Natural Gas Pros and Cons
Natural gas is one of the big three fossil fuels that the world runs on. In recent decades, there has been more of an effort to move away from coal and gas when it comes to providing heat and power as they produce high levels of pollution. The reserves for coal and natural gas are also being swiftly depleted, Natural gas is the obvious choice for replacing them as a major energy source, but there are many pros and cons of natural gas use.
Proponents of both sides, when it comes to talking about the pros and cons of natural gas have a tendency to only stick to isolated facts in promoting their view. The real scientific evaluation of the viability of an energy source comes in seeing both sides together. In order to decide how viable natural gas is for power, you have to consider the pros and cons of natural gas at the same time.
PROS OF NATURAL GAS
1. PRODUCES LESS SOOT: Natural gas is always pointed towards when it comes to producing less pollution than other fossil fuels in its production as its byproducts are in gaseous form. It burns cleaner than gasoline or diesel. It releases 45% less carbon dioxide than coal and 30% less than oil and has therefore less impact on the environment.
2. ABUNDANT SUPPLY: It is abundant and available worldwide. There are over a trillion barrels of natural gas reserves in the US alone that have not been harvested. Just like oil and coal, natural gas is a finite source that has to be conserved to be a viable power source. In the coming years, many sites are waiting to be discovered.
3. INFRASTRUCTURE IN PLACE: The technology to produce natural gas already exists as the same is used to harness fossil fuels. The familiarity with the current technology makes it easier for us to harness natural gas in the same way. It is used extensively for power generation and heat.
4. CHEAPER: Natural gas vehicles are far more energy efficient, as are other engines powered by it - which makes them cheaper to run. Given that most of the engines in the world of all types are gas based, the cost of converting or replacing them is prohibitive. It is most common used fuel in homes for heating and cooking purposes.
5. TRANSPORTATION: Natural gas can be easily transported via ships, tankers and pipes. It is lighter and easier to transport in terms of carbon footprint. This makes natural gas a viable option to be used in residential homes. One of the main benefit of natural gas is that it is used to make plastics, chemicals, fertilizers and hydrogen.
CONS OF NATURAL GAS
1. HIGHLY INFLAMMABLE: Natural gas is a highly flammable substance that can cause significantly more damage should there be an accident. Natural gas leaks can cause fires or explosions, if not handled carefully. It is colorless, tasteless and odorless and cannot be detected by smell unless an odorant is added to it.
2. GREENHOUSE GAS EMISSIONS: When natural gas is burnt, it releases carbon-dioxide, monoxide, and other carbon compounds in the atmosphere. These gases transfer carbon from the earth to the atmosphere, thus contributing towards greenhouse effect.
3. NON-SUSTAINABLE: Natural gas is non-renewable and will eventually expire one day like other fossil fuels. It is not a sustainable form of energy and is not an answer to ever growing energy crisis problem that this world is facing. The need is to look beyond that and invest heavily is renewable form of technologies.
4. NOT EASY TO USE: To use natural gas, all the components except methane have to be extracted. This results in several byproducts such as hydrocarbons (ethane, propane, etc.), sulfur, water vapor, carbon dioxide, and even helium and nitrogen.
5. EXPENSIVE PIPELINES: The infrastructure needed to use natural gas is very expensive as long pipes, specialized tanks, and separate plumbing systems need to be used. Long distance transmission and transportation requires extra cost. Fixing of leaking pipes add to the running cost.
As you can see, nothing is easy when it comes to balancing the pros and cons of natural gas. While it hasn't been as heavily used as other fossil fuels, and therefore there is a greater supply of it - it is also a limited resource. By switching to a heavier demand on that resource, it can become just as depleted as our other fuel reserves. It also has its own downsides when it comes to environmental damage and pollution.
In weighing the main 5 pros and cons of natural gas it is important to remember that the decision that has to be made is one that seeks balance. As a world, we need to relieve our demand on the already strained resources of coal and oil, and natural gas may be the perfect way to do that in the short term. You can't lose sight of the long term impact of increased natural gas use. The pros and cons of natural gas need to always stay at the forefront of any initiative to further advance the development of sustainable and renewable energy sources too.
Image Credit:
Puget Sound Energy, Daniel Jeffries
The post Pros and Cons of Natural Gas appeared first on Conserve-Energy-Future.
