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Showing posts with label Growth. Show all posts
Showing posts with label Growth. Show all posts

Wednesday, 16 March 2016

In Wisconsin, rural co-ops powering state's solar growth


In Wisconsin, where state regulators and utilities have been perceived as cool to renewable energy, rural cooperatives are making major investments in solar power.


According to solar installers and experts, co-ops, which aren’t subject to regulation by the state’s Public Service Commission, are being more responsive to their customers’ interest in solar.


“What’s very important here is working with cooperatives, they have more flexibility,” said SoCore senior vice president of sales Rob Federighi.


Last year, Wisconsin’s solar capacity grew 39 percent, with community solar and other projects built by co-ops comprising a significant share of that.


That capacity is expected to grow another 40 percent this year – the state’s largest influx of solar power ever – thanks to projects commissioned by the Dairyland Power Cooperative.


Dairyland is a generation & transmission (or G&T) cooperative, that brings together 25 smaller member electric cooperatives and 17 municipal utilities in Wisconsin, Iowa, Minnesota and Illinois. Such G&T cooperatives provide wholesale power to distribution cooperatives, which deliver the electricity to customers in rural areas.


Currently Dairyland has only 3 MW of small solar and bio-digesters in its system. The cooperative had incentive to increase its renewable resources because of the closing of DTE Energy’s 40 MW Stoneman biomass plant in Cassville, Wisconsin. Dairyland’s contract with that plant had helped meet its state renewable portfolio obligations.


“Dairyland Power is committed to expanding our investment in solar and other renewables for two main reasons: our members have expressed interest and we continue to diversify our generation portfolio with more renewable energy as part of Dairyland’s overall strategic plan,” said manager of business development Craig Harme. “It is good business practice.”


Dairyland has entered Power Purchase Agreements with two solar developers that will build and own solar installations providing energy to customers in member cooperatives. The cooperative got 30 answers offering 100 different plans in response to its request for proposals last summer, according to Harme.


Chicago-based SoCore will develop solar at 11 sites around the state, for a total of 16.4 MW. Vermont-based groSolar will develop a 2.5 MW project in northern Wisconsin.


Seeding interest


SoCore senior vice president of development Eric Luesebrink said the project “is really kind of an innovative program” in its design and structure.


“Setting aside the fact it’s probably the largest single solar contracting exercise in Wisconsin, I don’t of know any other approach that’s been collaborative with distribution cooperatives and generation and transmission cooperatives like this,” he said.


Federighi said Dairyland’s RFP didn’t specify that projects had to be scattered over multiple sites, but “I think at the end of the day Dairyland liked the distributed nature of the projects and it fit in well with the grid.”


Distributed projects are “typically better absorbed by the power grid without significant impact on the local infrastructure and reliability,” confirmed Harme. Since the sites are all located near existing utility substations, significant upgrades to the grid should not be needed. SoCore is leasing sites from farmers or landowners with unused space.


“We really worked with the transmission members of Dairyland – who were really asking for solar,” said Federighi. “By partnering with them we really gained a lot of support within the network to do this project, as well as landowners who were really excited about it, as well as member co-ops, who are thinking about their own community solar garden projects, whether we can build systems for them outside of this.”


From one farming state to another


GroSolar’s installation will involve 16-foot-tall tracking panels that move with the sun, increasing efficiency 15 percent over stationary panels. The company says it will provide about 5,000 MWh in the first year, enough to power about 470 homes.


GroSolar spokesperson Maribeth Sawchuk said the company has no other developments in Wisconsin, and is “hoping to use this to get more contacts in the state, and see how local folks feel about solar.”


Sawchuck said the company specializes in 2 MW installations, and often does installations on city property, old landfills and universities. GroSolar’s 2.5 MW, 10-acre installation on the Rutland city landfill in Vermont is part of Green Mountain Power’s heavy investment in renewable energy.


