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on December 7th, 2011%
Solar energy consists of the light and heat emitted by the sun, in the form of electromagnetic radiation.
With today’s technology, we are able to capture this radiation and turn it into usable forms of power – such as heating or electricity.
Although one could go into technical dissertations on the subject of electromagnetic radiation, how it is converted into energy, and the exact qualities of its electromagnetic rays, this is not something the average person needs or wants to know.
But in order to be able to benefit from the use of solar power, there are a few facts you should know. Knowing these facts can assist you to make sound decisions, when looking at using it as a clean energy source for your home, RV, or whatever the case may be.
Environmental Facts about Solar Energy
All life on earth is dependent upon solar energy. In fact, without it, there would be no life at all. even the lowest life forms, such as plankton and microbes, need solar power (in the form of sunlight) in order to survive.
Solar power is completely environmental friendly, producing absolutely no carbon emissions or other harmful byproducts whatsoever. it can be used successfully and cost-effectively just about anywhere on the planet.
You do not need to live in a tropical or desert climate in order to benefit from this power. it has been used successfully in many cold climates and even in the polar regions.
Every part of the United States receives sufficient sunlight to benefit from and make use of solar technology.
Currently, the cheapest and most effective way of using this type of energy in your home is through the use of solar water heating systems. In fact, solar water heating systems have been commercially available in the United States for over a 100 years.
Solar energy can be used for heating homes effectively in cold climates, as well as in warm climates. In fact, solar heating has been in use many cold-climate northern European countries for several decades now.
Solar technology has advanced to the point where it can be now be a viable and cost-effective replacement for regular grid-electricity.
This form of power is rapidly increasing in popularity – so much so that the demand for solar-powered gadgets is currently greater than the supply.
Facts about Solar Energy Usage
Solar power can be used to provide electricity, heating and hot water for homes, and for heating swimming pools. Many pools in Scandinavia and Europe in fact use solar heating.
It can also be used to run vehicles, such as solar-powered cars, and even solar-powered airplanes. NASA has successfully designed, built, and tested an airplane which is operated wholly with solar power.
A few other examples are solar battery chargers, solar flashlights, solar calculators, solar radios, solar-powered attic fans, solar backpacks (to recharge batteries and small devices), hybrid solar chargers (for cell phones, satellite phones, and more), solar-powered garden lights . and much, much more.
on December 5th, 2011%
How would a solar panels for outdoor light aid your home? I tell you what; it would greatly improve your outdoor vision at night. You see, the porch light thing is iffy at best. We often forget to leave it on. This is understandable. After all, we’re only human. on the other hand, you don’t need to remember anything with a solar outdoor light. It’s totally self-efficient. the sun charges it throughout the day, and then it comes on when the sun disappears. It’s a fool proof kind of technology. You just need to make sure it has a functioning bulb in it. I installed several solar panels for lights at my mom’s house a few years back. She absolutely loves them.
I was stunned one night when I found out from my brother that she fell down her porch steps in the dark. She basically couldn’t see the last step and she missed it. This is terrible! I had to do something about it. This is when I looked into the solar outdoor light concept. I wanted a light that was reliable, but wasn’t dependent on her turning it on all the time. New-age solar outdoor lights were ideal for my mother’s driveway and porch. I basically installed several of them. Now the front of her home is lit-up at night. This also deters potential criminals and predators. they hate to be looked at or seen. they thrive off of surprise.
on December 4th, 2011%
The sun has supplied warmth and light to the people ever since early days – it radiates a lot more energy into space each second that we could ever utilize. The only challenge, naturally, is if we are able to utilize that energy.
Solar hot water heating is a viable kind of water heating system that will need very little routine maintenance, utilizes the free power from the sun, and may be cost-effective.
To optimize solar savings, give some thought to building a water system which uses solar domestic water, a fuel fired water heater for back up, and hydronic heat for the home’s heating, closing the loop on the main energy consumers in your house.
Solar water heating utilizes panels that will obtain direct sunlight solar energy to heat water or fluid to be used in area heating, room cooling, or hot water necessities. this technology is mainly employed in industrial and residential situations.
Solar water heating are especially beneficial to cases where lots of consumers are using hot water regularly: healthcare settings, hotels, nursing homes, homes, as well as small-scale private companies.
Presently, there are three forms of system for solar hot water heating which are popular today: The evacuated tube solar collector; The integral collector; The flat plate model.
Buying solar energy is surely an expenditure later on for the natural environment. by making use of solar energy to heat household hot water you’re assisting to minimize our reliance on fossil fuels simultaneously increasing the energy efficiency.
