HISTORICAL ALAVA-LIVERPOOL (UEFA FINAL 2001) HISTORICAL
Era el 16 de Mayo de 2001, en Dortmund. El CD Álaves vivía una de las páginas más gloriosas de su historia, la final de la Copa de la Uefa contra el todopoderoso Liverpool (con Owen, Heskey, Fowler, McCallister, Gerrard...). Pero NO PUDO SER, aunque fue bonito mientras duró... ¿A QUÉ TÚ TAMBIÉN LO VIVISTE?
10 DE MAYO DE 1995: 16 años y un día después of that feat. GOL DE ORO DE · Najim. In this team played: Cedrún, Belsué, Solana, Aguado, Caceres, Nayim, Poyet, Aragon, Pardeza, Higuera and Esnaider. García Sanjuán and Joanna Angel. Coach: Victor Fernandez .... AMAZING STORIES
Iron (Canary Islands) and the energetic autosuficienca.
Let's see a video about the project to turn the island into an island iron self-supporting. But the most interesting is that, as interesting as they think of accumulating surpluses produced by wind generators.
In a previous article it was said that the solar wind and space are in some situations surplus energy. is that consumption is not sufficient to absorb the energy they are producing. This is especially true with wind generators, and could happen if more widely used solar panels. In the case of a particular interconnected network that is no problem, because their energy is directed to network and then is balance in his favor. But nationwide interconnections are not level. Unable to send as much energy to another country.
Typically these generators is then disconnected, and all that energy is lost.
saw an individual in the U.S. made a superpanelización gave him over, and independence from the network. His solution was to use the surplus to generate hydrogen from water (for hydrogen car) and therefore the residue of their system was oxygen.
But in Spain this "problem" is intended to resolve this in a more cost-effective since the hydrogen generating systems lose 50% of energy. It's
pump water to a dam, so that after the water generates hydroelectric power. System itself is controllable.
own use and performance of three renewable (Spain)
Following cited in other articles are taking steps to facilitate 'production for consumption in Spain, but with limitations challenged by Greenpeace . The news from Ecoticias.com adds nothing new to this. But it is worth remembering that the price is no longer the biggest constraint. The problem is the legal limitations and utilities are free to postpone or hinder the interconnection. Everything indicates that, although it is evident that the production of individuals is key to a real boom in renewable energy production, this represents a change that utilities are pushing for delay.
is coming clean energy consumption
Any building can produce its own energy. This is technically feasible and is becoming more, by installing solar photovoltaic generators. This actually started in our country by a decree of 2000, which contributed decisively from Greenpeace. Since then we have seen it who seemed a utopian dream has grown, and solar energy currently produces between 2% and 3% of the electricity used in Spain.
(...) That's where it makes sense and becomes important to subsistence. The government knows this and is preparing legislation to allow it, which contains many positive elements, such as a simplified procedure for smaller power plants, the announcement of a compensation system for balance between energy produced and consumed, and extension of this system beyond the solar energy for any system of renewable energy or cogeneration.
However, fear of upsetting the power that the Government has put new barriers, or rather, to keep these distributed generation facilities subject to some of the biggest barriers that currently hinder the overall growth of renewables, and it does not obviate these facilities be subject to the maximum quotas limiting how much renewable energy can be installed each year in Spain, or are exempt from this guarantee as a large center.
Greenpeace has objected to the new decree to improve it and asked to enter into force as soon as possible. Because, however much they insist, can not stem the tide. greenpeace.org /
Another issue discussed was that and in 2010 Spain was a 37% renewable energy. Now I read that in April it was 52.6% produced from renewable sources. course, that does not indicate that the total figures may become that. It depends on highly variable factors such as rain, wind and solar radiation. But what is certain is that the potential exceeds what critics say years ago. And that does not actually implement what really radically alter the landscape, and cited the princiopio post: self-production. Reduce the demand for self-supply due to further alter these statistics. In any case the news is not all positive when we observed that continue to proliferate, other systems based on fossil and nuclear.