The company says the Wisconsin construction will mean about $750,000 in direct wages and more than $1.5 million economic impact on the area, with local contractors hired.


“It’s not just about installing solar, it’s about helping the environment, creating jobs and so much more,” she said.


A cooperative model


Keith Reopelle, senior policy director of Clean Wisconsin, said the group is “very pleased” with the Dairyland investment in solar especially given the challenges that solar faces in utility service territories.


“It is interesting we’ve seen more activity and investment by co-ops and municipal utilities under a little bit of a different model,” he said. “It makes sense because they are really just trying to be as responsive as they can to their members. Whether served by investor-owned utilities or cooperatives, solar is becoming more and more popular as the price goes down; and co-ops maybe have an advantage as they are able to be more nimble and more responsive to their customer base.”


“It’s really impressive to see all over the country how cooperatives are embracing solar and finding new ways to implement it,” added Andy Olsen, with the Environmental Law & Policy Center. “There are a number of things that led them to this, to diversify their generation mix and move away from fossil fuels, which they have to do regardless of what happens with the Clean Power Plan.”


Federighi said SoCore has received an enthusiastic reception from local landowners and neighbors, and he hopes the project can help drive the solar market in Wisconsin more broadly, including encouraging Wisconsin utilities to welcome solar.


“It’s just unfortunate that for a state where there’s only 25 MW of solar developed, that very early on it got a little contentious between the solar developers and the Public Service Commission,” he said.


In other states, he added, SoCore “has some opportunities where we’re working to bring customers who want solar to the utility, and we could be developing solar on behalf of the utility, selling it to the utility so the utility can serve customers the way they want to be served. It’s not always a contentious situation – a lot of times utilities do embrace solar.”




In Wisconsin, rural co-ops powering state"s solar growth

Wednesday, 9 March 2016

Solar Energy Tops Natural Gas in 2015 US Capacity Growth

installing solar panels
Source: Thinkstock


New solar photovoltaic (PV) projects installed in the United States during 2015 totaled 7,260 megawatts, up 16% compared with 2014 and 8.5 times the total installed in 2010. Total operating capacity in the country reached 25,600 megawatts from more than 900,000 individual projects.


Solar capacity growth accounted for nearly 30% of new U.S. electricity generating capacity in 2015, marking the first time that new solar capacity exceeded new natural gas generating capacity.



Residential solar installations accounted for nearly 2,100 megawatts of new generation in 2015, commercial capacity rose by about 1,000 megawatts and utility-scale capacity grew by 4,150 megawatts. The contracted pipeline of new utility-scale projects is currently more than 19,800 megawatts.


The final research report was released Wednesday by Greentech Media’s GTM Research division and the Solar Energy Industries Association (SEIA). A preliminary report was released in February.


The top 10 states for new capacity installation in 2015 were as follows:


  1. California, 3,266 megawatts

  2. North Carolina, 1,134 megawatts

  3. Nevada, 307 megawatts

  4. Massachusetts, 286 megawatts

  5. New York, 241 megawatts

  6. Arizona, 234 megawatts

  7. Utah, 231 megawatts

  8. Georgia, 209 megawatts

  9. Texas, 207 megawatts

  10. New Jersey, 181 megawatts

Utah has moved from 30th place in 2013 to seventh, the best two-year improvement of any state, while Arizona has fallen from second place in 2013 to sixth.


Looking ahead to this year, the researchers are wary of changes to net metering programs, similar to the recently adopted changes in Nevada, that severely restrict incentives to install residential solar projects.


Growth has been stagnant in the commercial sector due to weak incentive funding or constrained development opportunities for projects larger than 1 megawatt. The researchers say that a rebound in 2016 is supported by a “triple-digit-megawatt pipeline of community solar projects, plus continued dependence on California to support nearly one-third of annual demand.”


