The Best Solar Panels

Solar energy has become one of the most important renewable energy, and in fact we ourselves not only have her in cars or appliances running on this energy, but also can take home with solar panels we can settle ourselves and that will take full advantage of sunlight and thus not having to use electricity, so we need to know what is the best or most suitable for our needs.

There are two types of solar panels and photovoltaic panels that are traditional, they are perhaps best known, and layer panels fina.La difference between the two, or indeed what everyone knows about them is that the PV can be installed in the ground or on poles or roof and also its size is quite considerable.En the case of thin film, which in fact are also photovoltaic, I must say they are much thinner, which are installed with relative ease in a roof or on a deck, for example, and that many people are much more aesthetic, or to put it somewhat more attractive.

Photovoltaic solar panel, and surely you have seen on the top of buildings or in large fields, are able to collect their energy from sunlight and through the use of a silicone and other materials that allow you to store such energy, its very good when the sun is shining, that is, they bring a lot of energy but not when the sun sets, so you have a storage system that allows us to have stored energy, similar to what making the margin baterías.Al a clear difference between the thickness, or the way they are installed, it must be said that the solar panels are photovoltaic or thin film, are both quite expensive to install (the thin layer a little more), and although we probably will not reach the budget, we must keep in mind that eventually will be an investment of future. You can now spend much money on settling panels on our deck, but think all the money in the long run and over the years, you'll be saving on conventional electricity.

This type of solar panels also "suck" energy from the sun, although many people are still better, simply because they are much thinner, and indeed are able to give us lots energy.  The panels are of a very thin film, are made from a material that is lightweight and flexible. A material which allows very thin layers and that is reactive making avoid the necessity of thick layers of other panels.Es why repeat, are better for many people, but can be placed on the soil or tile deck or a roof and without any support.




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New York Triples the Production of Solar Energy through the installation of panels in city-owned ten buildings

Green building practices are receiving a boost with each passing day. Buildings are making the best use of resources, which in turn reduces the impact of construction not only on the environment and human life.

Taking advantage of renewable resources, installation of solar panels, photovoltaic systems, green roofs etc. New York is also following the green route.

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New York has three times the capacity of Solar energy
The city has completed the installation of solar panels in ten buildings and gone beyond the limits to increase its production of solar energy to help now to several homes in the city. These panels are installed in many buildings, including schools and firehouses.

The city is thus paving the way for a cleaner tomorrow, through the installation of solar photovoltaic systems, which are an efficient approach using the city's resources to promote and support the maximum use of renewable energy sources in the region.

In addition to this, it will also ensure a supply of clean, consistent power and a reasonable price. Bloomberg, Mayor of the city is also trying to be respectful in his own personal life through the installation of a green roof at home and paint the white roof to reduce global warming, which will be beneficial for him, as well as for the environment of the city into a place better for residents.



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Solar panels ready to install yourself

For all those who like to build things for your home, who love to learn and go step by step making their first steps in the home, today we present the enterprise Ready Solar, United States, which presents its new solar installation for those that prefer to organize themselves.

It is known to all that one of the biggest problems of home solar power systems, is the associated complication to mount them at home and the costs that this entails, both their acquisition and installation.

Ready Solar has noticed this problem which concerns us all and he wanted to solve these problems. You now have at your disposal, what they call a standardized modules from solar energy to promote the use of solar panels in the houses, its installation and maintenance, thanks to them, it may be something simple.

Therefore, today we present you the new product, called Solar in a Box (solar in a box).

This new release is a preconstruido solar panel which at first glance we could describe it as something beautiful thanks to its wide variety of colors, and Furthermore, its frame is easy to install.  Solar in a Box consists of the best quality and high efficiency Mitsubishi solar panels, so you can count on the very best in your home.

If what you remain facility, must say that it consists of simple and detailed instructions step by step that will help you throughout the process and as check yourself, you can do so any person who proposes it. While it is in the USA, they offer free telephone support so you can clarify all your doubts and learn more about the company.

The advantage that Solar in a Box, is that if you choose you'll be saving money because you don't have to pay anyone for the installation, and we know that a lot of money is it costs, that experts are needed because, normally, you can do it one same, unless it is an expert in this type of installation.