According to WWF, renewable energy generated in April, 52.6% of the electricity
At number 56 of the Electricity Centre, WWF highlights a further increase of renewables in electricity production. In particular, they represented 52.6% of the total during the month of April. The result is that CO2 emissions from this month were 22.3% lower than March. However, the negative item is still burning coal and increasing electricity generation by nuclear power. Read more
This story is from Spain - Please inform me how is the thing in other countries, exchange and disseminate news,
Greenpeace calls for each building permit to produce and consume their own electricity
Greenpeace has objected to the Royal Decree that the Government is prepared to allow any building to produce and consume the electricity you need, something impossible with the current rules. The proposal of the Ministry of Industry ("Proposed Royal Decree regulating the networking facilities of electric power production of small power") maintains limitations Important as it does not exempt such facilities be subject to the maximum quotas limiting how much renewable energy can be installed each year in Spain, or are exempt from this guarantee as a large center
I've been reading an interesting article which I believe is 2010. The curious thing about this article is that renewables have covered 30% of English energy demand, by a confluence of improved environmental conditions and lowering of the crisis. The funny thing is that we talk about the problems of excessive energy production. turns out that there are moments of sunshine and other storms in which the problem is where to send output. For now the problem I just discovered is that renewables (excluding hydropower) can not be regulated as do the thermal , and nuclear. Suddenly a sunny day the network can send a huge amount of energy, like a storm. For this reason in 2010 had to be off 37% of wind turbines, and also have caps on solar power generation, as in periods of high solar radiation is simply no where to send the power generated. Says the article
Photovoltaics also creates difficulties for the network. "We do not know how much they produce in real time, so we have beyond our control a power that exceeds the three nuclear"
One of the solutions is that electric cars can absorb that energy when charging their batteries overnight . Well, I wonder what is more profitable because: To build nuclear plants or to improve the electricity infrastructure to send the surplus to other countries during peak hours? Or make storage systems or ecological use. A good storage system is to use the surplus for the production of hydrogen, or any other system that requires energy and send that energy to desalination plants ... I mean systems that are considered expensive and therefore inefficient could absorb the expected excess energy production to be produced when more and more individuals and companies to stop producing and instead provides energy to the grid. A country with enough companies and households self-sufficient and connected to the network, completely change the forecasts. Spain can reach 40% renewables by 2020 without the auto supply. Do not forget that only households represent between 30% and 40%, if you subtract that from the consumption and production put it as you will see that the real problem may be excess energy. And that much more difficult the discourse of expensive energy, the need for nuclear, overuse of fossil fuels ... Article
Let
In the months of January and February have produced renewable 30% of the electricity consumed in Spain, according to Red Electrica of Spain, the company that manages the system.
eight years ago, think about getting 30% of electricity from renewable sources sounded utopian. However, in the months of January and February, with good rain and wind, and less demand than in previous years by the crisis have produced renewable 30% of the electricity consumed in Spain, according to Red Electrica of Spain the company that manages the system. This means that the country meets the target of 29.4% that the EU established in 2001 to 2010.
On 16 January a U.S. president put Spain as an example. It was Barack Obama who, when he announced his plan for clean energy, said that his country would not be left behind. "Spain Germany or Japan invest and are prepared to take leadership in this new industry, "he said. In the U.S., 10% of electricity is renewable, while in the United Kingdom does not exceed 5%. In Spain, in 2008, wind and hydropower generated 18% of the total.
There are several factors that explain the data, as the drop in electricity demand by the crisis: 2.9% lower in January compared to the same month of 2008 , and 9.8% lower in February, but last year this month had one more day. This decline makes the emergence of the installed power for a decade. This means that if Mills were set for years but the percentage of energy clean up slowly because the total demand increased again, now the situation has reversed. In addition, the increased rainfall has been that there is more hydropower 126.47% between January and March 6 in the same period last year. The hydraulic assumed in February to 15.6% in February and 15.8% wind power.
Chief Electrical operation, Miguel Duvisón, said yesterday that the first two months of the year the conditions have been ideal, but it is not a cyclical data: "Although down somewhat over the coming months, the Renewable not walk away from current levels and the total of the year will closer to 30% to 20%. "spring is expected to maintain the percentage if the rains continue even ease somewhat in the summer.