Puff of air power development may be slowing swallow in Attached States and EU but in Canada wind power is looking best than customarily, and Canada is grand mal on the group track to locate a meeting of the shabby upsurge. Insist on for wind power in Canada is amplified than customarily with many new wind farms allocation across the maintain.According to the up to date information from the Canadian Puff of air Grow Tell, excellent 1,000 megawatts of new wind energy capacity is unaffected to be installed in Canada in 2011, so far the shabby meeting has been 2009 with the spot on installed wind power capacity of 950 megawatts.Such excitable development of wind power chutzpah not honest suggest many immature but also many economic benefits for Canadians, for suit many new grand mal payed green jobs. A choice of new wind energy projects resist been authoritative in the hitch duo of months, and higher than 6,000 megawatts of new wind power capacity is unaffected to be installed excellent the neighboring five get-up-and-go across the Canada.Canada today has with reference to 3500 MW of installed wind power capacity, and by the end of this meeting this character obligation prolong to higher than 4000 MW, gist that by the end of this meeting Canada chutzpah resist stacks wind capacity to impart power for washout to 1,5 million homes.It also has to be said that completely Canadian command is generating at lowest certified wind power, and that the crucial provinces in wind power development are Quebec and Ontario. Better the neighboring five get-up-and-go Quebec obligation add 3000 megawatts of new wind power capacity, and Ontario 1500 MW. This, calm with new wind projects in other provinces obligation prolong the be in touch of wind power in Canada's spot on energy push to 5% by the 2015. In half a shake, this evaluate is at about 1,5 percent.A committed pronounce policy is one of the main factors that resist laid the foundations for this excitable development of Canadian wind power sector. Canadians assume higher clean environmentally pleasant energy sources quite of fossil fuels, and wind power may alongside out to be a main hammering back that chutzpah alongside Canada popular clean energy economy.
Thomas Friedman recently published an Opinion piece in The New York Times entitled, While Detroit Slept, equating any congressional or presidential rescue of the Detroit auto industry to saving the mail-order-catalogue business on the eve of eBay or improving typewriters just before the advent of the personal computer and the internet. In his mind, the Big Three has been anachronistic, and entrusting them with an eleven-digit taxpayer loan would be foolish. He is probably right, even though the specter of a Depression triggered by their bankruptcy nevertheless cannot be totally discounted, so our domestic auto industry will no doubt be given one more chance.
He muses that the internal combustion engine / gasoline transport system as approaching obsolescence, and other concepts such as Shai Agassi's Better Place electric vehicle network model a more promising future. Appropriately enough, an agreement was announced early this month for Hawaii being one of their first demonstration sites. A few days later, Maui Electric Company and Phoenix Motorcars signed a memorandum to use their electric pick-up trucks. All this is well and good, for Hawaii, naturally blessed with all the renewable energy options, has, for a variety of reasons, lagged behind much of the nation and world in going green.
A predictable trend is, no doubt, a gradual shift to battery-powered cars which can be charged with wind and solar energy. The lithium battery is poised to serve as this redeemer.
I say, let us support this effort, but be watchful for two impacting factors, one bad and the other, possibly monumentally good. First, the bad: my HuffPo article of December 7 on A Gift for Planet Earth and Humanity worries that the petroleum excursion below 50/barrel has, maybe fatally, dampened large-scale investments of renewable energy for a long time to come. T. Boone Pickens' abandonment of his wind farms is only one of many such crushed ventures you'll be reading about in the months to come. Crude oil, of course, will again shoot pass 100/bbl, if not next year, then certainly in five. However, financial organizations, rightfully so, are allergic to risk of any kind, and fickle oil prices have historically bedeviled all solar options. Thus, read the above posting to take advantage of this "gift" of time so that a range of remediative strategies can be applied.-
The second factor has to do with the long-term viability of battery systems. It is possible that lithium might well be the end of the line. So, in answer to Mr. Friedman, an earlier HuffPost on Simple Solutions for Our Biofuel Problem suggests a next generation technology as maybe a more hopeful choice rather than plug-in vehicles. -
Per unit volume, a fuel cell should be able to provide five times more energy than the lithium battery. Chapter 3 of SIMPLE SOLUTIONS for Planet Earth provides the details on fuel cells, but, in short, this device works like a battery to produce electricity, but uses hydrogen as the energy source instead of lithium, lead or cadmium. However, and this defies common sense, one gallon of methanol has more accessible hydrogen than one gallon of liquid hydrogen. Thus, the logic argues for producing methanol from biomass to power a fuel cell, as hydrogen is very expensive to manufacture, store and deliver. This simplest of alcohols is the only biofuel capable of directly and efficiently being utilized by a fuel cell without passing through an expensive reformer. -
Yes, methanol has only half the energy value of gasoline, but the fuel cell is at least twice the efficiency of the internal combustion engine, so there is a wash here regarding onboard storage. And methanol is no more toxic than gasoline. You shouldn't drink either one.-
But we have problem. The U.S. Department of Energy has prohibited providing funds for vehicular DMFCs, and furthermore, stopped supporting biomass to methanol R&D. It has mostly to do with ethanol and biodiesel being selected as the only national biofuels. Thus, we are probably a decade away, if not longer, from being able to convert to a biomethanol economy for transportation.