Investing in a system during the time of new building is definitely advisable. many times, electrical savings from the solar hot water system are higher than the price of the system.
Solar heating panel is among the most economical methods to lessen your bills making a good factor for the natural environment. The truth is the volume of air pollution decreased by setting up a domestic solar heating system is comparable to getting one truck or car off the road.
Solar heating is among the most famous environment friendly most self-sufficient choices over standard energy sources.
Hot water heaters are still utilized in each home and work environment to heat water for daily use. Using Solar heating panels for creating heat for the home creates clean electricity utilizing solar energy.
Solar heating systems not simply rock because of the maximum proficiency, but for their outstanding adaptability, remembering its simple and inexpensive installment. Solar technology is appealing.
Solar heating systems fall under 2 classes: passive and active. Passive systems utilize the sun’s rays to heat an area immediately, keeping the heat in a bulk of concrete, rock, or water.
Solar hot water heating requires simply no special routine maintenance as soon as mounted and it is due to last above 20 years with out failure.
Lots of people have mounted solar water heaters inside their properties and organizations and most of these think it as a wise investment.
Harnessing solar energy ensures that we live in a better, environmentally friendly, much less polluted planet, that people spend less for the energy requirements, and that we greatly help the environment by preventing the dangers to it manifested, for instance, from the oil spills which are currently so persistent these days.
Shane Green had done a lot extensive researches about alternative energy source. Solar Hot Water Heating is just one among the many innovations developed over the time that can help you lessen your monthly expenses. Read and learn more from Green’s quality articles, visit his site about Solar Heating Panel.
on December 1st, 2011%
BrightSource solar thermal power plants can be equipped with a two-tank molten salt storage system, as shown on the right side of this image.
(Credit:BrightSource Energy)
The company said today that it is adding energy storage to three planned solar projects that will supply power to utility Southern California Edison.
Instead of building seven power plants to provide about 4 million megawatt-hours per year, BrightSource now expects to be able to meet that with six concentrating solar plants to be built over the next six years, including three that will have storage. It is now constructing its first project, the Ivanpah Solar Electric Generating system, which will not have storage.
BrightSource’s plants use a field of computer-controlled mirrors that concentrate sunlight onto a tower. the heat creates steam, which is used to generate electricity in a conventional turbine. the storage system keeps molten salt in tanks and produces steam as needed.
Storage also helps give solar thermal technologies an advantage compared with solar phototoltaic panels, which have plummeted in cost over the past three years because of lower silicon prices and high-volume manufacturing in China. a number of large solar projects in the U.S. have abandoned concentrating solar thermal technologies for flat-plate solar photoltaic panels because of cost.
BrightSource said that its storage system will allow solar to replace fossil fuel plants rather than supplement them and avoid the need for natural gas back-up power. Earlier this year, California passed a law encouraging development of grid storage, which helped bring the addition of storage to BrightSource’s plants, it said.
Update at 9:55 a.m. PT: The information on how many plants will have storage has been clarified.
on November 28th, 2011%
SHELTON, CONNECTICUT and TORONTO, ONTARIO, Nov 28, 2011 (MARKETWIRE via COMTEX) –OPEL Technologies inc. /quotes/zigman/6419487 CA:OPL -10.53% (“OPEL” or “theCompany”), a leading global supplier of high concentrationphotovoltaic (“HCPV”) solar panels and solar tracker systems and asemiconductor device and process developer, announces it has secureda line of credit for $5 million from Silicon Valley Bank (“SVB”) inMassachusetts. “We are pleased to add this line of credit to ourfinancial options,” said Michael McCoy, Chief Financial Officer ofOPEL Technologies. “The credit line will be utilized to fund U.S. andqualified foreign receivables of the Company.”
Leon M. Pierhal, CEO of OPEL Technologies, added, “with OPEL’saccelerating and ever-increasing sales pipeline, we are fortunate tohave this capability available as needed to assist us with operatingcapital.” Pierhal added, “Silicon Valley Bank is a long establishedcornerstone institution within the high tech industry which over theyears has demonstrated its capability of recognizing firms withgrowth potential.”
“Opel’s products are facilitating market adoption of solar energysolutions,” said Dave Rodriguez, Senior Relationship Manager forSilicon Valley Bank’s Cleantech Practice. “SVB works with hundreds ofinnovative companies across North America and we look forward tosupporting Opel’s global sales expansion.”
OPEL will continue to provide updates as new information becomesavailable, pursuant to full disclosure requirements.