Last Thursday, the wind broke the record again. At 11.10, 29% of electricity demand came from the windmills (with 74.5% of wind power in operation). That morning, the wind for several hours covered 40% of electricity generation. Spain-a country with more breaches of EU environmental policy-Met and for the first time for a significant period with the goal of renewable Brussels.
To this we must add that this year the solar energy will begin to be significant due to the boom experienced by the sector until last September Industry root cut it to put a stop to the facility. "On sunny days in Spain this summer, the PV can reach 5% of production," says Heikki Bureau, responsible for climate change WWF Spain.
renewable
But so also generates problems. The morning of Sunday November 2, 2008, Red Eléctrica disconnected 37% of the mills because they could not absorb all the electricity they produced. Spain suffered a great time, and at that time there was sufficient demand. The situation was not new, but never had wasted so much clean energy.
Electrical has a pioneering system to control at all times and manage the wind power windmills off areas if necessary.
Duvisón says the system also needs more interconnections with France to export electricity at the times and import it on when necessary as exchange capacity is 3%. Reversible dams are also required to pump water uphill when on production and recover something when missing. And in the medium term, the Government wants a million electric cars by night store of renewable electricity.
Wind Energy Association points out that in 2008 the mills avoided fossil fuel imports 1,200 million, generated 40,000 jobs and avoided the emission of 20 million tons of CO2 (5% than it emits Spain).
Photovoltaics also creates difficulties for the network. "We do not know how much they produce in real time, so we have beyond our control a power that exceeds the three nuclear" laments Duvisón. Power Grid has asked the Government solar farms that send their output at all times, as he begins to notice that sunny days there is a gap between planned and actual demand, when the solar panels are launching the massive quantities of electricity network without it being planned .
The drop in electricity demand by the crisis brings to light the focus on renewable years, involving 3,800 million in premiums a year, and put Spain into the path of the target of 40% green electricity 2020 set by the EU.
Derived from various provisions laid down in National Development Plan 2007-2012, the Law on the Use of Renewable Energy and Energy Transition Funding, Regulations and the Special Climate Change Program 2008-2012; you can install in your home or business your own source of renewable energy or cogeneration system in small or medium scale and make an interconnection contract with CFE. By doing so, save on your expenditure on account of energy consumption, will contribute in the use of clean technologies for power generation in the use of renewable sources of energy and thus on environmental conservation. The requirements for an interconnection contract with CFE on a small scale, is that you have a normal supply contract at low voltage, that the facilities comply with Mexican Official Standards and specifications CFE, and the power of your source no greater than 10 kW if installed in your home or 30 kW if installed on your business. To make an interconnection agreement in medium scale, the requirements are that you have a normal supply contract in medium voltage, that the facilities comply with the Official Mexican Standards and specifications CFE, and the power of your source is not greater than 500 kW. The contract is indefinite and may be terminated when you want to give 30 days earlier.
In industrialized countries between 31% and 40% of energy consumed in households, that would mean that the role of individuals in the reduction in consumption can be much more meaningful than we appreciate. And not necessarily about reducing consumption - something recommended - if we can produce energy.
is not so much to do a cost benefit of the planet, it is an investment we can do to benefit our own economy. Solar energy investment pays for itself in less than half the time you are guaranteed the production of energy. This implies that if we invest an amount in 6 to 10 years we have recovered the investment and since then we have years of free energy. Solar panels produce the 100% in 15 years, 80% up to 20 years and while reducing its efficiency will continue to occur for a few more years ... while the price per kWh goes up. No bank gives , nowhere near the cost. We also have the ability to deploy small wind power generators. It is a technology that is now blocked administratively. Is extremely efficient so as not to frighten the utilities ... a good generator can take advantage of `drafts very small and produce energy continuously day and night. You can get 75% of the needs of a home. One more powerful than either group could meet a small community. How clogs this possibility? The difficulty of interfacing with the electrical grid is one way. Both solar and wind energy produced in the day many times more energy than it consumes, while at other times it's the opposite. In the case of solar night and on dark energy does not occur. So at that time we have stored energy. That's battery. But batteries do not have unlimited capacity. So in case you need to build in batteries are fully charged when we waste the surplus. With the interconnection with the grid that is resolved. The energy is "sold" to the network and buy when we need it. And that not only keeps us supplied, is also used throughout the production. Never waste it. In fact it benefits the entire country. Well, in the case of private wind power will have administrative problems to get permits and to interconnect. It is very significant as it reveals energy problems and reduce emissions is secondary to keeping our energy dependence. If utilities lose 30% of consumers fail to win a lot of money. I care little. I worry much more that we are not aware that our own action (invest in our auto supply) can benefit not only can solve much of the energy problem and global warming.