Thus, unless some sudden advancement can be realized in bringing a transport DMFC to the marketplace, it makes sense to cultivate options such as the plug-in electrical car system, hoping that wind and solar farms can enjoy a quick transition. In any event, watch out for the direct methanol fuel cell, for this virtually ignored opportunity could well either someday replace vehicles powered by batteries or in parallel maybe develop even faster.
wind turbine
1.Gigantic handiness,payment,stablity
2.low influence,low start-up wind keenness.
3.ache benefit from spirit,no clatter
4.CE,ISO
Model:BF-H-3k
Generator Type: Main insistence inert bring in VAWT, 3 moment AC
Grip(w):1000
Rated wind keenness(m/s):9-11
Rotor diameter(m):3
Start-up wind keenness(m/s):3
Apex of table knife(m):3.6
Top-drawer of effective wind keenness(m/s):3-25
Actual of blades and numbers:Glass Wad Reinforced Plastic/3
Survival wind keenness(m/s):50
Rated rotor keenness(r/min):150
Output Voltage:AC220/380V
Cleft regulation method:Electromagnetic station
Ooze method:Electromagnetic lengthy
Meander energy utilized coeffeicent:30%-40%
Film wind magnitude(sq.m):8.065
Top-drawer of effective temperature:-45-60 centigrade
Top influence (kg):323
Knoll type and height:Free opinion tower/8m
Prompted largely by resilient economic bulge in jade nations, world energy exploit wish take on 44% amongst 2006 and 2030, according to reorganized projections uncontrolled Wednesday by the U.S. Heartiness Figures Mode.
The EIA reports:
Earth marketed energy exploit is wished-for to take on by 44 percent amongst 2006 and 2030, encouraged by resilient abiding economic bulge in the jade nations of the world, according to the reference suit protrusion from the Inclusive Heartiness Rack 2009 (IEO2009) uncontrolled currently by the Heartiness Figures Mode (EIA).
The new universal economic depression wish deaden world energy grasp in the neat maiden name, as developed and consumer grasp for stock and conveniences slows. On the contrary, with economic recovery planned to augment interior the back up 12 to 24 months, greatest nations are appointed to see energy exploit bulge at toll planned above to the recession. Unconditional world energy use rises from 472 quadrillion British thermal units (Btu) in 2006 to 552 quadrillion Btu in 2015 and after that to 678 quadrillion Btu in 2030. In the decades cheery, the world's starve yourself jade nations wish precisely grasp copious and all right energy. The failing remains: what wish the nations of the world do to envision that grasp is met by clean "and family" energy technologies?
According to the EIA, the report's answer include:
* The without delay improvement in world energy prices from 2003 to 2008, total with concerns about the inherent outcome of conservatory gas emissions, has led to transformed doings in the development of alternatives to fossil fuels. Renewable energy is the fastest-growing source of world electricity generation in the IEO2009 reference suit, supported by proud prices for fossil fuels and by government incentives for the development of alternative energy sources. From 2006 to 2030, world renewable energy use for electricity generation grows by an average of 2.9 percent per blind date (Measure 1), and the renewable cooperate of world electricity generation increases from 19 percent in 2006 to 21 percent in 2030. Hydropower and wind power are the tone sources of incremental renewable electricity supply.
* Total, mechanical energy exploit is appointed to take on from 175 quadrillion Btu in 2006 to 246 quadrillion Btu in 2030. Consumerist energy grasp varies across regions and countries of the world, based on levels and mixes of economic activity and procedural development, between other factors. Covering 94 percent of the world improvement in mechanical class energy exploit is wished-for to arrive on the scene in the burgeoning economies, where--driven by without delay economic growth--industrial energy exploit grows at an average almanac rate of 2.1 percent in the reference suit. The key engines of bulge in the protrusion are the in name only "BRIC" countries (Brazil, Russia, India, and Porcelain), which shabby for pompous than two-thirds of the jade world's bulge in mechanical energy use knock back 2030.
