Biofuels have been around as long as cars have.

A biofuel is a fuel that contains energy from geologically recent carbon fixation. These fuels are produced from living organisms.

Generating Electricity from Wing Waves.

Wind turbines, like windmills, are mounted on a tower to capture the most energy. At 100 feet (30 meters) or more aboveground, they can take advantage of the faster and less turbulent wind.

Producing electricity from solar energy.

Solar energy is a free, inexhaustible resource, yet harnessing it is a relatively new idea. The ability to use solar power for heat was the first discovery.

Turbines catch the wind's energy with their propeller-like blades.

A blade acts much like an airplane wing. When the wind blows, a pocket of low-pressure air forms on the downwind side of the blade.

Solar energy may have had great potential

Solar technology advanced to roughly its present design in 1908 when William J. Bailey of the Carnegie Steel Company invented a collector with an insulated box and copper coils.

We have been harnessing the wind's energy for hundreds of years.

For utility-scale sources of wind energy, a large number of wind turbines are usually built close together to form awind plant.

Biofuels are produced from living organisms.

In order to be considered a biofuel the fuel must contain over 80 percent renewable materials.

Geothermal energy is the heat from the Earth.

Resources of geothermal energy range from the shallow ground to hot water and hot rock found a few miles beneath the Earth's surface, and down even deeper to the extremely high temperatures of molten rock called magma.

Geothermal heat pumps can tap into this resource to heat and cool buildings.

A geothermal heat pump system consists of a heat pump, an air delivery system (ductwork), and a heat exchanger-a system of pipes buried in the shallow ground near the building.

In the future, civilization will be forced to research and develop alternative energy sources.

Possession of surplus energy is, of course, a requisite for any kind of civilization, for if man possesses merely the energy of his own muscles, he must expend all his strength - mental and physical - to obtain the bare necessities of life.

Sunday, 18 January 2015

Portable Small Generators Discover The Exact Cost Of All Thematerials Youll Need Hint The List Of Items Cost Less Than Onehundred Dollar And Will Last For Years

Portable Small Generators Discover The Exact Cost Of All Thematerials Youll Need Hint The List Of Items Cost Less Than Onehundred Dollar And Will Last For Years


We've got To Stop Making use of Coal To Generate Our Electrical Energy

It's established that coal and oil reserves are drained. Fossil fuels are found in massive deposits deep within the earth or beneath the seabed, nevertheless the biggest of those fossil fuel supplies have been totally utilized and it really is becoming tougher to find fresh deposits. Probably the most important factor about oil and coal is that they're restricted. Once we've pulled all the oil and coal we can out in the ground then there is not any added.

Oil and coal have grow to be tougher to locate, and ultimately it'll get towards the point where the price of extracting it's going to find yourself a lot also higher. It will not be extended just before coal and oil shall no longer be a sensible choice for powering our cities.

Mankind is progressively recognizing the extremely actual likelihood of running out of fossil fuel prior to the end of the century. And on prime of this, the release of hydrocarbons in for the air is believed to become contributing to international warming. Plainly relying on classic fuels is just not an option.

The value of extracting coal and oil is displaying up in rising energy fees, both inside the cost of refined fuels like petroleum and diesel, but moreover within the expenses of electrical power. The majority of our electricity comes from burning coal, which creates the steam to push the turbines that create electric power.

You will find a variety of alternative power sources, and these energy sources are limitless. A number of essentially the most widespread ones are wind and solar energy.

Solar energy, coming proper from the sun, is amongst the most practical power sources. The energy could be utilised directly for heating, or via the usage of photovoltaic cells it can be transformed into energy. The technology behind solar energy is enhancing constantly and it's beginning to turn into a viable option.

Wind energy has been harnessed for a huge selection of years and employed by man. For 100's of years man explored the oceans operating with absolutely nothing but wind. Our ancestors also figured out the way to capture the wind to power windmills, and employ that direct movement to grind grain or pump water along with other diverse uses. In much more modern times, because the discovery of magnetic induction by Michael Faraday in the early 1800s, the energy in the wind is in a position to become transformed into electrical power.

