Solar Panel Installation

High Court to hear solar legal challenge application

The High Court has agreed to hear applications by Friends of the Earth and two solar companies – Solarcentury and HomeSun – for permission to challenge Government plans to slash financial incentives for solar electricity today (15 December).

Confirmation of the hearing follows an earlier High Court ruling on 25 November, rejecting permission for a legal challenge. The organisations are now asking the High Court to reverse the decision and allow a hearing into the legal challenges as soon as possible.

Friends of the Earth is also asking the High Court to cap its potential legal costs for the case. International rules specify that costs should be limited in public interest cases on the environment.

The legal challenges centre around Government plans to slash feed-in tariff subsidies – payments made to households and communities that generate green electricity through solar panels – on any installations completed after 12 December this year. The Government is currently running a consultation into feed-in tariffs – but the 12 December cut-off point comes two weeks before the consultation ends. Friends of the Earth says this premature decision is unlawful and has already led to unfinished or planned projects being abandoned.

Solar is a growing, successful industry. The premature cuts could cost up to 29,000 jobs and lose the Treasury up to £230 million a year in tax income, a report commissioned by Friends of the Earth and Cut Don’t Kill – an alliance of solar firms and consumer and environmental organisations – revealed last month. last week construction firm Carillion warned 4,500 workers their jobs are at risk because of the Government’s proposals.

Friends of the Earth’s Executive Director Andy Atkins said: “We strongly believe Government plans to abruptly slash solar subsidies are illegal, we hope the High Court agrees to allow our case to be heard as soon as possible.

“We’ve also asked the High Court to cap our potential costs. International rules say this should be allowed in public interest cases on the environment – we can’t afford to bring a challenge if we face unlimited liability for the other side’s legal fees.

“In a time of economic gloom, the solar industry has been one of the UK’s brightest success stories, enabling homes and communities across the country to free themselves from expensive fossil fuels.”

He concluded, “It’s short sighted for Ministers to move the goalposts and prematurely pull the subsidy – this will cost tens of thousands of jobs, bankrupt businesses and reduce Treasury income by up to £230m a year.”

How India squanders British aid

by Sue Reid

Last updated at 1:09 AM on 2nd December 2011

At the Rolls-Royce showroom, behind imposing iron gates off dusty Ashoka Road, the chief salesman is pleased with his latest sale of a ?600,000 Phantom to a billionaire Delhi businessman.

Thirty-five Phantoms, the biggest and most expensive Rolls-Royce, have been bought in India already in 2011. by the end of the year, another 35 will be sold to Indian tycoons and Bollywood film stars.

‘There’s always someone here with enough cash to buy a Rolls-Royce, even though the import tax doubles the price,’ the sharp-suited salesman says with pride.

Wealth: Thirty-five Rolls-Royce Phantoms have been bought in India already in 2011

Ferrari, Aston Martin and Land Rover have each opened up showrooms here. on sale too is the king of supercars, the Bugatti Veyron, with an eye-watering price tag of almost three million pounds.

The country is racing up the league of rich nations. indeed, its soaring economy will outstrip the UK’s by 2022. according to financial advisers Merrill Lynch, India has 153,000 dollar-millionaires — a 20 per cent rise in a year, compared with Britain’s own paltry increase of less than 1 per cent.

Indians have squirrelled away more money in Swiss bank accounts (a total of ?900 billion since independence from Britain in 1947) than the rest of the world combined.

And when they were invited recently by the Indian Government to exchange for paper money the gold bars and jewellery stashed in their homes (so pumping cash into the national economy), a horde of ?160 billion was offered up.

Such is the economic power of India that it now gives out more foreign aid than it receives, and has handed over ?3.5 billion to cement relations with impoverished Africa.

Meanwhile, it invests huge sums in ambitious projects: ?2 billion will put the first Indian astronauts into space by 2016, and the annual defence budget tops ?22 billion, with a third aircraft carrier now under construction in an Indian shipyard.

Perhaps the perfect example of the garish spending of India’s newly-rich is the ?2 billion, 27-storey skyscraper in Mumbai built by a local industrialist as a home for his wife and three children. It is the most expensive house anywhere in the world.

But if this is a nation with enormous reserves of wealth, it is also blighted by widespread and endemic corruption at every level of society.

An official report has revealed that 90 per cent of government officials have accepted a bribe for favours, from ripping up a speeding fine to rubber-stamping a building deal. Corruption, as the Indian prime minister confessed the other day, is as much a national sport as cricket.