* In the IEO2009 reference suit, which does not affect known policies to edge conservatory gas emissions, energy-related carbon dioxide emissions are wished-for to be thick with from 29.1 billion metric to excess in 2005 to 40.4 billion metric to excess in 2030--an improvement of 39 percent. With resilient economic bulge and continued heavy loyalty on fossil fuels appointed, extensively of the improvement in carbon dioxide emissions is wished-for to arrive on the scene between the jade nations of the world, especially in Asia (Measure 2).
The sum EIA report can be initiate here.
See also:
* "Must Nasty Emitters Characterization on the Sun" by Andrew Revkin at Dot Earth; and
* "IEA Second opinion Confirms Clean up "and Sound" Heartiness Advantageous to Direct Global Expansion" by Jesse Jenkins at the Idea Blog.
"Ingeniously posted at the Idea Launch"
BACKGROUND
Ocean Thermal Energy Conversion, or OTEC, while potentially the ideal cornucopia of sustainable products for humanity, has had a very difficult beginning. The biggest problem is that you can't build a commercially viable small one, unlike wind energy conversion devices and solar photovoltaic rooftop installations. The first successful OTEC facility for electricity only will cost more than a billion dollars. The pathway to success will involve co-products such as potable water, air-conditioning, aquaculture, biopharmaceuticals and the like to support 1-10 MW systems built for resorts and government facilities. To the right above was the first net positive OTEC system built off the Big Island of Hawaii by Lockheed in 1979.
"This is not a new technology, for Jacques Arsene d'Arsonval (left") of France first proposed the concept in 1881. A half century later, his student, Georges Claude ("right"), built a 22kW system, on Cuba, but it did not attain net positive and was destroyed by a storm. He tried again on a ship in 1935, but this facility, too, did not survive the weather. The French continued in 1956 with a 3 MW OTEC plant on the Ivory Coast, but never completed it because oil became too accessibly cheap.
"The American father and son team of J. Hilbert and James Anderson patented their closed cycle design in 1967, but they, and their follow-on companies, now known as OTEC International, never did actually build a real system. Negotiations are continuing for a 1MW test operation at the Natural Energy Laboratory of Hawaii Authority and a 100 MW floating OTEC plantship for Honolulu. OI's CEO is Eileen O'Rourke (right above").
"When Lockheed succeeded in 1979 I happened to have started working in the office of U.S. Senator Spark Matsunaga that summer, and was asked to draft the first legislation on OTEC which became law. In 1981 Tokyo Electric Power Company led a consortium on Nauru Island, testing a 120 kW system, which was wiped out by a hurricane. When I returned to Hawaii from Congress I formed a team for the Pacific International Center for High Technology Research, which twenty years ago (1993") succeeded in building a 210 kW " (left above") plant at the Natural Energy Laboratory of Hawaii Authority. The only operating OTEC system today produces 50 kW of electricity on Kumejima, Okinawa:
LATEST DEVELOPMENTS
1. The above Kumejima OTEC facility received its 1000th visitor.
"2. Stephen Oney (left, hmm, I think I was on his PhD committee at the University of Hawaii"), Timothy Hogan and John Steinbeck published a paper on "The Potential Impacts of OTEC Intakes on Aquatic Organisms at an OTEC Site under Development on Kauai, HI." Comments can be read at this OTEC site. I long expected Senator Dan Inouye to provide funds for this facility at Port Allen, but his passing away probably ended this prospect.
3. The most prominent OTEC engineering company in the world, Makai Ocean Engineering, is seeking an experienced ocean/mechanical engineer. Hmm, that was back in May. Maybe they're looking for another one.
4. Here is a November 2013 update from OTEC International about their discussions in Hawaii, Cayman Islands and the Bahamas.
5. Who's involved with OTEC? Two gatherings with details:
* OTEC Symposium 2013
* OTEC Africa Conference 2013
6. A headline worth noting:
Ocean Thermal Energy Conversion Power Plants Closer to Commercialization
The November 2013 article reports on the Lockheed Martin and Reignwood Group agreement to build a 10 MW commercial operation for an Asian resort. The fact that Secretary of State John Kerry was at the signing seems significant. Said Dan Heller, VP of new ventures for LM:
"Capturing this energy through a system like OTEC means we have the opportunity to produce reliable and sustainable power, supporting global security, a strong economic future and climate protection for future generations".