Utility-scale projects provided 57% of the new installed capacity in 2015, and the segment is expected to triple installations in 2016. The report noted:



With PPA [power-purchase agreement] prices for utility-scale solar already ranging between $35/MWh [megawatt-hour] and $60/MWh, utility PV’s value proposition is evolving beyond simply meeting renewable portfolio standard (RPS) obligations. On top of RPS-driven demand, centralized PV is proving to be an economically competitive resource to meet utilities’ peak power needs. This is especially true in regions like Texas and the Southeast, where utilities are retiring their aging coal fleets and replacing them with utility PV, alongside combined-cycle natural gas plants.





Solar Energy Tops Natural Gas in 2015 US Capacity Growth

Thursday, 3 March 2016

Ming Yang Is A Key Beneficiary Of Rapid Chinese Wind Energy Growth

I have long been bullish about China Ming Yang Wind Power (NYSE:MY), which is the largest non-state-owned wind turbine manufacturer in China. The stock has gained 9% since the last time I recommended buying the stock. The stock also returned more than 11% in the last year when the energy stocks declined sharply. Ming Yang is giving a good performance quarter after quarter and is showing an upward trend after the company received a proposal to go private. Chinese wind installations accounted for almost 50% of the total world installations of 63 GW in 2015. The country is reducing its thermal power exposure and is looking towards alternative energy sources to reduce its pollution levels. Ming Yang is in a sweet spot to leverage from this growth since it is amongst the top local companies there.


Why is MY in a sweet spot


1) Good Performance quarter after quarter – The third quarter performance was marked by a 3.6% increase in average WTG selling price when compared to the last year. Ming Yang also benefited from reduction in cost of electrical components due to acquisition of RENergy. During Q3’15, Ming Yang entered into wind power projects sales contracts approximating 434MW. Cumulative tender capacity won was 1.2GW.The wind turbine generators sold also increased 30%, as can be seen from the table below when compared to the first quarter.



























Click to enlarge



During this quarter, we were glad to see an increase in profitability.” said Mr. Chuanwei Zhang, Chairman and Chief Executive Officer of Ming Yang, “Looking ahead into the next five years, we see both opportunities as well as challenges in China’s wind industry. Currently, government officials indicated that new wind power installations under the 13th Five-year Plan (“FYP”) will not be lower than that during the 12th FYP period. [Source: Ming Yang]



The financial position is also sound.


Click to enlarge


Source: Ming Yang.


2) Chinese wind market is growing, with China installing more than 50% of global wind capacity in 2015


During the past five years (2010-2014), China’s new wind power installation has increased significantly to 89GW accounting for 42% of the global total. Even during 2015, the country installed 30 GW out of the total 63 GW installed globally. The country will now focus more on efficiency and quality and Ming Yang should benefit from this trend. NDRC has set a target that 30% of China’s electricity generation should come from renewable energy sources with wind contributing 200 GW of energy by 2020.


Click to enlarge



Wind is blowing away the competition on price, performance and reliability, and we’re seeing new markets open up across Africa, Asia and Latin America which will become the market leaders of the next decade. Wind power led new capacity additions in both Europe and the United States, and new turbine configurations have dramatically increased the areas where wind power is the competitive option. —Steve Sawyer of GWEC [Source: Cleantechnica]



3) Decent Stock performance & low valuation – The stock has returned more than 11% in the last one year and is trading at $2.4 currently. The company has a market capitalization value of $372 million, with P/E of 7x which is quite cheap. The stock is highly undervalued in my opinion given the fact that it ranked third in China for H1’15, in terms of newly installed capacity. Chinese stocks generally have a lower P/E when compared to their western counterparts. This is the reason why major Chinese solar companies like Trina Solar (NYSE:TSL) and JA Solar (NASDAQ:JASO) have decided to go private because their stocks are valued much below their western peers. The P/S and P/B at 0.3x and 0.5x respectively are also lower than the industry average.


4) Good Portfolio of products – Ming Yang currently commands the largest marketshare for2 MW wind turbines in China. Its 2.0-118/121 WTG is the largest in terms of rotor diameter among 2 MW WTGs in China and is capable of generating 20%-30% more electricity when compared to the older versions of 2MW WTGs.