No wonder that in broke Britain questions are at last being asked about why we are handing billions to India in aid. A new report from an independent watchdog says that the rapid expansion of the UK’s aid programme has left taxpayers’ money at risk from corruption and fraud overseas.

The Independent Commission for Aid Impact (ICAI) this week criticised the work of the British government department that doles out the money as ‘fragmented’ and in need of ‘significant improvement’ to stop millions being squandered.

It also demanded anti-corruption measures to protect funds sent to countries — such as India — where there is a high risk of fraud.

International Development Secretary Andrew Mitchell has committed Britain to spending ?29billion in aid between 2012 and 2015

They are concerning findings, given that David Cameron has decided to give India ?1.4 billion between now and 2015. The sum is almost 1 per cent of Britain’s own ?159 billion debts.

So do we need to re-think our aid profligacy, especially in light of the shockingly grim economic forecast announced by Chancellor George Osborne this week? Despite the fact that Osborne has extended his austerity programme in Britain — which includes cuts to welfare payments and housing benefits — beyond the next election, David Cameron doesn’t seem to think so.

The Government is trimming just ?1.164 billion off the aid budget over the next three years, meaning we are still committed to spending more than ?29 billion on overseas aid between next April and April 2015.

Earlier this week the Government announced that ?330 million of taxpayers cash will be poured into Africa to help them with climate change, funding solar panels and investment in low-carbon transport. A few months ago, he made a speech during a trade visit to Africa admitting that foreign aid has been ‘wasted’, but that it was still imperative for us to shell out more.

But does India really need our funds, and, perhaps more pertinently, what’s happening to it when it gets there?

During my inquiries in India, I discovered that much of our money is frittered away or stolen.

Rajiv Gandhi, India’s former prime minister, estimated a few years ago that only 15 per cent of funds given to the country’s welfare schemes, whether financed by foreign or Indian aid, reach the poor people they are meant to help.

His views were endorsed by Barun Mitra, director of a Delhi-based think-tank, the Liberty Institute, who told me: ‘I am surprised that Department For International Development [DFID] officials work so hard to continue their presence in India. is it really to help some of the poorest Indians, or is it to justify their own existence?

‘Apart from wastage, which is hardly a surprise in India, there seems to be little effort to assess how the money is spent.’

A growing group of ‘aid-sceptics’ go much further. One leading economist and expert on the Third World, Zambian-born Dambisa Moyo, says that aid has made the poor poorer. ‘Aid has been, and continues to be, an unmitigated political, economic and humanitarian disaster for most parts of the developing world,’ she warns.

So are we helping at all? I spoke to politicians, officials, teachers, doctors and parents in four regions of India where the British government’s DFID runs education and health programmes.

The very first primary school I went to — opened this summer in Bhopal, the capital of Madhya Pradesh state in central India — was half empty of pupils.

The government primary school in Rahul Nagar slum in Bhopal, funded by British aid money. It has no desks or chairs

It had not one desk or chair because they had never been delivered and are presumed stolen from the factory where they were made or from the lorries taking them to school.

The children sat on the concrete floor, which was riddled with holes because the builders had put too much sand into the concrete mix so they could, I was told, sell off the spare concrete.

Officials admit that ?70 million of the ?388 million given by Britain towards a national flagship education programme called Sarva Shiksha Abbiyan (‘education for all’), which promises free classes for every child from the age of six to 14, has been squandered though widespread corruption and theft.

Standards of writing, reading and arithmetic are down since the education programme began. Half of ten-year-olds cannot read a sentence, and only a third can perform a simple sum. Meanwhile, teachers in a quarter of primary schools are routinely absent because they take part-time jobs outside school to compensate for low pay.

In another scandal, India’s auditor-general discovered ?14 million of DFID aid had simply been snaffled by Indian officials and never reached schools.

Education chiefs used the money to buy themselves cars. an estimated 8,000 colour TVs bought for schools never arrived. in any case, many would never have worked because few of the classrooms have electricity. What’s more, tens of thousands of pounds were ‘allocated’ to schools that don’t even exist.

As a result, even poor parents scrimp to send their children to private schools to escape the government-run ones which receive British aid. A recent report by Indian vice-president Shri Hamid Ansari revealed that British taxpayers’ money spent on education has been wasted. ‘Close scrutiny reveals a sobering truth, that this large investment has been spent poorly,’ he said bluntly.