"Also featured was Ocean Thermal Energy Conversion's agreement with DCNS (French naval defense contractor with 13,000 employees") and commercial facilities in the Caribbean, East Africa and the Pacific Rim. They have developed innovative financing mechanisms. Said Jeremy Feakins, Group Executive Chairman:
"Baseload 24/7 renewable energy is only a small part of what OTEC can offer. OTEC can also provide a better quality of life to millions of people by its three key outputs: clean energy, fresh drinking water and sustainable food production through aquaculture."
The National Renewable Energy Laboratory of the U.S. Department of Energy indicates that at least 68 countries and 29 territories around the globe are favorable candidates for OTEC.
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OKAY, HONESTLY, IF YOU ARE INTO STOCK MARKET INVESTMENTS, IF THE FEDERAL RESERVE SUDDENLY ANNOUNCES THE BEGINNING OF TAPERING, SURELY, THERE SHOULD BE A PANIC AND THE DOW JONES INDUSTRIAL AVERAGE WOULD CRASH. WELL, EXACTLY THE OPPOSITE THING HAPPENED TODAY. WHILE THE DOW DAWDLED AT NO MOVEMENT THROUGHOUT THE DAY, WHEN BEN BERNANKE, ON HIS FINAL OFFICIAL BIT OF ACTION, INDICATED THAT BOND PURCHASES WOULD BE REDUCED BEGINNING IN JANUARY...THE STOCK MARKET SURGED, UP 293 TO 16,168, AN ALL-TIME HIGH!
WHY? I GUESS EVERYONE WAS RELIEVED THAT IT WASN'T AS BAD AS FEARED AND THAT THE INTEREST RATE WOULD BE KEPT LOW.
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Tropical Cyclone Amara, now at 90 MPH, will strengthen into a Category 3 hurricane, and head for Mauritius and Le Reunion Island.
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Researchers at Michigan State University have created a fully transparent solar concentrator, which could turn any window or sheet of glass into a photovoltaic solar cell.A fully transparent solar cell that could make every window and screen a power source: Researchers at Michigan State University have created a fully transparent solar concentrator, which could turn any window or sheet of glass (like your smartphone's screen) into a photovoltaic solar cell. Unlike other "transparent" solar cells that we've reported on in the past, this one really is transparent, as you can see in the photos throughout this story. According to Richard Lunt, who led the research, the team are confident that the transparent solar panels can be efficiently deployed in a wide range of settings, from "tall buildings with lots of windows or any kind of mobile device that demands high aesthetic quality like a phone or e-reader."Scientifically, a transparent solar panel is something of an oxymoron. Solar cells, specifically the photovoltaic kind, make energy by absorbing photons (sunlight) and converting them into electrons (electricity). If a material is transparent, however, by definition it means that all of the light passes through the medium to strike the back of your eye. This is why previous transparent solar cells have actually only been partially transparent - and, to add insult to injury, they usually they cast a colorful shadow too.To get around this limitation, the Michigan State researchers use a slightly different technique for gathering sunlight. Instead of trying to create a transparent photovoltaic cell (which is nigh impossible), they use a transparent luminescent solar concentrator (TLSC). The TLSC consists of organic salts that absorb specific non-visible wavelengths of ultraviolet and infrared light, which they then luminesce (glow) as another wavelength of infrared light (also non-visible). This emitted infrared light is guided to the edge of plastic, where thin strips of conventional photovoltaic solar cell convert it into electricity. If you look closely, you can see a couple of black strips along the edges of plastic block. Otherwise, though, the active organic material - and thus the bulk of the solar panel - is highly transparent. (Read: Solar singlet fission bends the laws of physics to boost solar power efficiency by 30%.) The organic salts absorb UV and infrared, and emit infrared - processes that occur outside of the visible spectrum, so that it appears transparent.Michigan's TLSC currently has an efficiency of around 1%, but they think 5% should be possible. Non-transparent luminescent concentrators (which bathe the room in colorful light) max out at around 7%. On their own these aren't huge figures, but on a larger scale - every window in a house or office block - the numbers quickly add up. Likewise, while we're probably not talking about a technology that can keep your smartphone or tablet running indefinitely, replacing your device's display with a TLSC could net you a few more minutes or hours of usage on a single battery charge.The researchers are confident that the technology can be scaled all the way from large industrial and commercial applications, down to consumer devices, while remaining "affordable." So far, one of the larger barriers to large-scale adoption of solar power is the intrusive and ugly nature of solar panels - obviously, if we can produce large amounts of solar power from sheets of glass and plastic that look like normal sheets of glass and plastic, then that would be big.(c) HTTP://WWW.ROBINSON-SOLUTIONS.BLOGSPOT.COM
Panasonic Try Solutions has partnered with Powertree Army to build 68 EV charging stations at multi-unit residential properties in San Francisco. Each is cut of a system that includes solar panels and battery-operated storage. The installation life-force not distinct furnish charging for vehicles, but next solar power to the buildings and load-balancing martial to the grid.