Its new 3.0MW three-blade super compact drive is ideal for larger power output and wind projects in low-wind onshore regions. Ming yang is also looking at developing customized WTG and wind farms for different climatic conditions and regions. The company is also gaining traction in the off shore segment, also having launched 3MW, 6MW and 6.5MW WTG products.


5) International Expansion – The company also has a JV with the Reliance Group in India and recently installed 10.5MW in the country. 2MW and other high-powered WTGs are also expected to be introduced soon in the Indian markets. The company is also developing its overseas business through its “One Belt, One Road” policy.


Downside Risks


a) The company may go privateMing Yang had received an offer to go private in October 2015 from a consortium of investors including Chairman and CEO Mr. Chuanwei Zhang for $408 million. Each ADS receives $2.51 in cash and the transaction is expected to close in H1’16. The merger consideration represents a premium of 13.1% to the closing price of the company’s ADS as on October 30, 2015. Though many Chinese solar companies have also decided to go private, they have yet to close the transaction. While it represents a floor on the stock price, the upside is also limited till the time the matter is resolved.


b) Chinese Slowdown – The Chinese market slowdown has adversely affected major commodity markets globally. With China entering a slowdown there has been a decline in demand of commodities which has affected other major economies. Ming Yang has a large market in China and might be affected if the conditions worsen. The company derives a substantial portion of its revenue from a limited number of customers, which are primarily Chinese or large regional electric power producers.


Conclusion


Ming Yang is a strong, vertically integrated wind energy with an optimized supply chain and should benefit from the large growing wind energy opportunities in China. The company estimates net profit for quarter ended December 2015, will be in the range of RMB 95-115 million, compared to RMB 84 million during the same time last year. Wind turbines is the one industry that has seen decreasing capacity in China, which has allowed WTG companies to become profitable. The company has shown good improvement over the last few quarters and is also strengthening its product portfolio with new innovations and technologies. I think MY remains a good buy, given its strong fundamentals.


Disclosure: I/we have no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours.


I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it (other than from Seeking Alpha). I have no business relationship with any company whose stock is mentioned in this article.



Ming Yang Is A Key Beneficiary Of Rapid Chinese Wind Energy Growth

Q3 15



Q2 15



Q1 15



Revenue ($ million)



273.6



252



215



Gross Profit ($ million)



51.3



39.7



31



Gross Margin



18.8



15.7



14.2



EPS ($)



0.09



0.08



0.05



WTG sold (MW)



530



470



406


Tuesday, 20 October 2015

ICIC and Staples Honor Baltimore Solar Energy Firm for Business Growth

BALTIMORE, Md., Oct. 20 /CSRwire/ – The Initiative for a Competitive Inner City (ICIC) and FORTUNE announced that Baltimore based  Bithenergy, a renewable energy firm, topped the 2015 Inner City 100 list of the fastest-growing inner city businesses in the U.S. Bithenergy was recognized by longtime ICIC partner Staples, Inc. for both its top place on the list, and for its growth rate of 2,973 percent. Staples presented the company with the annual Staples Business Growth Award for this impressive rate.


“Entrepreneurship is in our blood and we are committed to honoring the entrepreneurs who are bringing economic opportunity to America’s inner cities,” said Shira Goodman, Executive Vice President, North American Commercial at Staples. “ICIC and Staples share a common vision and congratulate Blithenergy for helping create an urban marketplace that is critical to the long-term health of the economy.”


Bithenergy’s Chief Executive Officer, Robert Wallace, has founded several companies, including an IT consultancy. Bithenergy applies a professional services model to the energy business and offers intelligent strategies for development of renewable energy systems, managing energy consumption, and building smart grid infrastructure. Through its internship program, Bithenergy works to connect local youth to future opportunities in the energy industry, and Wallace is active in promoting small and minority business in Baltimore and beyond.