About Silicon Valley Bank
Silicon Valley Bank is the premier bank for technology, life science,cleantech, venture capital, private equity and premium winebusinesses. SVB provides industry knowledge and connections,financing, treasury management, corporate investment andinternational banking services to its clients worldwide through 26U.S. offices and seven international operations. /quotes/zigman/96920/quotes/nls/sivb SIVB +2.74% svb.com .
Silicon Valley Bank is the California bank subsidiary and thecommercial banking operation of SVB Financial Group. Banking servicesare provided by Silicon Valley Bank, a member of the FDIC and theFederal Reserve System. SVB Private Bank is a division of SiliconValley Bank. SVB Financial Group is also a member of the FederalReserve System.
About OPEL Technologies inc., OPEL Solar inc. and ODIS inc.
With operations in Shelton, CT and head office in Toronto, Ontario,Canada, the Company, through OPEL, inc., designs, manufactures andmarkets high-concentration photovoltaic panels and dual- andsingle-axis trackers for related CPV and PV systems for energyapplications worldwide. The Company, through ODIS inc., a U.S.company, designs III-V semiconductor devices for military, industrialand commercial applications, including infrared sensor arrays andultra-low-power random access memory. The Company has 35 patentsissued and 12 patents pending in PV systems technologies and for itssemiconductor POET process, which enables the monolithic fabricationof integrated circuits containing both electronic and opticalelements, with potential high-speed and power-efficient applicationsin devices such as servers, tablet computers and smartphones. OPEL’scommon shares trade on the TSX Venture Exchange under the symbol”OPL”. for more information about OPEL, please visit our websites at opeltechinc.com ; for OPEL Solar at opelsolar.com ; and forODIS at odisinc.com .
ON BEHALF OF THE BOARD OF DIRECTORS
Michel Lafrance, Secretary
neither TSX Venture Exchange nor its Regulation Services Provider (asthat term is defined in the policies of the TSX Venture Exchange)accepts responsibility for the adequacy or accuracy of this release.
Contacts: OPEL Technologies inc. Pat V. Agudow Vice President, Public Relations +1 (203) 612-2366 x2612
SOURCE: OPEL Solar, inc. and OPEL Technologies inc.
mailto:
Copyright 2011 Marketwire, inc., all rights reserved.
on November 25th, 2011%
To encourage more investments in renewable energy, the European Chamber of Commerce in the Philippines (ECCP) will bring in eight major German solar power firms this Thursday for the1st Solar Energy Forum at the Casino Español.
Henry Schumacher, ECCP vice president for external affairs, said the forum would be the first of a series of visits of German renewable energy firms to the country with a high potential for business partnerships.
“The German companies are coming here under the program “Renewables – made in Germany” initiated by the German government which is aggressively promoting renewable energy in Southeast Asia including the Philippines,” Schumacher said.
The German companies are interested in partnerships for solar energy development and will seek out potential stakeholders including the Department of Energy (DOE) and the Board of Investments.
Three of the eight German companies operate in Asia - China, India, Indonesia, Japan, South Korea, Malaysia, Singapore, Taiwan, and Thailand.
It will be the first time for five other companies to look for business opportunities in Asia.
These companies are Donauer Solartechnik Vertriebs GmbH, Energiebau Solarstromsysteme GmbH, IBC Solar AG, Inutec Solarzentrum GmbH i.G., and SMA Solar Technology AG
“These companies export as much as $100 million in solar technology every year, which is a good opportunity for the Philippines to get more foreign investments. we are confident that if they find the business environment in the country conducive for investing in renewable energy sector, then they will stay for the long term and increase their presence,” Schumacher said.
Regional Director Antonio Labios of the DOE-7 said the Philippines is one of the countries in the region with the highest potential for solar energy generation and the current administration is trying to encourage more investors to come.
Labios cited Energy Secretary Rene Almendras’ Energy Reform Agenda which includes developing a sustainable energy plan and encourage more investments here.
These include renewable sources of energy like wind and seawaves.
Solar energy is projected to contribute 1,528 megawatts by 2030 according to the National Renewable Energy Plan.
“Solar energy has the lowest production in the country with a combined current capacity of only 2 megawatts (MW). these companies are looking for opportunities to contribute towards bridging this gap,” Schumacher said.
Labios said In Cebu 2,591 residents in Panang-an Island in Mactan rely on solar energy as their main source of power to generate 25 MW.
“There have been talks about piloting a solar energy project at the household level where residents will be required to install solar panels in their rooftops and save the energy in batteries during the day. They would then use the saved energy for small lightings at night,” said Labios.
Labios, however, said there were no firm plans as to when and where the project will be implemented in Cebu.