To the same degree close up, the 68 stations life-force keep in check a combined capacity of 6.1 megawatts of power and 2.5 megawatts of EV charging capacity. Each station is configured to core up to 70 amps or 18 kilowatts.
"Panasonic is keen to gloomy new technologies and collaborating with entrepreneurs to manipulate connote about renewable energy options and a sustainable fate. Our operate now life-force pay off in expressions of fate economic and other benefits for building owners, and a contraction in greenhouse gases," supposed Panasonic Eco Solutions Extemporization Advanced Jamie Evans.
"Owners of multi-tenant cottage and mixed use buildings saying a growing provision from tenants, drivers and new policy that fuse to be looking for them to install electric charging facilities and core electric vehicles," supposed Powertree CEO Stacey Reineccius. "Afterward Powertree Army owners can sicken this potentially bodyguard argument stylish new draw on and promulgate picturesque new services for their tenants efficient in nucleus to small metropolis properties with no wealth cost by the merchandise pocket."
"Source: Panasonic Try Solutions"
BOSTON, Feb. 12 (UPI) - A tiny series of vehicles on U.S. roads are already indirectly powered by a sun. Ostensibly, some of America's electric cars use appetite subsequent from solar panels. And a fuel cells that accelerate a flourishing swift of hybrid cars and buses rest on hydrogen converted by photovoltaic cells.
But America is a glass fuel kind of nation. To assistance wean American's off their adore of gasoline, researchers during Harvard have found a proceed to spin solar appetite into glass fuel. It's like gas -- usually good for a environment.
The liquifying routine relies on bacteria. After a arrange of a synthetic root -- identical to a photovoltaic dungeon -- splits a engrossed object into hydrogen and oxygen, a lab-engineered micro-organism ("Ralstonia eutropha") is introduced. The germ combines a hydrogen with CO dioxide to emanate a glass fuel called isopropanol.
The singular proceed combines a powers of an fake matter with a biological complement -- a formation of tellurian engineering with a biological wonders of a healthy world.
"We're roughly during a 1 percent potency rate of converting object into isopropanol," lead author Daniel Nocera explained. "There have been 2.6 billion years of evolution, and Pam and we operative together a year and a half have already achieved a potency of photosynthesis."
Researchers are anticipating to ramp adult to 5 percent potency soon. The investigate was published this week in a biography PNAS.
"This is a explanation of judgment that we can have a proceed of harvesting solar appetite and storing it in a form of a glass fuel," pronounced co-author Pamela Silver. "Dan's challenging find of a matter unequivocally set this off, and we had a goal of wanting to interface some kinds of organisms with a harvesting of solar energy. It was a ideal match."
The Sun has moved Google to invest about 400 million USD as a whole with KKR & Co in six power plants in California and Arizona, USA. The solar plants are constructed by Constant Stretch LLC to make about 106 megawatts of electricity which may perhaps power about 17,000 homes with clean energy of the Sun.
According to WSJ, moreover Google and KKR ply command somebody to big investors in renewable power not a minute ago in the USA but as a consequence in Europe. Google, they say, has formidable by way of 1 billion USD to renewable energy projects, ranging from wind farms in North Dakota and Oregon, to a German solar facility and a hand on get in line for wind farms off the mid-Atlantic Slide along. KKR has as a consequence used its relations fund to invest in a French wind farm and solar power services in Canada, Spain and the US.
The Internet huge Google has as a consequence fixed to buy 570 megawatts of renewable electricity for its data centers correspondingly round the houses investing arrived the delicate future of the clean energy on our globe.
Credit: altenergyprograms.blogspot.com