partially self-sufficient solar energy (and interconnected) not only reduce our consumption, may also lower in some countries, the price of drinking. Since consumption more expensive than leaving a kilowatt. other hand, a community wind generator, and a good system of accumulation can not just do that. It can also protect against blackouts. in small industries and a power outage can make a big financial loss. Non-refrigerated coolers spoiled food may pose, a place without power can make you lose sales ... if such a problem the car supply is more than a savings, is protecting our interests. is my intention to raise awareness of the enormous importance that our action may have a particular level and general. recommend that we be informed and be informed. There is much information available, seek such information, talk about it, seek and take what is already available to us. There are opportunities to improve our situation if we have the opportunity to invest in our own home but also in our neighboring community, our town ... The first thing is to find the information ourselves. television advertising comes to us, but this issue is we who have to seek publicity. professionals such as electricians and mechanics are the ones who benefit most in this area. Should be prepared for change is coming, should be trained for the new model in which we entered. And they can also be agents of change. A trained mechanic for new electric vehicles can also perform conversions of cars "fossils" to electric. In many circumstances, an electric vehicle - more efficient and less consumption - can meet the transportation needs urban. Families with two electric vehicles can use one for work, taking children to school and shopping ... a range of 100 miles per charge is more than enough in many cases. The change may be caused by us, and if we want that change must provoke. We can not expect that big companies go against their own interests, should we go for our interest. In many cases we are talking about investing money for a big profit. That money will protect the devaluations, which protects us from rising energy and protects us from failure of supply. Search the same information and transfer it. Advertising consultation organic. See what they do not understand your electrician. Train yourself by yourself. In recent years the picture has become very favorable, and your action can make a big change. Greetings.
This case is interesting not so much what he says is the first person who does not pay the light bill. .. that's not true. More people combining wind and solar, or with the availability of enough space to put solar panels, and interconectadso able to reduce to zero consumption. The interesting thing is that implementing a hydrogen generator to use for your vehicle.
also produces oxygen as a waste ...
Mike Strizki is called, lives in New Jersey, is engineering of roads and has achieved something truly remarkable: not pay a penny in their domestic bills and not emitted into the atmosphere anything but oxygen.
installation Price: $ 500,000!
The concept is simple, solar panels whose excess production on sunny days takes an electrolyzer, where the water breaks H and O. The oxygen is released into the atmosphere and the hydrogen is stored in tanks for conversion into electricity (through a fuel cell) on cloudy days. In addition, Strizky uses the same hydrogen to power your car biological.
invention
The price of the pocket away from the ordinary mortals, and the efficiency of conversion of hydrogen to electricity is far from optimal (loss of up to 50%) but it's all a first step. Hopefully the series production will depress prices.