“It will need funding and technical expertise. with these firms coming here, we might just find partners for this that we can duplicate on a larger scale in the future,” Labios said.
According to DOE’s 2010 figures, solar energy, including wind and biomass, only accounted for 0.13 percent of the total generation mix in the country or 90 Gigawatt hour (Gwh) out of the country’s 67,743 Gwh.
Coal had the biggest share of 34.40 percent or a total of 23,301 Gwh followed by natural gas with 19,518 Gwh and geothermal with 7,803 Gwh.
Luzon has the most number of power generation with 50,265 Gwh followed by Visayas with 9,075 Gwh and Mindanao with 8,403 Gwh.
Based on current projections, renewable energy is foreseen to provide up to 40 percent of the country’s primary energy requirements by 2013.
on November 23rd, 2011%
Do you wince every time you open your utility bill? unfortunately, it’s only going to get worse. like gas, electricity prices are going to continue to rise.
But there’s good news. Solar power is becoming a more viable source of energy with each passing day. In fact, many experts believe that solar energy will surpass fossil fuels within 10 years. Eventually, all our energy will come from clean sources, such as the sun. It’s only a matter of time. but you don’t have to wait. there are plenty of great home solar energy products you can use today that can save you lots of money. here are some of the most popular:
Solar Powered Fans Fans are the perfect solar product because they work hardest when you need them the most–on a hot, sunny day Solar powered fans come in all sizes. Larger solar powered attic fans go on your roof and ventilate your attic. Smaller gable fans are installed in gables (naturally) and are perfect for garages, storage sheds, workrooms, and even barns. And solar powered vents are smaller still. these little guys are great for boats, campers, vans, and even dog houses
Fans keep people cool, but they also keep spaces clean. Heat produces moisture, which in turn creates mold, mildew, rust, and bacteria. Solar powered fans don’t allow moisture to develop, and they work for free. They’re also easy to install because you don’t need to worry about electrical outlets or wiring.
Solar Water Heaters Did you know that 30% of an average home’s energy cost is due to heating water? And most of that hot water is never even used. what a tremendous waste of money and resources
Solar water heaters provide the greatest amount of energy per dollar than any other solar product. And you don’t have to worry about running out of hot water, since most systems include a back-up system using gas or electricity.
They even make portable solar showers that are great for campers. just fill them with water (they hold 4 gallons) put them in the sun, and in a couple of hours you’ve got about three hot showers.
Solar Pool Heaters These are very popular, and it’s easy to see why. for just a couple of hundred dollars you can raise your pool’s temperature by 10-15 degrees, adding months to the swimming season no matter where you live. Because they are so simple to install you can easily take them down during the coldest winter months.
Solar Powered Fountains Whether you want a birdbath fountain, a cascading fountain, or even a waterfall, solar powered fountains are a cost-effective way to beautify your garden or patio. Fountains are perfect for solar power because you don’t have to worry about electrical outlets, wiring, or power sources. just put the fountain where you want it and enjoy
Solar Powered Lights There are many different kinds of solar lights you can buy, including garden lights, deck and patio lights, spot lights, step lights, and security lights. there are even solar Christmas lights
These are some of the most popular home solar energy products you can buy today. People who use them say it feels great knowing they’re not wasting energy anymore–or money after all, the sun is continually throwing off tremendous amounts of energy you can now harness. what are you waiting for?
on November 22nd, 2011%
Global warming, air pollution, depletion of fossil fuels – these are all serious topics that humankind must address if we are to survive. Fortunately, solar energy is a clean, renewable resource that will last for thousands of years.
Fun Fact #1 About Solar Energy
When sunlight travels through the atmosphere, its solar radiation is reduced by 23% due to reflection and absorption that occurs as the sunlight passes through layers of the atmosphere. Dust, clouds, and air pollutants all inhibit the ability of sunlight to provide solar energy power.
Fun Fact #2 About Solar Energy
As the sun reaches the surface of the earth, it is absorbed by the earth’s oceans, plants, and lands. The heat of the sun that the oceans absorb is responsible for the for ocean currents.
Fun Fact #3 About Solar Energy
Plants convert solar energy to create fuel through a process known as photosynthesis. Fossil fuels, trees, and plants are all fueled by photosynthesis.
Fun Fact #4 About Solar Energy
Solar panels that convert sunlight to electricity usually convert 15% of sunlight into electricity on average.
Fun Fact #5 About Solar Energy
Solar thermal energy does not involve electricity. With solar thermal energy, the sun’s radiant heat raises the temperature of water traveling inside tubes. The hot water inside the tubes is used to heat water in water heaters and to heat the air through radiant heat systems.
