Nikola Tesla Secret

Friday, 30 January 2015

Wind power fuels transition to renewable energy

2014 saw the record installation of more than 1,700 wind turbines in Germany. They supply as much electricity as two nuclear power plants, giving an important boost to renewable energies.



“The 2014 figures look very good. That was the best year for the buildup of wind energy in Germany. The industry can be very satisfied,” said Hermann Albers, President of the German Wind Energy Association (BWE).


In 2014 wind turbines with a total output of 4.8 gigawatts (GW) were installed. Since 2015, these devices have generated over 38 GW of power in Germany,covering approximately 10 percent of the country’s demand for power.


And for 2015, the prospects are good. The wind industry expects an additional 3.5 to four GW. To facilitate Germany’s transition to renewable energies, a decisive buildup of wind power is necessary, since photovoltaics and biomass took a strong hit in the last two years.


But wind power “made up for the deficit,” said Albers.


Nuclear disaster as accelerator


The strong buildup of windpower is a consequence of the Fukushima nuclear disaster. In a broad consensus, Germany decided to phase out nuclear power in 2011. Eight nuclear reactors went immediately off the grid, and the last nine should be shut down by 2022.


To cover this power gap, the German states strongly pushed for the development of wind energy and designated new areas of land for wind turbines. Planning to installation took two to three years, and the success of the measures is now paying off: The buildout of wind energy more than doubled from 2011 to 2014.


info graphic on the build-up of wind energy

Offshore wind energy reaches gigawatts


Meanwhile, the offshore wind industry is also gaining confidence. In 2014, 142 large wind turbines with a total output of 0.5 GW were connected to the power supply. Offshore wind power also doubled to one GW. After a long hard start, wind energy is gaining momentum offshore.


“By 2015, we expect up to two GW of offshore wind energy in the power supply, and around three GW total in the power supply by the end of 2015,” said Norbert Geise from the Foundation Offshore Wind Energy.


By 2020, the German government plans to construct additional offshore wind turbines with a combined capacity of 6.5 GW, which would cover about five percent of Germany’s demands. The industry is optimistic that they will achieve these goals.


Jess Jessen by his Tesla

Jess Jessen, farmer and wind pioneer in Schleswig-Holstein, runs his electric car on wind power.



Rural areas benefit from the expansion of wind power


The leader in wind power is Schleswig-Holstein. In this northern German state, 455 wind turbines with a total capacity of 1.3 GW were installed last year. With a total output of five GW, Schleswig-Holstein relies on wind power to meet more than half of its demand in electricity.


This decentralized energy production is very popular among the state’s three million citizens.


“Nine out of 10 wind turbines are turned by citizens’ hands,” explained Nicole Knudsen from the North German Wind Energy Association, citing this as the state’s proven recipe for success.


For rural regions, the development of wind energy is an asset: Revenue for citizens and communities rises, new jobs are created, and it puts an end to the rural exodus.


According to an assessment by Albers, rural areas will also be an important engine for the development of wind energy in Germany in the coming years.


“Among German states, there’s almost a competition,” he said.


First offshore wind plant in Germany

Schleswig-Holstein relies on wind power to meet more than half of its demand in electricity.



A forward-looking policy


The German Engineering Association (VDMA) is also pleased.


“The strong additional buildup in Germany was accompanied by significant growth in international markets, in which German manufacturers are well positioned with their technological leadership,” said Lars Bondo Krogsgaard of the VDMA’s steering committee for wind turbine construction. “This leadership can only be secured if we continue to dynamically develop the technology on Germany’s own market.”


Albers calls on the federal government to ensure reliable political conditions and a long-term industry strategy, promoting continuous development. The leading position of the wind power industry should not be put at risk, “as the federal government did in the field of photovoltaics.”


Albers sees renewable energies as a great opportunity for Germany and Europe to take on international competition in the long term.


“It will be able to overtake automobile engineering in significance in the future,” he said.


A worldwide boom


Meanwhile, more and more developing and emerging countries are turning to cheap and climate-friendly technology. According to estimates from VDMA Power Systems, around 44 GW of wind power worldwide was installed on land in 2014 – an increase of 31 percent from 2013.


China remains the global leader in expanding wind power capacity. For 2014, Bloomberg Energy Finance calculated an additional capacity of 20.7 GW from China and 4.7 GW from the United States. There was also a strong push, according to the Word Wind Energy Association (WWEA), from India, Canada, Brazil, South Africa, France and the United Kingdom, with around two GW each.




Wind power fuels transition to renewable energy

Friday Stocks to Watch: PVH Corp , RetailMeNot Inc , Yingli Green Energy Holding Company Ltd

Shares of PVH Corp (PVH) appreciated hugely by the last call of the day, having gained 1.32 points or 1.18%. In a clear sign of heightened optimism, the price barely dropped below the opening level of 112.13 and shot up to 113.92 in intraday trade. The price closed near the days high at a level of 112.94 amid a volume of 690,018 shares. The counter had closed the previous session at 111.62. From a technical viewpoint, the 30-day moving average of 119.45 and the 60-day moving average of 120.15 are major levels to be watched. The stock price has a 52-week high of 133.89. All the trading currency is in USD.


RetailMeNot Inc (SALE) gained 0.38 points to close 2.5249% higher. The session began with the first transaction at 15.09 and the price swung wildly to hit a low of 14.83 and a high of 15.53. Finally, the stock closed at 15.43 with 689,517 shares exchanging hands. The previous close of the share price is 15.05. Among the major technical levels are the cluster of moving averages, the 30-day simple moving average of 14.59 and the 60-day simple moving average of 14.70. Closing and sustaining above the mentioned averages could lead to a swift jump in the share price. The trading currency is in USD.