Each year, ICIC works with a national network of nominating partners to identify, rank and spotlight rapidly-growing urban businesses. The top 100 are determined by revenue growth and are honored on the Inner City 100 list published in FORTUNE. This year’s full list of winners can be viewed at Fortune.com.


Before the Awards celebration, winners gathered for a full-day business symposium featuring management case studies from Harvard Business School professors and interactive sessions with top CEOs. Keynote speakers included Massachusetts Governor Charlie Baker, Harvard Business School Professor and ICIC Founder and Chairman Michael E. Porter, University of Massachusetts Boston Chancellor J. Keith Motley, Boston Beer Chairman and Co-Founder Jim Koch, Hill Holliday CEO Karen Kaplan and Uber East Coast General Manager Meghan Verena Joyce.


“These entrepreneurs are strong community leaders and industry game changers,” ICIC CEO Steve Grossman said of the 2015 Inner City 100 winners. “Their businesses are critical drivers of economic development and job creation. Together, they demonstrate the competitive advantages of doing business in our inner cities.”


Boasting an average five-year growth rate of 378 percent between 2010 and 2014, the 2015 Inner City 100 winners represent a wide span of geography, hailing from 45 cities and 23 states. Collectively, the winners employ 6,168 people, and on average, over a third of their employees live in the same neighborhood as the company. 


Highlights of the 2015 Inner City 100 include: 



  • Employ 6,168 workers total. 




  • Created 3,755 new jobs in the last five years.




  • On average, 32 percent of employees live in the same neighborhood as the company.  




  • Average company age is 15 years.




  • Average 2014 revenue is $12 million.




  • 25 percent have female CEOs.




  • 40 percent have a minority CEO.




  • 12 percent of the winners are certified veteran-owned.    



Inner City 100 Methodology: The Initiative for a Competitive Inner City (ICIC) defines inner cities as core urban areas with higher unemployment and poverty rates and lower median incomes than their surrounding metropolitan statistical areas. Every year, ICIC identifies, ranks, and spotlights the 100 fastest-growing businesses located in America’s inner cities. In 2015, Companies were ranked by revenue growth over the five-year period between 2010 and 2014. This list was audited by the independent accounting firm Rucci, Bardaro, and Falzone, PC.

Initiative for a Competitive Inner City (ICIC)
ICIC is a national nonprofit founded in 1994 by Harvard Business School professor Michael E. Porter. ICIC’s mission is to promote economic prosperity in America’s inner cities through private sector investment that leads to jobs, income and wealth creation for local residents. Through its research on inner city economies, ICIC provides businesses, governments and investors with the most comprehensive and actionable information in the field about urban market opportunities. The organization supports urban businesses through the @icicorg. 



ICIC and Staples Honor Baltimore Solar Energy Firm for Business Growth

Tuesday, 17 February 2015

Cloudy Prospects for Rooftop Solar's Growth in Florida: Energy

(Bloomberg) — The so-called Sunshine State hasn’t been a great place for homeowners to install solar panels.


Florida ranks near the top for the amount of solar potential, yet comes in 15th for home solar systems. Texas, which rivals California for most sun resources, comes in 11th in installed residential panels, according to GTM Research in Boston.


What makes them different from California, the top market for solar power, is cheaper utility rates and the lack of policies to encourage rooftop panels. Policy issues are due in part to conflicting interests between power companies and consumers, and how states like Texas and Florida choose to address this may provide a model for other states to follow.


“Just being a very sunny state is not always enough for people to take full advantage of solar,” said Chad Singleton, an analyst with energy industry consultant Wood Mackenzie.


Plunging prices for equipment and advancing technology are making solar more attractive to consumers. The average cost of a home solar system has dropped about 70 percent since 1988, and they are now cost competitive with grid-supplied power in 42 U.S. cities including Dallas and Miami, according to a recent government-funded study by North Carolina State University.