Certainly, many Indians I met scoffed at DFID’s boast that: ‘because a third of the world’s poor people live in India, this has been our largest programme for more than a decade. It is our bold ambition to give every mother the healthcare she needs to give birth in safety and raise a healthy child who has a chance to learn.’

In a country with such deep-rooted poverty (despite the inexorable rise of the rich) that is a mountain to climb.

Indian cities are riddled with slums and there are 500 in Bhopal alone. Thousands of families — even those from the middle classes — live in squalor. Sewage runs down the muddy streets lined with shacks made of corrugated iron with no front doors.

It was in one such slum — Rahul Nagar — that I found the new primary school with no furniture. on the walls were posters of the English alphabet and nursery rhymes. on a Tuesday morning, only 170 of the children on the roll of 350 turned up. in the class for eight and nine-year-olds there were 21 children instead of the expected 70.

The headmistress Ratnaprabha Verma says she is not surprised because the pupils have nowhere to sit, apart from the floor, and their parents object to this. 

Rush: Schoolchildren in Bhopal (pictured) enrol in schools for free uniforms and meals

‘At five or six, the children enrol in a big rush. The parents know we give out free uniforms, books and pencils. But within days they begin to drop out, one by one. Some simply come for the free midday meal and leave before classes start again. There are no toilets here. Even with the aid money, no one thought to build them.’

All this begs the question: why does DFID insist that our money gives millions of Indian children free schooling and their families a better life?  As youth worker Sen Vijay, 27, said with a concerned look as we travelled to the Bhopal school: ‘we think your government is playing a game with statistics. It means they can boast they are helping India. But it is a lie.’

His words are echoed by one of India’s most respected academics, Delhi University’s former dean of education. Professor Anil Sadgopal told me: ‘I don’t know what the British mean when they say their free school project is ‘proving very effective and making remarkable progress. 

‘I think the British people should be asking their Government why it is funding such bad-value projects out of your public exchequer.’

His question is equally pertinent when it comes to Indian maternity services, which have received ?60 million in British aid.

At the first maternity clinic I visited, an operating theatre with thousands of pounds of equipment was gathering dust because a surgeon, anaethetist and theatre nurse cannot be hired as there is no money to pay them.

A rare oversight? not at all, Sudhir Pattnaik, an editor and political commentator in the impoverished north-eastern state of Orissa, has revealed: ‘in the health sector, the British Government provides infrastructure which is unused. so what is the point of putting the money in? When somebody comes with a big money bag and says: “I will support this,” the state government here will say yes. But there is no practical plan.’

He added: ‘At one city hospital, the medical officer took me to an intensive care unit. Inside, there were six beds and life support units but no patients. The equipment was bought with your aid money, but there was no manpower to operate the machines. This is happening in all other areas, too.’

Back in the Madhya Pradesh region, thousands has been spent on giving pregnant women cash incentives to persuade them to travel, often miles, to a clinic to give birth. But what do they find when they get there?

The region’s health officer, Raj Gopal Nair, told me that women often give birth by candlelight because there is no electricity. many of the clinics’ doctors have quit because of poor pay.

I visited a small maternity clinic in busy Bhopal. It has five beds, although it caters for 250,000 people. The operating theatre on the first floor has a new anaesthesia machine which is still in its plastic cover, the instructions in an unopened manual. The theatre bed is unused. not one child has been delivered here since it was opened a few years ago.

‘we do not have the money to pay for medical staff to perform an operation, such as an emergency Caesarean in the operating theatre. we can only deal with the uncomplicated births at our clinic,’ says Dr Rajasree Bajaj, the medical director, bluntly. ‘The expensive equipment bought with your aid money has been wasted.’

Then she adds, with sadness: ‘None of your Government people has been to see what is happening here. You are the only British person to come and ask where your country’s money has gone.’

 

Solar power at Rs 5 a unit could be possible by 2014

Chennai, Nov. 16: 

Plummeting prices of polysilicon, a raw material used in solar modules, could make power from solar photovoltaic plants as cheap as Rs 5 a unit or less by 2015 against Rs 12 a unit as estimated today.

Polysilicon, made out of refined sand, was selling at $475 a kg in March 2008. Today, it is selling at $33 a kg, and the industry expects it to fall further to $20 a kg, as global capacity doubles to five lakh tonnes by 2014.