Another advantage of this Solar in a Box, is that coming all together, less penetrations on the roof, which is why we we are still saving money long-term.

Each of these solar boxes are capable of producing 177 kilowatts a month, always depending on weather conditions. The smallest of these boxes has 7 panels, and costs $9780.

Then we leave you a short video so you can enjoy otherwise what is a Solar in a Box, its advantages and its simple installation.

Institute of Technology of Tokyo Reveals its New Building Entirely Covered With Solar Panels

When we speak of solar installations in the buildings, the first image that comes to mind is that of a blue ceiling covered with solar panels. And I am sure that not many of us have imagined a blue all building, with all the walls, and every inch of the ceiling covered with solar panels.

The Institute of technology of Tokyo has done exactly what none of us can digest; they have built a new building, which is entirely covered in solar installations. The aerial view of the building makes it seem waterproof and quite unusual, but is not the aspect, is the technology that makes thinking.

The University of Tokyo reveals building covered with solar panel
Institute of technology of Tokyo is considered a prestigious University in the world and in fact the best in Japan. The revelation of his car sustaining building has improved his image for the eco-minded community. The exterior of the environment and promotion of innovation of energy including the roof is covered with panels of 4500. These panels have a total production capacity of 650 kilowatts of power, which is also supplemented by 100 kW fuel cell.

A question that strikes the mind is what tangible difference has this facility in the power generation capacity of the building? The answer is simple; the building has seven floors and two additional levels of basement and is due to the solar panels which consumes half of the power that would have consumed a building of the same size without solar installations.

Incredible solar panels made with grass!

While a large majority of research on solar energy are working with expensive high-tech materials in order to improve their capacity of absorption of energy, researchers at MIT in the United States are taking a different approach.

They realized that nothing in nature absorbs energy as well as plants, by what have developed a solar technology that combines a small amount of grass (or other agricultural waste), a powder of stabilization of oxide of zinc and titanium oxide, and a glass or metal as substrates, all of which can imitate the process of photosynthesis.

The goal might seem an illusion, though - we fervently – hope can do reality: develop a technology so simple that anyone can make their own solar panels and for almost no money.

MIT researchers have figured out how to stabilize a photosystem I (E F) chemically (the internal structures of plant cells that carry out photosynthesis), on a substrate that creates electric current when exposed to the light, all with readily available materials.

This solar cell isolates FI molecules and, finally, allows the flow of electric current through the dust of the stabilization.

Thus, rather than large factories of solar panels that require a large amount of natural materials, technology of MIT, literally, could be packed in a plastic bag small and sent to anyone who wants to make their own solar panels at home.

If DIY enthusiasts can get their hands a few cuts of grass or some other plants and the substrate, then MIT only needs to send the zinc and titanium oxide, and instructions to create energy from this mixture, and with almost no complications, they will have done its own solar panel.

Finally, according to Andreas Mershin, people will be able to mix everything and create a painting that can be applied to your ceiling. But there's a catch. For the moment, this technology doesn't have even a 2% efficiency rate yet. But it will improve, and even that is a lot of efficiency given the small amount of resources to create.

Wind Power, Solar Panels, Alternative Energy - What is This All About & Will It Really Save You Mone

Wind power, solar power, solar panels, solar energy, and alternative energy- over the years, these terms that have been bounced around on the news and as topics promoting ways to save money. But do you really know what each of these individual terms mean and how they can help save you money?

All About Wind Power, Solar Panels and Alternative Energy
For those of you who have seen the film "An Inconvenient Truth" - it was only when that documentary was released that the outcry for actually doing something to help save the environment increased. Why? Despite the existence of environmentalists, Greenpeace advocates and other organizations - the film opened many eyes to man's environmental dilemma to a worldwide audience.
This is actually a good thing, because now, almost all governments are rewarding its citizens with rebates and incentives when they use alternative energy sources to power their homes.
In essence, alternative energy comes from renewable sources of energy where the power of nature is harnessed so that the non-renewable fuel resources will not be depleted. Examples of alternative energy sources include:
o Solar energy
o Wind energy
o Geothermal energy
o Biomass

The good thing about these types of energy sources is that they are "clean" and renewable sources of energy.
Let's take wind energy as an example. A typical wind power system is one of those mini-windmills that we see - which comprise of a tower and five blades. What the system does is harness the power of the wind and turn it into useful electrical energy. Another example are solar panels. This is a structure which contains solar cells that collect rays of the sun and convert it into electric currents.