Many utilities, meanwhile, have been cautious about encouraging residential solar because they lose revenue when customers start producing their own power. Utility power rates are expected to rise as much as 83 percent over the next 25 years, according to U.S. government data.


Leasing Limits


Under Florida law, only utilities can sell power to retail customers. That effectively shuts down solar leasing, the no-money-down model that’s made residential the fastest-growing part of the U.S. solar market.


With leases, sometimes called power-purchase agreements, companies like SolarCity Corp. own the panels and their customers sign long-term contracts to buy the power.


Pro-solar activists are gathering votes for a ballot initiative in Florida that would open the door to SolarCity and similar companies.


“It’s appalling that the Sunshine State has policies in place that blocked the sun,” said Debbie Dooley, one of the leaders of the movement and founder of the Green Tea Coalition, a conservative group that supports solar energy.


Florida’s two biggest utilities, owned by NextEra Energy Inc. and Duke Energy Corp., say they support policies that promote solar as long as they’re fair to all customers and keep bills low.


Solar Farms


NextEra, North America’s largest generator of wind and solar power, is making plans for its own large-scale solar farms, saying that’s more cost-effective than individual rooftop systems. The company’s Florida Power & Light unit said last month it plans to build three solar plants by the end of 2016 that will triple its total photovoltaic capacity to about 335 megawatts.


Solar advocates point to the state’s lack of a renewable power standard as another impediment.


Texas has such a mandate, a requirement that utilities get a certain amount of power from renewable sources, and most of that is met with the state’s abundant wind energy. Solar makes up less than one percent of the state’s energy mix, which is dominated by coal and natural gas.


Texas is one of seven states that doesn’t require utilities to buy power from consumers’ home-solar systems. This arrangement, known as net metering, is how most people recover the cost of installing rooftop power; without this payment, home solar is far less economical.


Austin Incentives


Most of the home solar installed in Texas is in San Antonio, where the local utility does offer net metering, and Austin, where a similar arrangement provides customers with statement credits for energy produced by rooftop power systems.


NRG Energy Inc., the nation’s biggest independent power producer and largest electricity retailer in Texas, sees a growing business opportunity in rooftop solar as prices continue to slide, Chief Executive Officer David Crane said in an interview last month. The company sells residential systems in Texas through its NRG Home Solar unit.


Solar in the North American power market has “snowballed from a science experiment and a niche technology” to “a potential disrupter of utility business models and the power industry at large,” Prajit Ghosh, a power analyst at Wood Mackenzie, said in a report this month.


Just as shale drilling changed the math for oil and gas markets, Ghosh wrote, “no other technology is closer to transforming power markets in a similar fashion.”


Voted Down


Not yet, though, in Florida and Texas. Bills in recent years that have proposed solar incentives in Texas have failed to pass the Legislature, said Terry Hadley, a spokesman for the Public Utility Commission of Texas.


Cracking markets like Texas and Florida, which have low power prices and few financial incentives, “would really be a signal of the market reaching an unprecedented level of maturity,” said Cory Honeyman, a solar analyst with GTM Research.


To contact the reporter on this story: Mark Chediak in San Francisco at mchediak@bloomberg.net


To contact the editors responsible for this story: Susan Warren at susanwarren@bloomberg.net Will Wade



Cloudy Prospects for Rooftop Solar"s Growth in Florida: Energy

Thursday, 4 December 2014

Lamphier: Green energy job growth more fiction than fact


EDMONTON – I don’t blame green activists for engaging in hyperbole or factual distortion in an effort to further their cause.


After all, that’s what pressure groups do. It generates news headlines, and environmental lobbyists are pros at this game. Facts are the first victims in any war, whether it’s over turf or ideology.


From James (“game over”) Hansen to Bill (“carbon bomb”) McKibben to Neil (“Hiroshima”) Young, the eco-army has perfected the art of demonizing the oilsands and scaring the bejesus out of a gullible public.