Wind energy is seriously a workable supply of electrical energy. Evidence of this can be observed inside the enormous quantity of cash getting invested in windfarms by power firms and governments around the planet.

Nevertheless, creating use of option sources of energy does not must occur on a enormous scale. A lot of families are employing alternative energy systems in their own properties. Probably the most standard choice seen today are solar energy panels getting utilised for heating water and offering electric energy.

Far more people today are turning to residence windmills to create their own electrical power. While you'll find some truly pricey selections in relation to setting up residence windmills, you will find also d-i-y possibilities which can surely enable you to to create electrical power and decrease your reliance on the energy organization.

Monday, 5 January 2015

Eu Reaches Tentative Deal To Cap Food Based Biofuels

Eu Reaches Tentative Deal To Cap Food Based Biofuels
European Union lawmakers reached a tentative deal on Wednesday (1 April) to place a 7% limit on how much crop-based biofuel can be used in the transport sector, EU sources said.

The agreement on a legal text, thrashed out by representatives of the European Commission, Parliament and member states follows years of argument on traditional biofuels, which were once seen as environmental, but are now considered to do more harm than good.

Wednesday's compromise deal should mark almost the final stage in establishing a new piece of EU law, although it still needs official endorsement.

The Environment Committee of the European Parliament will vote on it on 14 April, and then a plenary session of the parliament will have to endorse it, parliamentary sources said.

Current legislation requires EU member states to ensure that renewable sources account for at least 10 percent of energy in transport by 2020.

But research has shown the damage caused by many crop-based biofuels, such as those from maize and rapeseed.

Apart from driving up food prices, using farmland to produce biofuels adds to pressure to free up land through deforestation, which can result in increased greenhouse gas emissions.

Those seeking to promote a new generation of advanced biofuels made from seaweed or waste favoured a tighter limit on traditional biofuels. The parliament had also called for a 6 percent limit.

But the European Council of member states held out for 7%, while those who have invested in biofuels made from crops say too low a cap would put jobs at risk.

Bioethanol lobby ePURE gave a cautious welcome to Wednesday's deal, saying it did not provide enough incentive for the new generation biofuels.

"We welcome Council's continued commitment to a 7% cap for conventional biofuels but we are disappointed with the lack of a binding target for advanced biofuels," Robert Wright, secretary general of ePURE, said in an email.

Sunday, 4 January 2015

World First National Electric Vehicle Charging Network Launched

World First National Electric Vehicle Charging Network Launched
Ecotricity and Welcome Break have today launched the first of a national network of free electric car charging points situated at motorway services and powered by the renewable electricity company's wind turbines.

Dubbed the Electric Highway, the network will, when completed in three months, allow EV drivers to travel from Exeter to Edinburgh via London without fear of running out of juice.

Further connections are planned for the next 18 months.

Both businesses expect to benefit from a unique synergy, where Welcome Break sees an opportunity to attract more custom to its motorway service stations, and Ecotricity is keen to find new markets in an emerging and potentially huge area.

Together, they hope to open up low-carbon transport routes to the whole of the UK - not just within cities.

Dale Vince, Ecotricity's founder, said: "Until now, charging posts have all been in city centres like London, but statistics show that it's not in towns and cities where electric cars need to recharge, but on longer journeys between cities - and that means motorways."

The first 'top-up zone' is being installed this month at Welcome Break's South Mimms services (at the Junction of the M1 and M25), and the first phase of the network spread across 12 motorway services will be completed by September.

Each post will be located outside the main entrance, with two sockets that can be accessed by registering for a free swipecard at the website ecotricity.co.uk/onthemove.

Within 18 months all 27 Welcome Break motorway services will have charging points.