Accordingly, solar module prices have also been falling. what used to be sold at $1.7 a watt a year back (or Rs 8.5 crore a MW) is now at around $1 a watt (Rs 5 crore a MW). the downturn is expected to continue, as leading module manufacturers strive to improve efficiency.

For example, US module maker First Solar says its panel efficiency — a measure of how much of sun’s energy falling on the panel is converted into electrical energy — is expected to rise to 13.5 per cent in 2014 from 11.7 per cent now. When that happens, First Solar will be able to produce panels for as low as 53 cents a watt (Rs 2.6 crore a MW).

Indian efforts

India’s Hind High Vacuum Pvt ltd (HHV) holds out an even bigger promise. the Bangalore-based company makes machinery needed to produce modules. the machines sell at a million dollars a MW — if you want to put up a plant that can produce 50 MW worth of modules a year, you can buy it from HHV for $50 million.

The company’s Chairman, Mr Prasanth Sakhamuri, says it is possible to make modules at 80 cents a watt today, at an assumed efficiency level of 7 per cent.

HHV is working on a schedule to raise efficiency and at the same time bring down material costs, so it should be possible to make modules with HHV equipment at 40 cents a watt, or Rs 2 crore a MW, by 2014. Hyderabad-based Surana Ventures ltd says it can sell modules for 90 cents even today. the company’s Managing Director, Mr Narender Surana, notes that India’s skewed Customs duty structure favours imports. Imports of raw materials attract a duty of 24 per cent. Add a 5 per cent sales tax, the cost to a buyer contains an embedded tax of 29 per cent. “even then, we can compete against the Chinese,” Mr Surana says.

Apart from photovoltaic modules, a solar power plant requires ‘balance of systems’ — a range of necessaries such as mounting frames and trackers. these cost about Rs 3 crore for crystalline photovoltaic units and about Rs 5 crore for a thin film.



Fraunhofer researchers receive the Franco-German Business Award 2011

[ Back to EurekAlert! ]Public release date: 6-Dec-2011 [ | E-mail | Share Share ] Contact: Karin .de49-761-458-85147Fraunhofer-Gesellschaft

The photovoltaics industry is booming ? more and more solar modules are appearing on rooftops, and even large-scale solar power plants are increasingly feeding power into the grid. Multi-junction solar cells are particularly efficient in this regard: they can achieve efficiencies of up to 43 percent – twice the level of conventional solar cells made of crystalline silicon. The trick: they consist of several semi-conductor layers that combine to transform the entire spectrum of sunlight into electrical energy. This technology is used in concentrator photovoltaics. there, lenses focus the light of the sun 500 times onto tiny solar cells. These concentrator systems produce solar electricity on a large scale, particularly in solar power plants located in areas rich in sunlight. Among the producers of these plants is SOITEC Solar GmbH, in Freiburg, Germany, a former spinoff of the Fraunhofer Institute or Solar Energy Systems ISE.

The multi-junction solar cells themselves consist of some 30 semi-conductor layers built up, layer for layer, on ultra-pure crystals of germanium or gallium arsenide. These materials are very costly, however. in a joint Franco-German project, researchers at ISE in Freiburg and their colleagues from the Carnot-Institut Laboratoire d’?lectronique des technologies de l’information CEA-LETI in Grenoble, France, are working to develop new substrates for multi-junction solar cells. The new technology replaces the expensive materials with reusable substrates. Whereas up until now the solar cells had to remain in place atop the germanium or gallium arsenide crystals, the solar cells are now removable from the new substrate which is recycled several times. This way, the cost of producing solar cells can be reduced by up to 20 percent.

?In the Solar-Bond project, two high-tech institutes have combined their skills,” according to Dr. Frank Dimroth, Head of Department III-V – Epitaxy and Solar Cells at Fraunhofer ISE. ?CEA-LETI is a leader in the microelectronics field and Fraunhofer ISE in photovoltaics.” The French colleagues develop the substrate and adapt its properties to the requirements involved in growing multi-junction solar cells; the German scientists then apply the solar cells to these substrates and process them to create ready-to-use devices. The researchers are also working closely with SOITEC, a French company: in the future, the new solar cells will be used in their concentrator modules.

The scientists were honored for their international research on December 5, 2011, in Paris with the Franco-German Business Award 2011, presented by the Franco-German Chamber of Commerce and Industry AHK. The business award is presented in recognition of best practices over the past two years. Patrons of the award are the French Minister of Economy, Finance and Industry, Fran?ois Baroin; and the German Federal Minister for Economics and Technology, Dr. Philipp R?sler.