Fun Fact #6 About Solar Energy
European farmers during the middle ages knew all about the importance of harnessing the power of the sun. they oriented their fields and used innovative thermal mass practices to increase the amount of solar power in their fields.
Fun Fact #7 About Solar Energy
Architects can plan the way a building is sited, its windows, and its materials so that the sun provides most of the building’s light and heat.
Fun Fact #8 About Solar Energy
Hollywood celebrities love solar energy. Among the stars who use solar energy in their homes are Ed Begley, Jr.; Cheryl Tiegs; Jackson Browne; bill Nye (the science guy), Larry Hagman, Don Cheadle, Danny DeVito, Rhea Perlman, Daryl Hannah, Carlos Santana, Alicia Silverstone, Robin Williams, and Edward Norton.
Fun Fact #9 About Solar Energy
There is enough sunlight on the surface of the earth every hour to meet all the energy demands of the entire world for one full year.
Fun Fact #10 About Solar Energy
Albert Einstein won a Nobel prize in 1921 for his work with photovoltaic solar cells and solar energy.
So, you see, solar energy isn’t all work and no play. I hope you have enjoyed reading these fun facts about solar energy.
on November 21st, 2011% Giles Parkinson
Vestas CEO Ditlev Engel, however, says that the best days of wind are not over. in an interview with Climate Spectator, Engel says the Danish company can match the Chinese (and says it already sells more turbines in China than the Chinese sell outside of their country), and will play a critical role in future energy needs.
Engel says Australia has a magnificent wind resource which is as valuable as the resources that lie in the ground. But it is unlikely that Vestas will consider reopening the wind place and nacelle assembly plants it closed a few years ago.
He also says gives his views about technology development, and how the youth of today will have a different approach to energy than the current generation.
Giles Parkinson: Vestas is the world’s biggest wind turbine manufacturer. Just a week or so ago you announced losses for the third quarter. You’ve signalled that you’ve abandoned your long-term financial goals and your shares are down quite sharply. Has wind already seen its best days?
Ditlev Engel: No. Absolutely not. I think what we said the other day was because of the two main reasons: the sovereign crisis, predominantly in Europe; plus obviously the fact that there’s a lot of uncertainty in the United States in 2013 concerning the extension of the PTC (tax credit) could pose a challenge. But we, actually, at the same time, said just the reverse; that we still believe that the long term outlook for the wind sector is still very strong, but since, for instance, we have about a half of our business in Europe could be more impacted.
GP: you also face immense competition from Asia, particularly from Chinese wind companies. I guess to guarantee your long-term future you’ve also got to make certain of your short-term future as well. Are you confident you can match the Chinese?
DE: we have to remember that Vestas has 3000 colleagues in China and we went into China in 2006 and we built a number of plants there. that means that if the rules of the game going forward, for instance, are that everything should be used in China and shipped around the world, Vestas can definitely do that as well. Now, because of the magnitude of the products, but also, of course, the transportation costs, etc, etc, we don’t think that’s really going to happen. But actually, if you add up the numbers, if you look at 2010, Vestas sold more megawatts in China than all of the Chinese combined sold outside China.
GP: If you can’t beat them, join them, as it were.
DE: well, China is of course the world’s largest wind market, but if you look just here in 2011, I think we have already seen that the Chinese market has not grown to the level that it had done in the previous year, so I would say it’s getting into a more a normal stride now going forward than the very steep road that we saw just over the last few years.
GP: Both Denmark in wind and Germany in solar have invested a lot to encourage the development of the wind and the solar industries in their countries. part of that was justified by the fact that they would create a manufacturing base in their own countries. do you think those strategies will ultimately prove successful or will those manufacturers inevitably disappear overseas into cheaper economies?
DE: I’m not going to comment on solar because that’s not my home turf, so I’ll speak to the wind side of the business. And I would say, seeing from the wind point of view, I think one of the very important issues for us has been to globalise our business. And if we had not set up a global business as we have done now, we would have been in a very challenging position. we have five million people in Denmark and a very small country, so I think it’s nothing unnatural about the fact that we are globalising it. the wind sector has created a lot of jobs in Denmark and especially in the research and development, and now the Danish government has just increased its targets, so I’m sure that we’ll keep on seeing this development.
And just to give you an idea of how important it is, talking about China, we have just made a huge study on how you actually balance the grid much better going forward …which is obviously a very important knowledge that we have built over the years in Denmark, thanks to the very heavy focus on integrating wind into the totality of the energy system.
