no problem competing as an equal in the electricity market. However, we must face the potential threats to our industry and rise to the challenges that we are being presented. Imagine where we would be if the UK consumer was able to truly make a decision on where they want their energy to come from.

    Although large ground-based developments offer the most cost effective form of solar technology solution, we expect to see huge growth coming from rooftop installations. However, it is vital that the correct balance between the deployment of large-scale ground-based and rooftop sites is maintained.

    The recent DECC announcements are obviously going to pose a new hurdle, but what the industry must remember is that subsidy is and always has been a means to an end – these support mechanisms are designed to bring technology to a point of price parity. In the past, cuts have been made to bring us in-line with other technologies and solar should not expect further “Christmas presents.”

    It is important to understand that the proposed changes are not about the Government wanting to prevent solar farm deployment, as they are well aware that solar power remains the most popular of all energy technologies.

    The habit of turning on a light, running a bath or flicking the kettle on is not going out of fashion, and with the UK’s fossil fuels resources depleted in the next few years, we need to home-grow our own electricity wherever possible. This cannot be done at any cost, but only where cost effective. Solar power is the fastest growing solution to the problem. We have proven to be the least offensive energy technology, and therefore the most popular, with an 85% approval rating according to a recent DECC poll of the UK public.

    There remains huge opportunity in the UK for solar energy. Storage technology, for example, will metamorphosis our industry. Coupled with battery storage technology, solar power can become a deliverer of baseload energy – to supply energy at a constant rate not just at “sunny” times. As this technology comes down in price and becomes more viable, we are able to look at having on-site storage facilities to store unused energy from peak generation times – allowing us the ability to control what goes into the grid and match supply with need.

    At a recent conference I attended in New York someone again described what we were doing as the third industrial revolution, which I don’t think overplays the point and captures the potential that solar technology possesses. We are at the vanguard of a revolution in the way and where we generate our electricity. It is this revolution that will deliver much needed energy security to Britain.

    Although the challenge ahead for us and the entire solar industry in the UK is within the detail of the impending CFD regime and how this system is going to be implemented, we will tackle this head on and demonstrate that the large scale application of solar technology is currently the most efficient and cost effective form of electricity generation that will reach grid parity sooner than predicted and lower electricity bills for the consumer. Who can possibly argue with that?

  • Renewables still have a long way to go to compete with fossil fuels

    Australia has some fairly ambitious goals for green energy: a renewable energy target (currently under review) of 20% of electricity from renewables by 2020, and a forecast to get 51% of electricity from…

    Wind farms: great, unless it’s not windy. mattinbgn/Wikimedia Commons, FAL

    Australia has some fairly ambitious goals for green energy: a renewable energy target (currently under review) of 20% of electricity from renewables by 2020, and a forecast to get 51% of electricity from renewables by 2050.

    But in setting these targets, not enough consideration is being given to the difficulty of getting the job done – in terms of generating enough renewable energy, and of storing it so it can be supplied 24 hours a day.

    Renewable energy sources, mainly hydroelectric and wind with a smaller amount of solar, currently provide around 13% of Australia’s power; the rest comes from fossil fuels. Increasing renewable sources to and beyond 20% will depend on being able to generate power at the right locations, and building enough storage infrastructure too.

    The problem of consistency

    Hydroelectric power requires reliable rainfall upstream; wind power needs consistent wind speeds; and solar energy naturally depends on sunshine. Geothermal and ocean power sources are unproven at any scale in Australia, while biomass resources will always be very limited without having a major impact on food production.

    The common factor for all of these sources is irregular weather patterns, which lead to uncertain and intermittent power output. This is a big challenge for electricity generators and retailers, and it can cost lots of money.

    Solar and wind, even in favourable locations, typically produce power at around 20-30% of their total theoretical capacity, compared with more than 90% for many fossil fuel plants. This means that to produce the same amount of electricity, the renewable plant must have around four times the capacity of the fossil fuel plant. For example, a 1000 megawatt wind farm would typically be needed to produce the same electricity output as a 250 megawatt coal or gas plant.

    To look at it another way, while fossil fuel plants can be online 24 hours a day, we can only rely on wind or solar sources to generate electricity for an average of 5 to 8 hours each day (although the energy can potentially be stored for use later in the day, which we will come to shortly).