Today, you don't need to spend thousands of dollars on expensive solar panels - there are more cost-effective solar power generators available. Those who are looking for ways to generate wind power, use solar panels and learn more about alternative energy will be delighted to know that such a system already exists.

Biosolar: Solar panels with ecological materials

The solar energy is one of the most important renewable energy sources in the world. And solar panels are one of the most effective applications of solar energy. A new development makes it possible that these solar panels can be built with ecological materials, and so obtain a doubly positive for the environment..

Solar panels are essentially devices that trap solar energy and turn it into direct current of electricity. The work of solar panels is based entirely on the photovoltaic effect, hence the called photovoltaic panels.
This brief introduction is to explain the photovoltaic effect required to occur in elements semiconductors. Semiconductor materials mainly used are single-crystal silicon and polycrystalline silicon, which is found in each of the solar cells and are covered by glass or other materials to waterproof.
All these layers comprising solar panels are placed on a substrate or bottom layer usually contains materials such as polyester or Tedlar (a type of thermoplastic).

Solar panels can become a "greener" device, when they are made with organic materials. This is the proposal of the new BioSolar Backsheet Solar Panels.
 
These solar panels have a substrate (backsheet) are not built with chemical based products?in materials such as polyester and Tedlar, the most common currently. Instead this lower layer of the panel is made with a material completely ecological, obtained from castor seeds.

In addition to its ecological advantage, new panels of BioSolar substrate material shows a better thermal performance than conventional materials. The operating temperature is lower, which is also one of the highlights of this type of solar panels.

In general, this type of solar panels provides a better performance in terms of mechanical strength, electromagnetic properties, durability of long-term and adaptability to the climatic conditions. Apart from that, recycling of solar panels proposed by the manufacturer also makes this solar panel advanced and according to the demand of the contemporary world.

The almost any dependency BioSolar Backsheet solar panels towards the products of petroleum makes it - not only more suitable for environmental security – but also more economical.  Given that oil prices are increasing day by day, the greater stability of the value of its raw material and a lower cost of production also are points in favour.

One of the criticisms which this type ofecological solar panelsis that it requires a specific and precise monitoring in order to provide an optimum temperature of work during the process of generation of solar energy.

Designing a kitchen of flexible solar panels

As we got used from Erenovable we bring you the latest designs in respect of the use of renewable energy-based devices. This opportunity is a development belonging to Yonggu OJ and eunha Seo, awarded a prize at the international design competition 2010 in Seoul. Many designers work in solar cookers devices something that seeks to solve the problem of many rural communities do not have electricity and other fuels (such as manure, wood or kerosene) to be generators of greenhouse gases.

The kitchen solar Hot Liner consists of a flexible solar panel that can adapt its shape to become a kitchen surface. While the design is very innovative, practical use presents several weaknesses, including the fact its high cost and their fragility. The next step in search of a viable product would ensure that these solar panels were resistant to the scratches to increase its durability.

Solar Panels QSolar Multicolor

For greater energy efficiency, or simply to implement improvements to its increased use, solar photovoltaic technology continues to grow by leaps, being in constant development with regards to materials, and also to his design (Recalling the photovoltaic plate with Swiss cheese, for example) which is what we will now analyse.

So far, the majority of the photovoltaic panels were dark, usually black in colour or a heavy grey, which are not very aesthetic view and not allow its combination with décor or in a harmonious design of a building.

This is the proposal of the firm QSolar, which delights us with the arrival of a few solar color panels, that Miss Earth these prejudices, offering a wide variety of colors, allowing the passage of light and offering transparency.