The regulatory contradiction of renewable enegia becomes manifest in a new law intended to tax renewable energy tax that in theory is to be promoted. We saw in a previous article that the lack of regulation for small wind makes it very difficult to implement at home, well imagine what happens if a tax is levied. If it imposes a tax on wind energy and small wind has no special regulation, it would be taxing the small wind. Consider this article ecoticias http://www.ecoticias.com/energias-renovables/47539/APPA-rechaza-el-canon-eolico-aprobado-por-Castilla-La-Mancha
In a press release Wind Section APPA has said is a "contradiction" to tax more to these facilities to those already applied to them, such as Tax on Construction, Installations and Works.
his opinion the Tax on Construction, Installations and Works "is applied to a standard that tax collection due to a desire superior to any other industry, about a technology like wind which, like all other renewable energy acknowledges that law in its preamble as a source of supply that respects the environment and taking advantage of indigenous resources, contributes to reducing energy dependency. "
For Section Wind APPA, this tax treatment," the onerous conditions attached to Access and abusive leases, makes renewable wind energy in general and look particularly expensive to unbearable extremes, trying to solve municipal policies and regional funding should not have this support and that coexist uneasily with a policy of promoting renewable energy and thus lowering costs to all of society should be committed. "
In another vein, Section Wind APPA has been considered a "contradiction" that the revenue generated by that fee "is intended for the implementation of actions to boost and promote the rational use of energy and renewable energy "as provided by law. And
have argued that as "the best way to develop and promote renewable energy is not higher taxation and promote its cheaper. This, quite the opposite of what the law says, not technological development but also promote that will make it increasingly difficult to attract to the Community of Castilla-La Mancha investment in a sector, renewable energy, that is going through a difficult time in part because of the lack of stability in the regulatory framework and the establishment of a fee to facilities already in operation is further evidence of that regulatory instability.
To acknowledge the loyalty of our customers, and the end of May, we decided to include a 2 new offers on our extensive menu: 1. BOTTLE OF RED Gibalbín + HAM PLATE ....... € 12
2. YOUTH OFFER (per person): drinks, chicken kebabs with chips and 4 sandwiches ....... € 7
This project is best explained that I found on the net, and does not seem too difficult to replicate. Look NRGYSTEP and find almost all of the project.
Some 41 pieces piezoelectric ceramic structure cable and where to step, and we have a tile. Then lay the tile is only a step Luig. guess it's not cheap compared to what it produces. But since the piezoelectric properties are not degraded and the mechanism is not likely to get out of adjustment, we could predict performance for a long time.
The piezoelectric effect is an effect in which energy is converted from a mechanical to electrical. It was discovered in 1880 by the brothers Curie. Specifically when a pressure (piezo means pressure in Greek) is applied to a polarized crystal, mechanical deformation results in an electrical charge.
piezoelectric microphones are a good example of this phenomenon. Alternatively, an electrical charge is applied to a polarized crystal, the crystal undergoes a mechanical deformation which can create an acoustic pressure. An example of this is the piezoelectric speakers, which are the cause of the annoying hum of computers.
piezoelectric energy is a renewable energy increasingly used in modern times.
Another example is the piezo lighters. Inside are a piezoelectric crystal is abruptly beaten by the ignition mechanism. This rap causes a high concentration of charge able to create an electric spark that will ignite the lighter.
In this case, we went to the world of nanotechnology, as a team of Princeton University has developed a mini-power generators that work from piezoelectric power and can generate energy through movement. They consist of a small ceramic material that stores and converts mechanical energy into electrical energy. Covered by a rubber silicone, this generator can be added to many gadgets or devices that require small-scale power generation, but enough to get started. But one of the most interesting applications are the floors power generators. Applied to areas of high pedestrian traffic or vehicles could easily lead to self-generate energy for lighting the place.
The use of piezoelectric elements on the roads as a way of generating clean energy is certainly a promising idea, but somewhere in the United Kingdom have decided to move from theory to practice. A supermarket chain Sainsbury's in Gloucester has installed power generation plates in the parking lot of the establishment, so that the weight of the vehicles themselves is transformed into electricity, using a hydraulic pump connected to a generator. The system is capable of providing 30 kW of electricity for "free" with nothing but the passage of its customers, which is the amount needed to power the cash registers. As if this were not enough, the store also collects rainwater and heated by solar panels in the summer for use in bathrooms, making this one of the cleanest shops in the country.
Imgina this with a silicon wafer. It would be heavier but also more less expensive and would yield. I have already spoken of the new CIGS solar material ( Copper indium gallium selenide) and searching I found this on Amazon.