    Consumer expectations

    Australians expect that when they turn on a light switch, be it 8 am or 8 pm, the light will come on. If we depended solely on renewable energy for direct power generation, this wouldn’ happen. We need baseload electric power, generated reliably around the clock, to guarantee security of supply.

    Advocates for high levels of renewable electricity, such as supporters of the Bureau of Resources and Energy Economics projection of 51% by 2050, or even for 100% renewable energy, argue that energy storage can overcome this problem. In reality, however, few financially and technically viable solutions exist to store large amounts of electrical energy for significant periods of time. Pumped water storage is the favoured solution, but this requires dams and water normally near to the power sources to minimise transmission losses.

    Australia has very limited capacity for growth in this area. Battery storage is typically limited to tens of kilowatt hours discharged over a few hours or days at best. Batteries will not serve the needs of most industries. Molten salt storage has been advocated for solar thermal plants, but the scale required to achieve more than a few hours’ storage makes this solution unviable for most applications. An electrolysis process to produce hydrogen from water for subsequent use in a gas-fired plant or with fuel cells is possible, but unlikely on a large scale because of practicality and cost.

    Weighing the options

    So what options do we have in Australia to ensure security of electricity supply on a 24/7 basis? The reality is that the higher the proportion of electricity produced from renewable sources, the more we must have available standby baseload capacity from fossil- or nuclear-fuelled plants for when the wind does not blow and the sun does not shine.

    Of course, it is expensive to have power stations sitting there on standby, which in turn drives up the cost to consumers. Gas-fired standby plants are favoured because of their flexibility, but the long-term security of supply and the escalating cost of gas are significant concerns.

    A credible Australian energy policy must reflect the limitations on the use of renewable energy sources, and focus more on other greenhouse gas mitigation strategies. It has been proven internationally that coal-fired electricity generating plants can be around twice as efficient as most existing Australian plants. Technology also exists to capture around 90% of all the emissions from fossil-fuelled plants, but further cost reductions and incentives will be needed to help generators invest this new equipment. The other option is to build low-emitting nuclear plants, but that is another story. And consumers can also focus on trying to reduce their own power use.

    More attention must be given to greenhouse gas emissions from outside the energy sector, which account for more than 60% of all Australia’s emissions. Direct fuel combustion, transport and agriculture contribute some 46% of emissions – and might offer easier ways to cut down.

  • Why libertarians must deny climate change, in one short take

    Why libertarians must deny climate change, in one short take

    I must applaud Matt Bruenig’s summing up of the inherent conflict between libertarianism and environmental issues
    George Monbiot blog on  libertarians , private property and environment

    No Trespassing Sign in Field Photograph: Alamy

    Over the Christmas break I read what I believe is the most important environmental essay of the past 12 months. Though it begins with a mildly unfair criticism of a column of mine, I won’t hold it against the author. In a simple and very short tract, Matt Bruenig presents a devastating challenge to those who call themselves libertarians, and explains why they have no choice but to deny climate change and other environmental problems.

    Bruenig explains what is now the core argument used by conservatives and libertarians: the procedural justice account of property rights. In brief, this means that if the process by which property was acquired was just, those who have acquired it should be free to use it as they wish, without social restraints or obligations to other people.

    Their property rights are absolute and cannot be intruded upon by the state or by anyone else. Any interference with, or damage to, the value of their property without their consent – even by taxation – is an unwarranted infringement. This, with local variations, is the basic philosophy of the Republican candidates, the Tea Party movement, the lobby groups that call themselves “free market thinktanks” and much of the new right in the UK.

    It is a pitiless, one-sided, mechanical view of the world, which elevates the rights of property over everything else, meaning that those who possess the most property end up with great power over others. Dressed up as freedom, it is a formula for oppression and bondage. It does nothing to address inequality, hardship or social exclusion. A transparently self-serving vision, it seeks to justify the greedy and selfish behaviour of those with wealth and power.

    But, for the sake of argument, Bruenig says, let us accept it. Let us accept the idea that damage to the value of property without the owner’s consent is an unwarranted intrusion upon the owner’s freedoms. What this means is that as soon as libertarians encounter environmental issues, they’re stuffed.