###

SOLARBOND is one of 26 projects sponsored under the Inter Carnot Fraunhofer program (programme.inter.carnot.fraunhofer.org). The purpose of this program jointly run by the German Federal Ministry for Education and Research, Fraunhofer and The French National Research Agency is to establish strategic partnerships between French and German research and industrial organizations.

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Canadian Solar Modules for Saferay

a leading player among the global solar companies, Canadian Solar inc. (CSIQ – Analyst Report) has delivered its solar modules to saferay for an 8.5 MW power plant located in Lindenhof near Neubrandenburg in the German state of Mecklenburg-Vorpommern.

the photovoltaic system will use 36,000 CS6P-P solar modules manufactured and supplied by Canadian Solar. These modules are of high quality, reliability and have the capacity to produce clean and cheap energy. the project company saferay is about to complete the solar park installation with the plant expected to be ready in December 2011.

Recently, in September 2011, saferay completed the Senftenberg II/III 78 MW partial complex in Brandenburg, which is part of the world’s largest 166 MW solar power plant, using modules provided by Canadian Solar. therefore, with this assistance to build the Lindenhof solar power plant, Canadian Solar has further entrenched its successful collaboration with the German project company.

again in September, Canadian Solar had supplied its high quality solar modules for a German solar power plant built by GP JOULE GmbH. Built on a 152 hectare surface in the Southern Brandenburg region of Eastern Germany, the open-space solar power plant has a specified output of 70 MW.

GP JOULE has installed approximately 306,000 solar modules on four fields located in a former lignite mining strip in the East German city of Meuro near Senftenberg.

the world is now looking for environmentally-friendly solutions to generate cleaner energy. Riding on this wave, Canadian Solar recently unveiled its proprietary Intelligrated Power solar module series. Intelligrated Power modules integrate the intelligence of panel electronics with specially designed modules to deliver state-of-the-art features that maximize system performance, simplify installation and improve safety, significantly reducing the cost of design and installation.

Canadian Solar is a vertically integrated manufacturer of silicon ingots, wafers, cells, solar modules and custom-designed solar power applications. the company reported an adjusted loss per share of 80 cents in the third quarter of 2011, compared with the Zacks Consensus Estimate of a loss of 51 cents per share.

the company presently retains a short-term Zacks #5 Rank (Strong Sell). we have a long-term Neutral recommendation on the stock. the company mainly competes with Suntech Power Holdings co. Ltd. (STP – Analyst Report).

Read the full analyst report on CSIQ

Read the full analyst report on STP

CNPV Formalises Their Positive Tolerance Gains for Solar PV Modules (28. November 2011, 09:00 Uhr)

LUXEMBOURG and DONGYING, China, November 28, 2011 /PRNewswire/ –

CNPV Solar Power SA, a public limited liability company organized under the laws of the Grand Duchy of Luxembourg and a leading integrated manufacturer of solar photovoltaic products, today formalised their ongoing practice of providing their solar photovoltaic modules with a positive tolerance.

(Logo: photos.prnewswire.com/prnh/20081103/CNM010LOGO)

CNPV, routinely supplies their solar PV modules with a positive tolerance based upon the solar PV modules rating label. their historical written commitment has been to provide modules with a +/- tolerance as is common industry practice. the previous written commitment has a wider tolerance than their operational activities and is therefore being repositioned to reflect their ongoing commitment to provide increased value for large area modules.

mr. Bypina Veerraju Chaudary, CNPV´s COO explained in greater detail, ” as a result of a more stringent, tighter tolerance cell selection process, our module production delivers three key elements of major benefit to our customers; the cell power balancing for module longevity and increased harvesting ability, the module balancing for additional power gains in the order of 2%, and the ability to always supply at least the value of the invoiced power rating. Our focus on delivering improved benefit in these and other areas has ensured that we have always provided the positive aspects of these topics. as of today we have broken from the industry standard and formalised our position that all modules will be of equal or greater power output than the rating label up to a maximum of 3%. Within this +3% tolerance, we have a further segregation of power outputs; we carry out sub-binning based upon the Imp (maximum power current), to ensure that each module is within 1% of its collective neighbours within the pallet. and finally, our primary binning, for cell selection, utilises a greater sorting ratio than our competitors, which ensures that each individual module´s cells are balanced with a significantly higher tolerance reduction. Tighter tolerance has a major impact on the power harvesting and longevity in real world applications and is independently shown to be a major benefit to the customers goals of profit generation. ”

there is a counter-intuitive element to this feature, sometimes based on individuals perception that a bigger number is a bigger benefit. In the case of positive power tolerance this is not the case. A -3%+3% tolerance has a 6% potential variation. by utilising 1% sub-binning for the modules, the latent module mismatch within the pallet/string is reduced from 6% to 1% with a resultant net effect of a 2% gain on power harvesting.