A 78.96 dollars. Now the only problem is coverage. Http://www.amazon.com/
Perhaps solar and wind energy is expensive. Maybe we can wait for the prices fall by magic, while the electricity bill goes up. Maybe complaining is as cheap and remain slaves of the energy corporations. Investing in renewable energy seems to be something that belongs to those businesses and government, and that is for us to just pay the bill and complain.
Maybe a lot of effort to get residents in the cities decide to cover the cost of the lift and lighting with solar panels, the bill is cheaper than investing, looks cheaper.
Is it really expensive to put solar panels? A solar panel will pay for 4 to 6 years (if the bill does not rise) and full performance is guaranteed for 25 years, that means that the board passed a few years to provide free energy. In a neighboring community is difficult, but an individual may choose to invest in that. You can go cheaper to cover the total consumption, according to circumstances. Counting on the tradeoff between what we produce and sell to the network when we have sun (or wind) and what we buy.
We make it easy. Not as easy as they should if they really expect us to solve energy problems. No, they count on us to pay the bill and very reluctantly let us now if we put solar panels interconnect. It is so easy to mini-turbines and interconnect
and of course no special credits or refundable. Or are there? Have you informed? A good trick is to create a law and not report - Is there anyone who does not know the latest in iPods? -
But it is quite evident that if cubriésemos the roofs of solar panels and small wind turbines, the country (any country) would be a great power plant. A large central network that would provide all power and energy that day would receive no wind and no sun. That really would be a major energy project. In fact a great revolution. Because it would be a change of roles to which they do not want to come fast, because every home or factory that connects a customer is less. Make cities and towns would like receptors producers and clients who are now owners. The government itself would receive transportation energy, to large companies with high consumption. The problem would be "them" to learn how to charge. How, after so much war for oil, nuclear power plant so both fossil fuel burning, is that we invest in the energy problem disappears. Look at this blog and others ... There are things that are possible, others might be myths of internet, some are nonsense. Electricity is everywhere, can be obtained from many sources as a dance
Our movements generate energy, you only need to gathering systems. That already exist. The solution is not in a large power generating all the energy, which exposes us to cut enegía of which can be protected, the solution is to use every nook and clear optimize consumption of appliances.
A combustion engine is much less efficient than an engine electric, electric cars are a reality. Silence and smoke free. In most cases very well meet the needs of private and public transport. And spending the conversion is at least equal to the savings .
Soon cars will be electric, it is inevitable. No need to wait for them to get to market their models, you can convert a standard vehicle (see this link ) but there are still many points where recharge, except the garage of one, if we have it. You need to have the will and also need some money ... money that the powerful drive just to create crisis. money that is not energy. Food is energy from the sun, the capture plants, and eat. Allows us to move and these movements are energy, they work. A company is working, is a small shop or a factory. But money is not.
The money is there for the debt, if you try to pay all debts would see that there is more debt than money. Money is only an estimate of the banks and everything is calculated to not believe a real being. In any cas is expected to raise the invoice price and lose money value. This is how things remain for now ... therefore it is easy to assume that private investment redemption of energy sooner than expected, and after 20 or more years of free energy. Put a solar panel, a wind turbine is to begin a change. It may be expensive but if you can do it. Please do so. Another way of handling things is possible, and change can only come from us. Even those who call "they" are us.
may seem like expensive now. But it is an investment with more performance than any bank gives you.
Perhaps it's cheaper nuclear power and oil. But the value of things is not what we believe. It is not what we they still believe, for lack of confidence in the value of what we are.
Of course you have to ask for changes, no such promise the Discovery Chanel. There are things that may require those municipalities, from solar iliminacion in the streets, until they ask for powers and resources to leverage resources and costituirse as a producer. But for the price the only way that becomes more affordable alternative energy is that its use becomes common.
may seem little to save on electricity bills, it may seem little to be covered in case of power failure, you may save some oil on the planet and some uranium is not much ... but in reality is what we should do. If we can.
After talking of CIGS (which is translucent) this seems a little thing, but as the second article says, depends on the price and can meet needs in architecture. The performance is a quarter of a silicon cell, but there are places where there never would put a heavy and opaque silicon wafer. Although CIGS com can cover much more performance, many of the features of this material ...