Enviro groups are also adept at playing the economic card. They insist economic and environmental goals are utterly compatible, and that a shift to a cleaner, greener economy will be virtually painless.


By playing up the growth of ‘clean energy’ while playing down the importance of the oil and gas industry — a key theme of a report issued this week by Clean Energy Canada — the greens insist the future is friendly. All you have to do is rebuke those evil fossil fuels.


If all the fear-mongering and skewed analyses actually led to a drop in global carbon emissions, and a cooling climate, one could conceivably argue that the ends might justify the means.


But it hasn’t. Carbon emissions are still growing, and won’t hit a peak for decades, despite warnings from the latest United Nations climate gathering in Lima, Peru that 2014 is shaping up as the hottest year on record.


Even China, the world’s top emitter, has no plans to cap emissions until 2030 — if then — and other major emitters like Russia and India have shown zero interest in joining any international agreement.


It’s no mystery why. In a modern industrial world, most people want modern industrial comforts, like driving in cars, flying in jet planes, living in heated homes and wearing affordable clothing.


China’s major cities may be choking on pollution, but the Chinese government isn’t about to slow economic growth to appease the folks at Greenpeace, even as China ramps up adoption of renewable energy.


As for the western industrialized world, all the polls show the public wants action on carbon emissions — provided someone else pays for it. In Canada, that would be Alberta, natch.


As Saskatchewan Premier Brad Wall notes, the “Equalization East” pipeline doesn’t appear to generate the same concerns from ‘have not’ provinces like Quebec and Ontario as the Energy East pipeline.


The anti-development crowd may yearn for a return to some kind of pre-industrial Garden of Eden, but that’s a fantasy.


For all his proselytizing about saving the planet, even eco-evangelist David Suzuki lives a big, jet-setting life, with a personal carbon footprint exponentially greater than the average Canadian.


Put simply, if the planet is going to reduce carbon emissions, it has to be a joint effort that spares no one. Blaming a single industry or province or country for what is a global problem is not only dishonest, it’s counter-productive.


We all need fossil fuels, and we’ll need them for a long time. Wind farms and solar farms may be all the rage among enviro advocates, but even the engineers at Google have concluded it won’t be enough to change the trajectory of global carbon emissions,


In their view, only some as-yet undiscovered breakthrough energy technology will fundamentally change the game. All the scaremongering by activists like McKibben won’t alter that simple fact.




As for all those clean energy jobs that green lobbyists believe will supplant Canada’s traditional fossil fuel sector, there’s little hard evidence to support such a rosy view.


According to a report this week by Clean Energy Canada — an affiliate of the anti-pipeline, anti-oilsands lobby group Tides Canada — the country’s clean energy sector directly employed more people in 2013 (23,700) than were directly employed in Alberta’s oilsands (22,340).


I’m not sure how the report’s authors came up with those facts, but I found them pretty hard to believe. So I went looking for corroborative data from other sources.


Here’s what the Canadian Energy Research Institute has to say about the number of direct oilsands jobs:


“Oil sands related direct employment in Alberta, including on-site construction, ongoing and turnaround maintenance, off-site prefabrication and modular construction, steam-assisted gravity drainage (SAGD) well development, and cold bitumen well development, is expected to continue growing from the current level (in 2014) of 146,000 jobs, to a peak of 256,000 jobs in 2024.”


In other words, setting aside the slight difference in base years (2014 versus 2013) used to calculate the job numbers, CERI estimates there are more than six times the number of direct jobs in the oilsands than the number quoted in the Clean Energy Canada study.


What’s more, on a national basis, CERI expects the number of oilsands-related jobs to grow from 514,000 jobs in 2014 to more than 800,000 jobs by 2028.


Apparently, the Clean Energy data excludes construction jobs. But since much of the activity in the oilsands relates to projects under development — in essence, construction jobs — their data seems deliberately misleading.