CNPV modules will continue to be supplied in line with their strategy of providing the largest possible financial gain for the capital invested when utilising crystalline photovoltaic technology. the formalisation of the positive tolerance process warrants that as of November 1, 2011, all modules leaving CNPV´s manufacturing facility are contractually ensured to encompass the three positive gains noted.

about CNPV

CNPV Solar Power SA , through its wholly-owned subsidiary, CNPV Dongying Solar Power Company Limited, is a leading integrated manufacturer of solar photovoltaic products from the production of ingots, wafers and cells to the assembly of PV modules. CNPV designs, manufactures and supplies highly efficient and cost effective crystalline solar photovoltaic modules. please visit CNPV´s website at cnpv-power.com

For more information, please contact: CNPV Solar Power SA Bypina Veerraju Chaudary, Chief Operating officer Phone: +86-13656-473355, Phone: +86-546-7795555 Email: E-mail: Solar Power SA 2

Solar Street Light Fixtures MS-SL0018

Packaging & Delivery Packaging Detail: The solar modules are packed with carton. Carton size:1176*531*30mm The battery modules are packed with carton. Carton size:522*240*244mm The poles are wrapped with no-woven strip. Packing Size:300*300*8000mm Delivery Detail: 2 weeks after order confirmed Specifications solar street light fixture 1,CE ISO RoHS 2,Long life battery,lamp 3,12V/24V solar street light 4,solar panel,controller solar street light fixture 1. solar panel: imported 40W~160W poly-crystalline silicon,20 years life. 2. maintenance-free lead-acid battery,12V/24V 50AH~180AH, over charge and over discharge protection,3 years life. 3. controller: solar digital programmable intelligent controller, switch on/off by light and time. 4. light source: imported LED light source, 28W~112W. 5. work time:10-12 hours a day, and 8-9 rainy days. 6. pole: hot dip galvanizing steel pole and coating to color of your choice,with the whole kit of stainless steel fasteners, 20 years life. 7. work temperature: -30o C~+60o C 8. wind resistance≥150km/h 9. protection grade: IP 65 10. height: 6m~12m Features: 1. Illumination time is dusk to dawn and is fully automated via a photocell (light sensor). 2. The innovative and latest technology is employed to ensure optimum reliability and performance. 3. The light head attaches to the support arm, which fixes to the pole. The pole has a integral base which can be bolted directly to a level, solid surface. a battery box is supplied to facilitate the rechargeable batteries.

Have You Heard About Free Solar Panels?

So you are interested in getting some free solar panels supplied and installed for your home. in this article we will talk about the companies who are providing free solar in the UK.

You may have heard about the free solar panel offers either from the news or one of the recent television adverts. You may be wondering just who these companies are and why they are willing to give away something so valuable. is this offer really too good to be true and are there any catches.

So let us cut to the chase, you want to know the names of these companies that are making what seems to be on the face of it an offer that is too good to be true. in the UK there are currently three solar installation companies who are willing to install and maintain panels fitted to your home for a guaranteed 25 years.

The firms who currently offer solar panel installation for free are a Shade Greener, ISIS Solar and Homesun. The reason that they are able to do this is because of a scheme set up by the government called the feed in tariff. this feed in tariff or FIT’s as it is more commonly referred to means that anyone who generates green electricity can claim a tariff. this means that you are paid by the electricity companies for every kilowatt of electricity that you produce.

At the moment this tariff is set quite high, in fact many times higher than what you would have previously earned from selling your green electricity back to the grid. as this tariff is so lucrative several companies have decided to do a deal with home owners.

If you let then install solar panels on your home you can have all of the electricity that the panels produce and they will claim the lucrative FIT’s. It’s a win-win situation but you do have to meet certain criteria. You have to have a South facing roof, if you are not sure if your roof is South facing you can actually check on their sites.