In any case there is not much information, it seems that has not even hit the market.
solar panels become transparent
How about your windows were able to perform the dual function as well as solar panels that trap energy from the light of day? That's the idea behind the organic solar concentrator, a new solar power generation device. MIT researchers thin sheets of glass covered with organic dyes that absorb certain colors of light while letting others pass through. Redirect dyes absorbing solar energy and then re-emit the light toward the edges of the window, where conventional solar cells are located (opaque) to transform it into electricity. Unlike mirror-based solar concentrators, this new system (described in the journal Science ) does not need refrigeration. The researchers say that it is still necessary to refine the system to improve durability and efficiency - estimated at 6.8% - before considering to market. Http://maikelnai.elcomercio.es/2008/07/15/los-paneles-solares-se-vuelven-transparentes/
American The company Konarka Technologies Inc has launched this prototype as an alternative the classical plate fotovolcáicas to which we hardly even had time to get used to. Their installation would much simpler and of course would be much more discreet .
Currently Konarka has signed an agreement with Arch Aluminum and Glass, a construction company, to be incorporating these cells in some building materials, especially on glass windows. In this way not sacrificed aesthetics of the house and optimizes energy use.
In fact, the cells are flexible plastic that will go right between the glass plates . Although Option majority considered is to incorporate in the construction sector, it is believed it could be a useful discovery military tents or any portable charger.
However when it comes to a more spectacular than useful. In fact the average life of these cells is much lower than that of plaques that are often useful fotovolcáicas about 25 years . His level of efficiency also significantly lower, as compared to 20% of silicon cells that form the normal plates , they only reach a maximum of 6% .
A kilo of CIGS integrated into a solar cell would produce as much electricity as five kilos of enriched uranium recently perhaps by the influence of the nuclear disaster in Japan I have become more active in this blog. I am actually excited and almost obsessed with the topic of energy. If you've read my opinions will know that I firmly believe that the path starts with individual initiative. And that means using existing and recusos. Ie connect to the network as providers and not just as consumers. Or at least invest in the bill and go off like going to see coming to full use. But they say it is expensive ... I'll discuss later, but at least with the arrival of CIGS (still not sold on a large scale) that is cheaper.
Stay tuned to this new material that performs better and is cheaper than silicon. I leave you with this article
A kilo of CIGS solar cell integrated into a produce much electricity as five kilos of enriched uranium
The information has been collected from a multinational study of Nanosolar, who claim to be "building the largest solar cell factory in the world in California." This company will be present on 29 January in Seville at the International Conference on Low Cost Solar Energy, which will be presentations on new solar technologies: organic polymers, plastic solar cells and CIGS thin film cells (an acronym referring to the combination of copper, indium, gallium and selenium). The multinational has Nanosolar released a study showing that "a kilo of CIGS solar cell integrated into a produce as much electricity as five kilos of enriched uranium at a nuclear power." According to Energy-Global Events division Brent Energy Consulting & Trading, responsible for organizing the Conference of Seville, "this information on the efficiency of this technology is attached to its low cost and its many applications, which make with other solar technologies such as organic and plastic in the future of solar energy worldwide. " CIGS cells do not integrate solar grade silicon, a key element (And expensive) for conventional solar cells.
After being stunned after the new exhibit of the Great Captain Raul and have certified their place in semi-final against Manchester United, GERMANS SURRENDER A
Raulito
I stop to think sense of well being to able to enjoy the greatest classic of the classics (for the English, of course ...) multiplied by four: Real Madrid-Barcelona, \u200b\u200babout the best team today and others with the best squad now and the kings of Europe. Who more? Since one can not ask for more: statements, piques, intensity, goals, CR7, Messi, Iniesta, Ozil, Xavi, Xabi, Villa, Benzema, Pique, Pepe, Alves, Marcelo Valdes, Iker ... And really, you know what I think right now, I WISH YOU WERE ALSO RAUL. Lords on Saturday the curtain in the Bernabeu ... enjoy the classics at La Bombonera.