    Climate change, industrial pollution, ozone depletion, damage to the physical beauty of the area surrounding people’s homes (and therefore their value) – all these, if libertarians did not possess a shocking set of double standards, would be denounced by them as infringements on other people’s property.

    The owners of coal-burning power stations in the UK have not obtained the consent of everyone who owns a lake or a forest in Sweden to deposit acid rain there. So their emissions, in the libertarian worldview, should be regarded as a form of trespass on the property of Swedish landowners. Nor have they received the consent of the people of this country to allow mercury and other heavy metals to enter our bloodstreams, which means that they are intruding upon our property in the form of our bodies.

    Nor have they – or airports, oil companies or car manufacturers – obtained the consent of all those it will affect to release carbon dioxide into the atmosphere, altering global temperatures and – through rising sea levels, droughts, storms and other impacts – damaging the property of many people. As Bruenig says:

    “Almost all uses of land will entail some infringement on some other piece of land that is owned by someone else. So how can that ever be permitted? No story about freedom and property rights can ever justify the pollution of the air or the burning of fuels, because those things affect the freedom and property rights of others. Those actions ultimately cause damage to surrounding property and people without getting any consent from those affected. They are the ethical equivalent – for honest libertarians – of punching someone in the face or breaking someone else’s window.”

    So here we have a simple and coherent explanation of why libertarianism is so often associated with climate change denial, and the playing down or dismissal of other environmental issues. It would be impossible for the owner of a power station, steel plant, quarry, farm or any large enterprise to obtain consent for all the trespasses he commits against other people’s property – including their bodies.

    This is the point at which libertarianism smacks into the wall of gritty reality and crumples like a Coke can. Any honest and thorough application of this philosophy would run counter to its aim: which is to allow the owners of capital to expand their interests without taxation, regulation or recognition of the rights of other people.

    Libertarianism becomes self-defeating as soon as it recognises the existence of environmental issues. So they must be denied.

    www.monbiot.com

  • New on the Left Flank: Free PDF version of On Utøya available

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    New on the Left Flank: Free PDF version of On Utøya available

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    Latest posts from on 07/12/2014

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    Free PDF version of On Utøya available

    On July 22, 2011, Anders Breivik, a Right-wing writer and activist, killed more than sixty young members of the Norwegian Labour Party on Utøya island. Captured alive, Breivik was more than willing to explain his actions as a ‘necessary atrocity’ designed to ‘wake up’ Europe to its betrayal by the Left, and its impending destruction through […]

    The post Free PDF version of On Utøya available appeared first on Left Flank.
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  • Group voting ticket

    Group voting ticket

    From Wikipedia, the free encyclopedia

    Group voting tickets (also known as “above the line” voting) are a way to simplify preferential voting, usually in an election held under the single transferable vote or the alternative vote system. Ranking each candidate individually is called “below the line” voting.

    Voters can choose to vote for a ticket by placing the number ‘1’ in one of the ticket boxes or can vote for individual candidates by numbering all the boxes in that section. Ticket votes are distributed according to the party or group voting ticket registered before the election with the election management body. In some elections, voters can express an order of preferences among different tickets by voting ‘1’, ‘2’ and so on in different ticket boxes.

    Group voting tickets are used in many of the upper houses of Australian parliaments, most notably the Australian Senate. They are also used for some elections in Fiji. They were originally introduced to reduce the growing proportion of voters who cast invalid votes, as a single mark is all that is needed to cast a valid vote. In Australia, this reduced the rate of informal voting in the Senate from around nine percent previous to 1984, to around three percent during the time of group voting tickets.

    In Australian elections for the upper houses which use proportional representation as well as preferential voting, it may be daunting to have to fill in 70 boxes—preferences are compulsory in Commonwealth, Victorian and South Australian elections. Some voters would choose their early preferences and then vote for other candidates in the order they appeared on the ballot paper—known as a donkey vote; or fill in the form incorrectly, leading to an informal vote.

    To ease this task, above the line voting allows the voter to choose one party or group, and all the remaining squares are deemed to be filled in according to a registered party ticket. About 95% of voters choose to use this method.[1] This leads to pre-election trading between parties on how each party will allocate later preferences to other parties and candidates.