The partnership claims that electric cars will be able to top-up in just 20 minutes using rapid recharge points (32A supply) or fully charge in two hours; while those using the slower (13A supply) will be able to recharge fully if staying overnight in adjoining hotels.

"We're creating the infrastructure to get Britain's electric car revolution moving," added Vince. "This marks the beginning of the end for the old combustion engine. With world oil prices going through the roof, you'll now be able to get around Britain using only the power of the wind. It costs 1p a mile in an electric vehicle, compared with 10p in a petrol car (at today's oil prices)."

A driver travelling a year's typical 12,000 miles could save almost lb2000 in petrol costs at today's prices, and around 2500kg in CO2 emissions.

Rod McKie, CEO of Welcome Break, spoke of his excitement at the project, and affirmed that the company "wants to be at the forefront" of the coming change in motoring habits: "as hybrid and electric cars become part of everyday life, Welcome Break will have the facility to fast-charge these cars, giving electric car drivers the opportunity to travel the length and breadth of the UK".

Ecotricity has also installed a charging post at its windmill next to the M4 motorway in Reading. It is the first charging post to be powered directly from a wind turbine.

"Video production: Tim Walter Associates"

In November 2010, Ecotricity launched the Nemesis, a wind-powered sports car that can reach 0-100mph in 8.5 seconds and with a top speed of 170mph. The first electric "supercar" to be designed and built in Britain, the Nemesis was created by an A-team of ex-Formula 1 engineers with the brief to "blow the socks off Jeremy Clarkson" and show that electric cars can be sexy, fast and fun to drive.

It will be the first electric car to drive from Land's End to John O' Groats this summer.

This year, major manufacturers are launching all-electric mass-market models including the Nissan Leaf, Mitsubishi MIEV and Peugeot iOn. Ford will also launch an all-electric version of its Ford Focus, on sale in 2013.

COULD WIND POWER REPLACE THE COMBUSTION ENGINE?

Dale Vince, long an evangelist for renewable electricity, asserts that "with 10,000 of today's wind turbines, or just 5,000 of tomorrow's" we could replace all of the "25 million barrels of oil" that we consume in the UK to travel "the 250 billion miles we drive every year."

His company has calculated that if all 30 million vehicles on the roads were replaced by EVs, which typically do 5,000 miles on one MWh of electricity, then the UK would need 13% - or 50TWh - more electricity to power those journeys than is currently generated.

Total UK grid demand was 378TWh in 2009, and a 13% increase in output is equal to just four years of annual demand growth, and to the output from 10,000 wind turbines (assuming their current design) - which would save 69 million tonnes of CO2 emissions annually.

However, as most EV charging is expected to happen overnight, when grid demand is traditionally lowest, this may not translate directly to a corresponding 13% increase in capacity.

But the revolution, if it is to happen, will take around a decade. There are currently only about 2,000 pure electric vehicles in the UK; on top of that there are a few hundred plug-in electric hybrids.

The 30,000 petrol hybrids on the roads that have a battery fitted cannot plug them into a socket; their charge either comes from the petrol engine or from energy stored during braking.

There are now around 400 charging points in cities around the UK, most of which - around 250 - are in London. But most charging is expected to happen overnight at home, with some to be offered at the workplace.

Dale Vince founded Ecotricity 15 years ago. A 'not for dividend' company with no shareholders, it now powers 50,000 homes and businesses in the UK from its fleet of 52 wind turbines, and invests more per capita in building new sources of green energy than any other UK electricity company. It is the only energy supplier supported by Oxfam and the Soil Association.

Welcome Break's 27 service areas house the firm's own brands alongside high-street names such as Burger King, KFC, WHSmith and Days Inn. Recently Waitrose and Starbucks have also been added.

Thursday, 1 January 2015

The Financial Crunch And Wind Power

The Financial Crunch And Wind Power
While I've been paying attention to political matters, I've been fielding questions about how the financial crisis could be affecting wind power projects. The News Journal today ran this Bloomberg story about possible delays for speculative wind power projects in Europe:

Offshore wind power projects in northern Europe, key to reducing carbon dioxide emissions, face delays because of a shortage of bank finance.