Perhaps more importantly, in a world where Canada is a mere bit player in the manufacture of solar and wind energy components — sectors dominated by China, Japan, Germany and others — it’s hard to see where all those well-paying future green energy jobs will come from.


Even long-established homegrown alternative energy companies like Ballard Power and Westport Innovations have failed to earn any profit, after more than a decade of trying, and their shareholders have paid a steep price for it.


Unfortunately for them, that’s no fabrication. That’s fact.


glamphier@edmontonjournal.com




Lamphier: Green energy job growth more fiction than fact

Friday, 28 March 2014

Power Electronics For Wind Turbines Market - Global Industry Analysis, Size, Share, Growth ...

Albany, New York, USA (PRWEB) March 28, 2014


The increase in consumption of the electrical energy by two percent per year has boosted the growth of the renewable sources. By 2060, around half of the world’s electrical energy is expected to come from wind turbines stations. Wind energy is now the world’s leading growing energy source. The continuous growth in the wind energy industry can be attributed to the research and development of innovative cost-reducing technologies and concerns to the environmental issues. Power electronics in the wind turbines contributes to the largest share of power electronics market. The change in the turbine architecture and convertors with an aim at greater efficiency and reducing operations and maintenance cost is contributing to the growth of this market.


Browse the full report with request TOC at http://www.transparencymarketresearch.com/power-electronics-wind-turbines.html.


With the need of lighter, cheaper and more efficient system, there are four technologies which are best suited for handling new system requirement such as silicon IGBT, Silicon Carbide (SiC)-based devices, Super Junction (SJ) MOSFETs, and Gallium Nitride (GaN). The major applications of power electronics in wind turbine are for adjustable (variable) speed motor drives, power generation plants, and power transmission & distribution systems. They are used in making power modules, stack assembly, power converter. Power electronics used in wind turbine include passive components such as laminated busbars, connectors, power capacitors, power resistors and wind convertor components such as stack, power module, IGBT stacks, IGBT, IGCT, and SiC.


The rising demand of the full convertor is driving the market forward. Innovations and technological up-gradation is one of the factors contributing to the growth of the market. Companies such as Infineon has introduced copper into the module, for die attach and connections and also introduction of the silver into power modules by Semikron is driving the market forward. Competitive environment and need of cost grades are some of the challenges faced by the new players who are trying to enter into the market. China is the largest market for this industry. The change in industry over the period of past five years has made China the leading contributor. Asia Pacific including China is having quicker growth and is expected to be the key market in the near future. European nations hold the second largest share in driving the market forward followed by EMEA and South America.


Some of the key participants in this market include ABB, AIST, AMSC, Enercon, Fairchild, Fuji Electric, GE Wind Energy, Mersen, Methode electronics, Semikron Elektronic GmbH & Co.KG, and Vestas.


This research report analyzes this market depending on its market segments, major geographies, and current market trends. Geographies analyzed under this research report include:
North America
Asia Pacific
Europe
Rest of the World


This report provides comprehensive analysis of:
Market growth drivers
Factors limiting market growth
Current market trends
Market structure
Market projections for upcoming years


This report is a complete study of current trends in the market, industry growth drivers, and restraints. It provides market projections for the coming years. It includes analysis of recent developments in technology, Porter’s five force model analysis and detailed profiles of top industry players. The report also includes a review of micro and macro factors essential for the existing market players and new entrants along with detailed value chain analysis.


Reasons for Buying this Report
This report provides pin-point analysis for changing competitive dynamics
It provides a forward looking perspective on different factors driving or restraining market growth
It provides a technological growth map over time to understand the industry growth rate
It provides a seven-year forecast assessed on the basis of how the market is predicted to grow
It helps in understanding the key product segments and their future
It provides pin point analysis of changing competition dynamics and keeps you ahead of competitors
It helps in making informed business decisions by having complete insights of market and by making in-depth analysis of market segments
It provides distinctive graphics and exemplified SWOT analysis of major market segments


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