    “Above the line” voting has been criticised as electors not knowing, and having no practical way of finding out, where their preferences are being directed. All details are published in advance, both electronically and in a free booklet published by the Australian Electoral Commission. The booklets may be viewed at polling booths on request to the poll officials. However, such is the complexity of the information that it is unlikely that the average voter could easily determine the fate of his or her vote’s preferences particularly, as some parties submit multiple allocations (e.g., 33% to one party, 66% to another, and so on), and the effects are integrally wound up in preference deals between other parties.

    Tactical voting

    Using GVTs, the potential for tactical voting by parties is greatly increased. Because voters are not usually aware of how a party’s preferences are directed, GVTs have allowed minor parties with low support in the community to be elected almost exclusively on the preferences of other parties, for example, where small parties with very different views have agreed to exchange preferences, or where larger parties have sought to minimise votes for opponents with similar views.

    A notable case came in the New South Wales Legislative Council election of 1999, when the Outdoor Recreation Party‘s Malcolm Jones was elected with a primary vote of 0.19%,[2] or 0.042 of a quota.

    GVTs came under scrutiny at the 2013 Australian election for multiple candidates getting provisionally elected with the vast majority of the 14.3 percent quota being filled from preferences, with “preference whisperer” Glenn Druery‘s Minor Party Alliance organising tight cross-preferencing between minor parties.[3][4][5] Motoring’s Ricky Muir won a senate seat on a record-low primary vote of 0.5 percent in Victoria[6][7] (previous record held by Family First’s Steve Fielding in 2004 on 1.9 percent in Victoria).[8] The Sports Party‘s Wayne Dropulich was on track for a period of time to win a Senate seat from 0.2 percent in Western Australia, coming 21st out of 28 groups.[9][10][11] Family First’s Bob Day won a seat on a primary vote of 3.8 percent in South Australia,[7][12] and the DLP’s John Madigan won his seat in 2010 on a primary vote of 2.3 percent in Victoria.[13] Xenophon and larger parties including the incoming government are looking at changes to the GVT system.[14][15][16]

    2003 changes in NSW

    Following the use of tactical preference tickets and the record number of minor parties contesting the 1999 Council election, a modified form of group ticket voting was introduced in the 2003 election. A candidate group for NSW Legislative Council elections now requires 15 candidates to be eligible for an “above the line” box. Parties do not lodge preference tickets and a single 1 in that box only preferences the candidates in the group. Voters wishing to preference multiple parties with an “above the line” vote can use lower preferences (“2”, “3”, and so on) in those parties’ “above the line” boxes. Other changes to party registration processes have also resulted in many fewer parties contesting NSW Legislative Council elections.

    References

    1. “Glossary of Election Terms – Federal Election 2007”. ABC. Retrieved 2010-12-29.
    2. Antony Green (2009-06-16). Antony Green’s Election Blog: NSW Legislative Council and its new electoral system. Retrieved on 2009-09-12.
    3. Bitter dispute erupts over Senate preferences in Queensland: ABC 5 September 2013
    4. Glen Druery – the ‘preference whisperer’: ABC 21 August 2013
    5. ‘Preference whisperer’ defends role in minor parties’ Senate success: The Guardian 13 September 2013
    6. Victorian 2013 Senate results and preference flows: ABC
    7. Motoring Enthusiasts Party member Ricky Muir wins Senate seat: ABC 1 October 2013
    8. A ballot crammed with choice: SMH Tim Colebatch 5 August 2013
    9. Western Australia 2013 Senate results and preference flows: ABC
    10. The Preference Deals behind the Strange Election of Ricky Muir and Wayne Dropulich: Antony Green ABC 13 September 2013
    11. Australian Sports Party ‘pleasantly surprised’ by potential Senate seat: ABC 9 September 2013
    12. South Australia 2013 Senate results and preference flows: ABC
    13. Single-issue groups set to take balance of power: Canberra Times 9 September 2013
    14. Coalition shy of Senate majority: Business Spectator 9 September 2013
    15. Tony Abbott fires a warning shot at micro parties in the Senate: WA Today 9 September 2013
    16. Xenophon wants voting reform: NineMSN 9 September 2013

    External links