GP: I’ll get on to the balancing issue in a minute; you mention in your presentation – that was presented two weeks ago – you had a vision; wind, oil and gas. what you mean by that?
DE: we are 22,000 people in Vestas, and I think it’s very important that we all understand wherever we sit on the globe. And the focus when we say wind, oil and gas is really to position wind as an energy source on par with oil and gas. This means the performance of the turbines, the reliability, and the grid integration is very important. Oil and gas is going to be the base load for decades to come for the world. we all know that. And therefore it’s also very much a question of how do we incorporate with the existing energy sources. And if I just look at what has happened since 2005 until today, Vestas’ customer base has changed dramatically from small-, medium-sized developers, into some of the largest utilities in the world – and I think that’s another way to signal our vision, namely that we have to develop this energy source going forward.
You then look at it from a cost of energy perspective and then wind is by far the cheapest of the alternatives on the table and thereby it makes more sense to make wind as the natural partner of the existing cost of fuel going forward because we keep bringing down the cost of energy and it can be integrated with the existing technologies, which we have shown in Denmark. you know, with Denmark we get more than 20 per cent of our electricity from wind and it’s going to get up to 50 per cent, so it is the main part of the energy sources going forward.
GP: well, let’s go back then to the balancing question, because wind is criticised still a lot for its intermittency, that it doesn’t serve its purpose, and some people say we’d better off without it. How do you respond to that?
DE: First, we have to look at the macroeconomics… Normally when people ask me this, my first question I always ask back is: ok, if you don’t want to do wind, what do you want to do? When you just say no, you have to come up with an alternative. we know the energy sources in the world are going to come under tremendous pressure. three comments which came out of the International Energy Agency the other day, which is obviously one of the, if not the most respected commentators on the energy business going forward; they came out with a few, I think, very important messages. the first message is that we will soon go from $US100 to a $US150 per barrel of oil – the days of cheap oil of $100 per barrel are over. That’s the first point. the second point is that in Copenhagen the world leaders agreed that we have to keep the temperature increase below 2°C, because otherwise the costs to societies would go up dramatically.
According to the IEA, if we don’t start to change our carbon footprint, then by 2017 the world will pass the 2°C and then the window closes forever. And therefore, they said, any dollar that you do not invest today in making the new energy development will cost you… after 2020 will cost you $US4. And don’t take it from a wind guy, like me. Take it from the IEA. Politics has a very important role to play because I think it’s the job of the politicians to look at what are the costs of energy to society, short, medium and long term. And therefore, when people say to me, now we don’t want this turbine, we say fine, how will you then deal with these other very serious macroeconomic challenges?
GP: But how confident are you that the politicians will actually respond to the challenge, then, of lowering emissions? Because they’ve talked about broad targets, but are they actually implementing those policies? they are still a long way from those policies and I think that was the fundamental point that the IEA was making as well.
DE: But you know the day before yesterday in new York we unveiled the criteria for our Wind Made initiative that we have done together with a lot of major corporations in the world which we launched, actually, back in January. Now, we’ve set out the criteria. what we believe – and we can see from a lot of the consumers polled all over the world, also together with major companies – is that the sustainability issue is still very much at the forefront of the consumers’ minds. we can’t just rely on the politicians, you know, to solve everything, because we need to make sure that we all… that people can, sort of, on a broader base, see the picture here. so, I think there are other issues at the table.
If I could just comment on the political side, let me say I was chairing a green growth working group at the G20 in Seoul and I was chairing the same theme with a group of different companies at the G20 which was conducted in Cannes in France just a few weeks ago and the interesting thing is when you talk to business from all over the world, as I had in my working groups – very big companies – they all say the same thing; we know exactly what is needed in order to move green growth forward. And the first one, and this is of course where we are very happy to see what has happened in Australia, is to put a price on carbon. secondly, we need to remove some of the trade barriers that are in green growth. Thirdly, we have to scale out the renewables. And fourthly, we have to stop subsidising fossil fuel, which is running at a magnitude of $US400 billion a year. And these were included in both of the G20 in Seoul and the G20 in France as recommendations from heads of state. And therefore I have to say I have to give a lot of credit to Australia for actually going out and actually delivering on the agreements made at the G20.
And I have to say, I’ve been very encouraged. Just to give you an example, I sat just two weeks ago and watched the president of Mexico, President Calderon, giving a presentation with slides on how …[failing] to act now on turning Mexico into a green economy …will cost Mexico, in the long run, much, much more. so, obviously it’s very important for the political leadership, but of course I think also to make people aware of what are the real costs, as per mr Calderon did the other day in France. …Because people can understand that. I mean I think everybody can understand what the IEA says. If it’s one to four, I think that’s a calculation most of us can understand.