"Things are being delayed," Maartje van den Berg, a clean-technology analyst at Rabobank International, said in an interview Oct. 22. "We are involved in several projects that were close to financial close and they've just stopped. The banks are sitting and waiting for things to improve."A reader last week asked how the financial meltdown could affect the Bluewater Wind project here in Delaware:

But I was wondering what your thoughts are on the possibility that Blue Water might run into financing difficulties due to the global economic implosion. After all, alternative energy projects are still considered high risk, and given the tightness of the credit markets, I could easily picture a financing problem either postponing or perhaps even killing a large wind power project such as the one Blue Water has planned for Delaware.The Bluewater project is different from the European projects, which don't have the benefit of a long term power purchase agreement or PPA. Financing is much easier when investors see a secure revenue stream, as the Bluewater PPA provides. Fortunately, Bluewater won't need much of its capital right away. The Financial Times reports that parent company, Babcock ">:

Babcock ">While it appears that B&B's overall corporate structure is under pressure, the B&B wind fund, which is separately listed on the Australian stock exchange, is profitable. Also, the PPA between Bluewater and Delmarva Power, with its contractual revenue stream, is in itself an asset. Whatever happens to B&B, I expect Bluewater to find the financing to build the wind farm.

Wednesday, 24 December 2014

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Friday, 12 December 2014

On Twitter And The Cost Of Renewable Electricity

On Twitter And The Cost Of Renewable Electricity
"A few items caught my attention today:".1. The 15June09 issue of "TIME" reported that from April 2008 to April 2009, "GOOGLE "increased visitorship 9% ("121 million to 132 million"), "FACEBOOK" 217% ("22.5 million to 71 million") and "TWITTER "1298% ("1 million to 17 million"). Clearly, something is happening with "TWITTER", and you can gain a clue by clicking on "How Twitter Will Change The Way We Live.".2. Matthew Wald ("NEW YORK TIMES") reported in "SCIENTIFIC AMERICAN" the relative cost of power:.Cost of electricity to U.S. residential consumers--11 cents/kWh.Wind power
6.1-8.4 cents/kWh
(but transmission costs could be high).Geothermal power
6.2-7.6 cents/kWh.Solar thermal (trough)
19.9 -28.1 cents/kWh.Solar Photovoltaic
46.9-70.5 cents/kWh.THE SHOCKER IS THE HIGH COST OF SOLAR ELECTRICITY. I've tended to recently use for solar thermal 10 cents/kWh from Southern California utility reports and for photovoltaics 20 cents/kWh. I was too low by a factor of two or three..WIND POWER looks good, and the big advantage of GEOTHERMAL is that it is baseload. SHOULDN'T HAWAII TAKE A MORE PROGRESSIVE VIEW OF THIS OPTION? As at the Natural Energy Laboratory of Hawaii Authority, instead of treating and dumping the hot effluents in wells, this fluid can serve to initiate new industries, as proven in the Hawaii Natural Energy Institute's Community Geothermal Applications Program more than three decades ago..The Solar Thermal Global Pricemark Indices range from 21 cents/kWh ("industrial, but 45 cents/kWh for a cloudy climate") to 37 cents/kWh ("residential, but 80 cents/kWh for a cloudy climate"). Best as I can tell, the solar system is the overall average of all types..Clearly, I will need to re-look at my earlier comparative assumptions. He did not mention conventional generation, but most references seem to use something between 4-8 cents/kWh for both coal and nuclear. However, my Huffington Post article of earlier this year reported that new nuclear powerplants ("if they ever get built") and coal with carbon dioxide recapture would today cost from 15 CENTS/KWH TO 30 CENTS/KWH..Hawaii, of course, suffers from much higher costs, for we use oil to generate most of our electricity. During the peak of prices last year, Hawaiian Electric charged more than 30 cents/kWh. Last month was exactly half that, 15 cents/kWh. Thus, we pay anywhere from 35% to 300% more than the U.S. average for electricity, and just accept it. People tend to complain about our higher price of gasoline, but the fact of the matter is that we pay just 10% more (U.S.=2.70/gallon and Hawaii = 3/gallon--see table at right). -The Dow Jones Industrials sunk 200 points in the first hour, and just sort of stayed there, down 187 to 8612, due to recession fears and geopolitical factors. World markets all dropped, and so did gold ("minus 10/toz to 929") and oil ("fell below 70/barrel, but recovered to 70.47").-