So this sounds like a great offer so why wouldn’t you want to take it up. You could pay and have these panels installed yourself and this would mean that you could claim back the tariff instead of the companies. even if you took out a loan to pay for this you would still more than claim back the initial cost of your investment. So whilst this offer is great you can make even more money back by choosing to get the panels installed yourself.

Company expands home in DeSoto

G.E. Energy expanded its footprint this week in Olive Branch with a move into a 212,880-square-foot distribution facility for wind turbine and solar technology replacement parts.

Officials celebrated the new central logistics center Thursday with a ribbon-cutting ceremony and cake. the ceremony was fortuitously graced with a morning breeze.

Seventy-six trucks packed up G.E.’s belongings this past weekend and moved them to the LEED-certified center. That means the building at 9124 Polk was constructed with energy conservation in mind.

The facility is three times larger than the one G.E. Energy left near FedEx Ground toward the southern end of the city. G.E. had been there only two years and needed more room.

“It just shows you our intention for the future,” said Diarmaid Mulholland, general manager of Global Wind Services for G.E. “We look forward to future growth.”

The facility employs about 30 people, but that figure is expected to grow as G.E. takes on more business in the field of renewable, or “green,” energy.

Five years ago, a typical turbine powered 400 homes, Mulholland said, but today can power up to 700.

“So the technology is advancing,” he said. “The fuel is free wind.”

G.E. owns about 10,000 wind turbines in the United States, Mulholland said.

Olive Branch Mayor Sam Rikard said he was amazed when G.E. informed his office that it would be locating some of its operations in Olive Branch. After all, he said, wind turbines are mostly out West, not in the South.

The turbines, about 200 feet tall with 120-foot-long blades, occasionally need servicing or maintenance. often, they are in less-than-easily accessible places.

“We’re talking islands of Alaska,” Mulholland said. “We’re talking West Texas.”

The Olive Branch facility assembles and distributes maintenance kits for the turbines. the facility also possesses all the tools for the job and will distribute solar panel parts, but not the panels themselves, said Brian D. Pier of G.E.’s Wind Renewable Energy division.

Generally, the parts and supplies are sent overnight, which is why G.E. wanted its logistics center close to FedEx in Memphis. “We use FedEx a lot,” said Karla Wisinski, facilities manager.

Solar Module Panels Are Easier To Build Now More Than Ever

Solar module panels have become affordable to just about anybody that is looking to reduce their utility costs and use renewable energy. just about anybody can make solar panels for a fraction of the cost it takes to normally purchase and install them. you don’t even have to be a gearhead to do it.

Technology has been evolving at an unbelievable pace the past decade or so. the cost to manufacture goods has dropped and has made many things much more affordable. if you can recall when the personal computer was first introduced en masse back in the eighties, it would easily set you back $5,000. my first IBM PC-XT cost about that much, with no hard drive and it only held a huge floppy disk with a monochrome monitor. It was HIGH TECH Fun memories, huh?

Solar panels are much the same way. People who were eco-conscious began installing them in the eighties and began to enjoy serious savings on their utilities, plus began to enjoy a certain amount of self-sufficiency they did not have by being obligated to purchase power from a utility company. the problem was, it took five to ten years just to recoup the costs from the savings.

The difficulty with solar panels has always been how efficient the power transfer has been. It has been inefficient at best over the years. the difficult has never been the availability of the sun because the sun showers the planet with more energy in a day than we use in an entire year.

Even the most mechanically challenged person can build solar module panels. you may want to power your whole house or you might just want to power your pool or just a few appliances. the process is quite simple and the materials are readily available. you don’t have to have an over-the-top garage with 9,000 tools to build solar module panels either.

The basic things you will need to build solar panels are:

Screw Driver
Multimeter to measure output power of each solar cell (Not expensive to purchase)
Jigsaw for plywood cutting to form a base for solar cells
Soldering iron
Soldering lead
Tabbing wire to connect all the solar cells
Bus wire, if you billed more than one solar panel and put them in series
Stainless steel screws
Gloves and caulk gun
Paint to protect the solar panels
Paintbrush
Wirecutters

You really shouldn’t need much more than this to make your solar panels. if you do not have these items, you will find they are all readily available. this isn’t like restoring a car where you spend every weekend and alienate your spouse or significant other. you can do this and still have a life in minimum time. the peace of mind from doing this yourself can be very rewarding, in addition to being prepared for emergencies and reducing your cost of living.