GP: on the question of subsidies, the wind industry is criticised a lot for relying on subsidies to build wind turbines. notwithstanding that you think that there are more subsidies going to fossil fuels, but when do you think that the wind industry will be able to stand up without subsidies?
DE: you know, the question of subsidies and the costs of energy has to do with what does it cost society. And the key question is, do you measure the cost at the meter or do you measure the cost of the total costs for the taxpayer? And I can tell you, for instance, in Denmark, we have made a calculation because we have a lot of oil and gas coming out of the North Sea. we made a total calculation of what will it cost a Denmark to become 100 per cent fossil fuel free and the cost to GDP to run Denmark entirely on wind would be 0.5 per cent of GDP.
Now, we would obviously pay more for the electricity, but then we will save a lot on health care. we would save in a lot of other areas which, of course, society has to pay anyway. When people say to me, what is grid parity, then the only way to answer that is you’ve got to make a calculation for society. I know that in Colorado, one of the states in the US, they made the same calculation – because they, like your country here, have a lot of tourism and they used to be a big coal state – and they found out that, with the cost of coal, it actually ended up they were paying a lot of money for cleaning up their lakes, their rivers, in order to make the tourists happy. they actually found out that they had a lot of wind, so in making Colorado much, much greener, actually it looked like a higher cost per kilowatt hour, but if at the end of the day you looked at the total cost of Colorado, it was actually a better deal.
GP: Let’s talk about Australia. a few years ago you had a blade manufacturing plant in Australia. you had a nacelle assembly plant in Australia. Under what circumstances would you consider having such plants in Australia again? will that never happen?
DE: well, coming back again to the cost of energy …How can we, in the most cost effective way, deliver our products to Australia? we are building the largest wind farm right now called Macarthur in the state of Victoria and there we are getting the blades and the nacelles are coming from Denmark, but the towers are being produced in Australia. so, we try to look at what is the most optimal. the reason why we closed down the plants in Australia was because of the lack of longevity in the planning and, at that time, there were no signs that Australia was going to embrace wind again, which obviously has changed now. so, it’s all got to do with what is the the best business case for Australia. so it will depend on the size of the market, but at this moment I think it will be cheaper for Australia to get at least part of the turbines outside Australia, instead of making them here. so at this moment, we don’t have plans to reopen those. it was a great shame. we took it up at the time with the government before we took the decision, but it was just not possible.
GP: in Australia we have a lot of sunshine. do you see wind competing with solar in Australia and how do you think it will match up?
DE: the discussion between wind and solar, I think we’re going to need all of it, because the energy challenges of the world are so huge that …I think we’re going to need anything we can come up with. Just the other day we passed seven billion people on the planet and we are going to have another two billion people in the next 25, 30 years, so the pressure on resources is going to be massive. which I guess is exactly the reason why the economic outlook for Australia is so strong, because you are a society very much relying on all of the resources that you can export to the rest of the world, which I guess is good news from an Australian point of view, but it again means that from an energy perspective the cost of energy is going to be under significant pressure upwards. And I think we’re going, you’re going to need all of it. But if you look at it today, from a cost of energy perspective, then wind is significantly cheaper than solar now, but actually solar is going to reduce their cost as well in the coming years.
GP: Where do you think growth in the wind market is going to be? is it going to be in onshore or is it going to be in offshore?
DE: in Australia, you guys have so much land, so since it is much cheaper to install them onshore instead of offshore, then I’m sure that onshore is going to be the name of the game in Australia. And you also have to remember that the onshore wind resources you have in Australia are phenomenal. I mean, again, a lot of people know that you have a lot of resources in mining and so on and so forth. having fantastic wind resources onshore as you have in Australia is as good for the future economic security as having a lot of resources in the ground and you just have them up in the air as well, but people don’t think about it this way.
GP: Sure. Can you tell us about the size of the turbines of the future? will they continue to just get bigger and bigger or will there be…?
DE: I don’t think so. from a transportation, cost efficiency point of view, I think we are at the peak now. the turbines we are sending for Macarthur are called the V112 which is I think sort of the largest we are going to see. And for practical reasons, shipping reasons, transportation, I think we are at the edge, now, onshore. I think we’re going to get bigger and we have for offshore; we have a launch that’s a seven megawatt turbine, but that is so large that it has to be manufactured at a port very close for installation, so if you’re going up in that scale, you need to have a significant offshore market just around the corner like, for instance, we have in the UK.