This firm, of Canadian origin, seeks to position this product as an element of home decor, as a way to polarize our Windows as well as generating a source of electrical energy, all without need for profound changes in the facility or home.



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Solar Panels To The Sun

The Sun is one of the most abundant energy that we have sources, the difficult point is to find ways to use it efficiently. Pursuing this, researchers of Smart Solar international in Tokyo, Japan, have designed a solar panel which has a system to track the Sun as it moves in his tour diary.

The basic component of this new device, is a series of aluminum mirror bar rotating, according to the Sun as it moves across the sky. These mirrors reflect light on a central tube, containing several layers high performance solar cells . Their construction requires a number of much less than the of the photovoltaic panels most common silicon.

By its design features, to avoid overheating also has a device that derives from the excess heat to heat water, giving an additional benefit.

According to its creators, this type of solar panels is capable of producing twice the power than other existing systems. This promise will be able to see her promptly fulfilled as they hope to launch in October in Japan, which is expected to help provide renewable energy to those affected by the tsunami.


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Space solar panels reach Jupiter

Solar technology beats a new milestone. In a short time, thanks to the Juno spacecraft NASA that orbitará Júpiter, solar panels will have peaked most distant from the Earth never reached.

The launch of the Juno spacecraft is scheduled to take place from 5 to 26 August of this year. The Mission's objective is to orbit the poles of Jupiter in order to obtain information on the origins, structure, atmosphere and magnetosphere of the large gaseous planet.

The previous tests have already been filled and the solar panels which contains already have been replegados. The next time that you deploy will be in space, traveling towards Jupiter at a speed of seven miles per second (equivalent to 40555 km/h). Three solar panels it has a size: 2.7 m wide by 8.9 meters long.

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Wind panels for home

In rural areas, is feasible to find one that another generator that runs on fossil fuels, and that sometimes is the only way to get electricity, which consider renewable energy would seem to be virtually impossible today, unless we make a great investment.

Luckily this is changing, as was the case with different fields of technology, the best way to make a step forward or a development is to achieve the same performance in small, and this has recently been implemented with the creation of the so-called wind panels.

This creation has been done by students from Cornell University (New York, United States), named under the name of Vibro-wind, which was composed by foam blocks contained in a metal structure available precisely as a panel.

These blocks act as oscillators and are connected to a set of piezo-electric transducers that are responsible for the emission of electrons produced by the vibration of the set, which are transformed into usable electrical energy.

It has as advantage that do not require strong winds and can be installed in urban areas (unlike the turbines wind) where not only occupy less space, but have more sensitivity to moderate winds.

Via: Eco Geek

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Learn Sun Power:(DVD) How to Set up Batteries, Inverter, Charge Controller, and Panels for a Complete Off-grid Solar Energy System

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If you want to put together a solar power system yourself this DVD is for you. Although it covers an off-grid system it is just as helpful for someone who wants to be partially on grid but would rather set up the system themselves. This is not an overview but rather programmed instruction.

This DVD shows, step-by-step, how a 650-watt, off-grid, do-it-yourself solar-panel system was set up. The system partially replaced a 2-gallon-a-day gasoline-driven generator system and was estimated to pay for itself (based on the price of gas) in about 2-3 years.

Starting from the ground up, it explains the importance of grounding and explains how to ground your system as you go along. Topics include: How to calculate you overall energy needs and how to reconcile them with what you have space for and what you can afford.

Solar panel math is explained simply so that you can calculate your needs in terms of: batteries, inverters, panels and wiring. How to re-evaluate and reshape your energy usage to fit what you can realistically afford with solar.

Choosing inverters and charge controllers. Safety issues. What wire to use and why. How to set up your battery and inverter system first, and test them as a working unit before adding solar. What to consider when choosing solar panels.

The difference between setting up panels and batteries in series or parallel. Using a combiner box to add additional panels later. Choosing a generator for backup and how-to equalize your batteries. How to test the specific gravity of your batteries.

How to wire your panels. Lightning grounding. As well as system layout, washing your panels once they are setup, etc. The focus here is an easy to understand explanation of how to set up and independent, self-sustaining energy system that can support most of the needs of a small off-grid home.

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