Buderus Installs its Condensing Technology in the Hotel Indalopark in Barcelona

The solution to this emblematic coastal hotel stands out for its modern condensing technology, designed to achieve a high calorific power (400 kW) in a space reduced from just one square meter. In fact, boilers Logamax plus installed on the Indalopark GB162 have been developed by Buderus with new guidelines on decalefaccion technology. Since the signing ensures that the new mural boiler with a seasonal performance of up to 110%, is "an alternative essential for houses or mounted in the form of waterfall, large installations".

The boilers Logamax plus GB162 meet the requirements of quality of engineering and architecture studies. They have a compact form, like conventional boilers for apartments. Sturdy construction, for its construction have been used high-quality materials, which guarantees a long life of the boiler. Assembly is simple and provides great flexibility of location, with the possibility of mounting of four boilers in cascade: 400 kW and a square meter, as has been done in the Indalopark hotel.

The Logamax plus GB162 does not need a complicated hydraulic or require a minimum volume. The Flow Plus (variable speed pump) system adapts the water flow to the power of the boiler. This saves energy and the Flow Plus system reduces the costs of electricity between 30 and 40 per cent in comparison with a conventional bomb.

Another advantage of the new boiler is its easy maintenance, since all operations are carried out from the front of it (it is not necessary to observe lateral distances) and allows you to attach a Logamatic class 5 NOx regulation system. It also has a ceramic burner of premix gas and group of combustion with control of the number of revolutions of the fan, watertight operation, and a low noise level.
 

The Latest Alternative Energy Technology

Resources of the world of fossil fuels are almost empty, and they burn caused a number of problems for the environment. There is no way to prevent these facts unless we come to replace them completely and take advantage of alternative energy technology. And there are many alternatives to the use of fossil fuels for our source of energy.

Solar energy is one of the best options because most of our energy comes from the Sun and there is a lot of energy to power the world 1000 times. However, this has disadvantages in areas close to the Poland where the amount of sunlight in the winter can be limited. Wind energy has its advantages and can generate electricity by windmills that are powered by marine energy such as energy also the waves and the tides. Another exciting source of energy is the magnetic generator in use commercially in parts of Europe and Canada

There are other alternative energy technology options, but the above are the best and the only ones in circulation today that have the potential to develop into something really great.

Solar energy is an alternative energy technology, which today is used. For centuries, that it is known that the Sun can be used to produce electricity however, in the early 1900s fossil fuels were cheap and plentiful and so she was very popular. We use fossil fuels too fast and they walk out.

There are strong evidence to suggest that we could power our society as a whole by using the heat of the Sun on certain technologies. Solar collectors are an alternative technology that is used by many people worldwide to heat water for showering and washing. This technology has many advantages-it offers warm water in times of electricity shortage, and a cheaper option for electricity too.

It is a good idea to use this technology now because solar collectors will only more expensive but if electricity prices in the future (due to the lack of fossil fuels increase). On top of this, the environmental effects of the use of solar energy is great-instead of burning of fossil fuels and pollution, your power comes from the Sun (a resource that constantly fills itself).

Wind energy is another good alternative energy technology and be successful in the past has shown. Years windmills were used for grain mill and water pump, and were even used as a source of electricity in continental Europe around 1890. But wind energy as was seen as a potential source of wind in the last ten years and many scientists agree that this is one of the best ways to power the world without electricity. There are scattered all over the world wind parks that make use of alternative energy technology.

The technology works as follows: three sheets are linked to a rotor, and when the wind blows the blades rotate the rotor and this energy be produced state-it's a pretty simple concept, but works well. The only problem with wind energy is that of the technology to work there are wind and some places in the world have no wind. However, this technology will work in places like Wales in the United Kingdom and in North Dakota and California here in the United States.

Alternative energy technology for marine energy is still being researched and developed fully, but there is some evidence to suggest that this technology also works. It just takes a little more time until marine energy in the mainstream, such as that of solar energy, wind energy and the magnetic generator.

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.

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' Self-cleaning ' Nasa applied to solar technology

Energy solar large-scale develops mainly in immense fields of solar panels which can have up to 25 or 50 football pitches dimension. Mostly these places are located in desert areas, which presents some particular problems as, for example, the from the accumulation of dust. A group of scientists from the University of Boston (led by Dr. Mazumder) are applying technology for NASA missions to Mars and the Moon to resolve this problem, here on Earth.

Dust that accumulates on the solar panels partially blocks the passage of light, as does it the dust that accumulates over a window. And with less light, lower energy can be generated. Now this problem is handled with clean using water or mechanical instruments either, but both have a high cost.In addition, since desert areas, water is a scarce commodity.

But this ' self-cleaning ' technology has not been developed initially with these purposes.Dr. Mazumder team originally devised the self-cleaning system for solar cells on Mars that will provide energy to the space missions robots. But then came the idea of applying it to the terrestrial solar panels.

' Self-cleaning ' this technology is based on the placement of a transparent and sensitive material to electricity. This is placed directly on the glass or a kind of transparent plastic shroud covering panels.From sensor monitors the level of dust, and achieve critical values activates ' self-cleaning ' system, sending a shock that acts as a repellent wave dust, which runs along the entire surface, pushing the particles of land borders.

This will delete approximately 90 percent of the dust on the panels solar.Something, expected, applicable on a large scale, introducing a solution that facilitates the multiplication of producing solar fields you import.

More information:

ScienceDaily

Images:

Google, solar panels in the Sahara desert

Google, manual cleaning of solar panels

Categorias:Solar energy, technology Tags: Tags: car cleaning, ' self-cleaning ', science, desert, electricity, innovation, cleaning, mazumder, NASA, solar panels, dust, production of solar enegia, technology, boston University

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