So, I think we are at the peak now, and because of the cost of materials, the lighter you can make the design, the smarter you can make the design and thereby reduce the consumption of materials, the more you can lower the cost of energy. so, in the old days it was about, you know, making them just bigger and bigger. I would say going forward it’s about keeping them at this size and then keeping making them lighter, because that will keep on checking out the total cost of the manufacturing.
GP: will there be a complete step change in the way that turbines look, big three-bladed machines?
DE: I’m not an expert in this area, but I can tell you that we have tried so many different versions, two, four, whatever, and I think it’s going to end up a bit like a car, you know. They’ve been running on four wheels for a while.
GP: Yes. Fair enough. Can you give me your vision of what the energy map of the world will look like in 50 years’ time?
DE: in 50 years’ time?
GP: Yes.
DE: Wow. That’s a tough one.
GP: ok, 20 years then.
DE: But even that… well, I will put up a disclaimer and then I’ll give you my best shot. Walt Disney once said if you can dream it, you can do it. And where I really put a lot of hope on is the fact that all the people who are very, very into this debate see the future of energy and consumption in a very different light compared with the elderly generation. I think that the younger generation is going to push this agenda much, much harder. This is something we are polling on a global scale, and therefore I would say I think in the next 20 years I think you’re going to see companies and future leaders embrace sustainability and a new energy debate in a completely different way than we have done in the past. Young people today have a different perspective than the rest of us, which I find very encouraging, so I’m sure they will do a good job here.
GP: Does the view between young and old, does that explain a lot of the push back against wind that we see around the world at the moment, just in commentary? Wind does come in for a lot of criticism for one reason or another.
DE: the other day one of the heads of state at the G20 said you know, all history has shown that the best ideas start out with somebody starting to embrace it and then they develop over time. And I think one of the most important jobs we have to do in the renewable sector is to work with people and explain to them what are the myths and what are the facts and keep having this debate. And if people have challenges, if they’re anxious about the issues concerning wind, if they think that [wind farms] in some way are problematic to deal with, the best we can do is to have a dialogue about it. as I said before – ok, if we’re not going down this route, what should we then do, because we know we have to change. And therefore I think we have a very important role to make sure that there is public acceptance.
So, I think that’s going to be very important, also, coming back to the outlook for the next 20 years. If we can explain what are the pluses and the minuses associated with our type of technology, then I think people embrace that. And then I think there’s one thing we should not forget, and that is that technology always seems to change everything. we have a lot of close cooperation also at universities in China, so if you just imagine, for instance, that some of the issues concerning storage; there will be some breakthroughs there. You’re going to see the whole energy sector change forever. so, I think we have to remember, you know, that we are starting to say: ok, what happened in the mobile phone sector 20 years ago, well then some people might have said, well, maybe every household will have two phones, and it ended up with everybody has a phone with a tremendous capacity. we have to remember that there will be a lot of things coming from technologies that may be impossible to envisage today.
GP: Terrific. I do thank you for your time.
DE: thanks very much. Nice talking to you.
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on November 19th, 2011% Panels to be installed on roofs Published: 2:00 AM – 11/19/11
ULSTER — TechCity has been selected as one of 26 nationwide sites where federal authorities believe solar and wind energy could be produced in large quantities.
The National Renewable Energy Laboratory will study next year the prospects of generating power at TechCity by installing solar panels on the roofs of industrial buildings at the 256-acre complex. the study would determine the size and cost of such a system, and whether there’s enough sun hitting the roofs to justify the investment.
That analysis is part of a national program that seeks to generate wind and solar energy at former industrial contamination sites. TechCity is the former home of IBM, which left behind a plume of ground pollution when it shut down in Ulster County in the 1990s. That contamination has since been cleaned, but the site is still being monitored.
March Gallagher, Ulster County’s deputy director for economic development, said TechCity could hold enough solar panels to generate more than 4 megawatts of electricity. It’s unclear how the electricity would be used. one megawatt is enough to power roughly 1,000 homes.
Gallagher said the federal study is also valuable because it could identify sources of money to pay for the solar-panel system.
“We hope there will be further doors we can go through to get funding for utility-scale solar (generation) at TechCity,” she said.
TechCity has long hoped to construct a big solar array at its complex. the company paid about $500,000 to install a 50-kilowatt system on some roof space in August. at the time, TechCity officials said they envisioned a 2-megawatt system across 300,000 square feet of roofs.
The federal study will be funded by the Environmental Protection Agency and the Department of Energy. Two other sites in new York were chosen, one at the former Bethlehem Steel plant in Lackawanna and the other at a large industrial wasteland in south Buffalo.
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