Cyprus Welcomes New Era Of International Cooperation On Renewable Energy Between Island Countries

Cyprus Welcomes New Era Of International Cooperation On Renewable Energy Between Island Countries
In a sign of the growing significance of renewable energy for Cyprus, the country's president, Nicos Anastasiades, addressed attendees of the recent Renewable Energy Applications for Island Tourism conference, stressing that "establishing and enhancing energy cooperation with neighboring countries is one of our top priorities."Organized by the International Renewable Energy Agency (IRENA) and the Cypriot government, the event, which took place May 29-30, presented a wide variety of renewable energy applications and solutions for island nations burdened by the high costs of imported fossil fuel and isolated power grids but blessed with great clean energy potential.Anastasiades told the audience of international policymakers, renewable energy industry representatives and government officials that closer energy cooperation with neighboring countries was of the utmost importance for Cyprus, which, as a small island nation in the Eastern Mediterranean, has an energy system isolated from the European and regional grids and remains dependent on expensive energy imports.IRENA established the Global Renewable Energy Islands Network (GREIN) in 2012 as part of its Malta Communique in an effort to pool knowledge, share best practices and find innovative solutions for the accelerated uptake of cost-effective renewable energy.Some 120 guests and participants from around the globe, including representatives from as far away as Fiji and Tonga, attended the event, held at the Aphrodite Hills Resort Hotel near the city of Paphos."I have no doubt that through the discussions held and the resulting exchange of knowledge and best practices, this important event has already ushered a new era of bilateral, regional and international cooperation on renewable energy between island countries and territories, all over the world," Anastasiades said.The president added that "by highlighting the significance of the contribution of renewables to the tourism sector, the workshop is actively supporting the ongoing efforts made by such countries, including Cyprus, in introducing and accelerating the deployment of renewable energy sources in their energy mix. Our shared vision is that through IRENA networks and support, the private sector will be greatly facilitated in developing the viable business models necessary to expand the energy market in the crucial tourism industry."Cyprus became a member of IRENA's Policy and Strategy Committee in 2011 and this year it was selected as a council member of the agency. Cyprus has also been a GREIN member since the network's inception in 2012.Pointing out that Cyprus enjoyed more than 300 days with 75% of sunshine annually, the president added that the country had the highest solar heating capacity installed per capita of all European countries, with approximately 93% of households and 53% of hotels being equipped with solar water heating systems.The "accelerated deployment of renewable energy sources, in conjunction with tourism activities, can play a pivotal role in overcoming our country's current economic troubles," Anastasiades stressed.The president said Cyprus' trajectory targets on renewable energy sources had already been met and exceeded, adding that the country's new National Action Plan set even higher renewable energy penetration targets.Cyprus' 2020 target calls for a 13% renewable energy sources contribution to its gross final energy consumption. With a current renewables share of about 9% (160 MW), the country is well on its way to achieving the goal.Anastasiades said the success of the country's renewable energy policy relied on three main pillars:ARTICLE FROM PV MAGAZINEACCESS TO MORE ABOUT LANDPOWER SOLAR PANEL MOUNTING: SOLAR MOUNTING SYSTEMS, SOLAR RACKING, SOLAR HARDWARE, PV MOUNTING, GROUND MOUNTING SYSTEMS