Shares of Yingli Green Energy Holding Company Ltd (YGE) have closed the trading session on a flat note. The trading commenced at 1.94 and the stock moved in a tight range of 1.94 and 1.86 throughout the day before settling at 1.92. Volume recorded for the day was 687,391 shares. With the latest data included, the 30-day simple moving average is 2.10 and the 60-day simple moving average is 2.40. The 52-week high of the share price is 7.15 and the 52-week low is 1.87. Market participants must note that, according to the information available, the shares have seen a percentage change to the 52-week high is just 73.15%. All the price information is in USD.



Friday Stocks to Watch: PVH Corp , RetailMeNot Inc , Yingli Green Energy Holding Company Ltd

Thursday, 29 January 2015

Mahindra raids auto part makers to counter fake products

Mahindra raids auto part makers to counter fake products

The company seized more than a thousand items from raids conducted jointly with the police at shops, traders, packing and manufacturing units in northern India, Mahindra said in a statement on Thursday. Photo: Bloomberg




New Delhi: Mahindra & Mahindra Ltd, India’s leading utility vehicle manufacturer, said it conducted raids across six auto spare part makers and sales outlets in the country, to counter the ‘ever-growing’ threat of counterfeit products.

The company seized more than a thousand items from raids conducted jointly with the police at shops, traders, packing and manufacturing units in northern India, Mahindra said in a statement on Thursday.


The parts most commonly duplicated include air filters, oil filters, pressure plates and clutch plates, Mahindra said. Counterfeit packaging and labels were also found.


“The biggest concern is safety, since counterfeit parts can wreak havoc in a vehicle, from braking failure to triggering a fire,” said Hemant Sikka, chief purchase officer, automotive and farm equipment at Mahindra.


In September, India’s competition watchdog directed car makers to make spare parts more widely available in the after sales market, raising fears this would increase the production and sale of spurious and non-certified generic parts in the world’s sixth-largest car marker.


“We will actively continue our action against proliferation of these parts in the market,” said Sikka, adding that the company also raises awareness among customers about counterfeit products. Reuters




Mahindra raids auto part makers to counter fake products

Sunday, 25 January 2015

India Plans 100 GW Wind Energy Capacity By 2022

January 25th, 2015 by  


The Indian government is looking to set a target of 100 GW under its national wind energy mission. While the mission is being mulled for almost a year it could be launched within months, if not weeks.


wind farm india


During the first meeting of the Council on Climate Change, the impending national wind energy mission was discussed. The mission would see annual capacity addition of 10 GW capacity every year to add 70-80 GW capacity by 2022 adding to the currently operational capacity of 22.5 GW.


The Indian government has already announced and started working on the revised national solar mission. As per the revised plan, a total of 100 GW of solar power capacity will be established by 2022, compared to the initial plan of 22 GW. To achieve this target the government is looking to attract significant foreign investment and provide low-cost finance through national agencies. The National wind energy mission will also be implemented through similar schemes.


The Indian wind energy market has already achieved a significant amount of maturity and is home to some of the leading wind energy companies from around the world. The investors are happy to lend to wind energy projects, especially because the tariffs for wind energy projects have been increasing for the last 2-3 years.


The Ministry of New and Renewable Energy has also been able to get a significant incentive for the wind energy sector re-introduced. The accelerated depreciation was reintroduced during the current financial year, while the ministry plans to provide certainty to the generation-based incentive and plans to the continue it for the next five years with a cost of Rs 15,000 crore (~$2.5 billion).


In addition to the increased support for onshore wind energy sector the government is also planning to promote offshore wind energy market. It has already announced a 100 MW wind energy project in Gujarat. This has prompted private companies to enter the offshore wind energy market. Suzlon Energy has announced a 300 MW project off the coast of Gujarat.


The government would like to announce the initiation of the mission during or before the first-ever RE-INVEST forum scheduled in early February. During the event the government hopes to attract investment worth billions of dollars in several renewable energy markets.


Image Credit: wind turbines in India via Shutterstock


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About the Author



works as a senior solar engineer at Mott MacDonald, a reputed engineering and management consultancy. She has conducted due diligence of several solar PV projects in India and Southeast Asia. She has keen interest in renewable energy, green buildings, environmental sustainability, and biofuels. She currently resides in New Delhi, India.








India Plans 100 GW Wind Energy Capacity By 2022

Saturday, 24 January 2015

Rep. Nolan Discusses Discusses Tariffs Against International Solar Panels


Updated: 01/24/2015 10:33 PM
Created: 01/24/2015 9:39 PM WDIO.com


The U.S. International Trade Commission (ITC) decided to sign off on tariffs against solar panels from China and Taiwan.


The big debate stemmed from the cheap, subsidized products that injured U.S. solar manufactures including silicon energy in Mountain Iron.


Back in December, Rep. Rick Nolan of Minnesota’s 8th District testified before the ITC on behalf of Silicon Energy urging the body to close the loophole in trade law that spurred job losses in Minnesota.


“Unless we want to drive the American wages and quality of life down to the lowest standards in the world which we don’t want to do,” said Nolan. “We have to stop letting these big multi-national corporations dictate our international trade policies, and that’s what this is all about, stop the unfair competition and we can compete.”


Nolan added he’s delighted with the ITC ruling, and he’s glad our local solar manufactures will now have a fair chance to succeed in our economy.






Rep. Nolan Discusses Discusses Tariffs Against International Solar Panels

Friday, 23 January 2015

Hollande, leaders calls for investments in the green economy

DAVOS, Switzerland (AP) — Climate change and poverty took center stage Friday at the World Economic Forum in Davos, where political and financial leaders began campaigning in earnest for twin global accords aimed at cooling the planet and easing the suffering of multitudes.


French President Francois Hollande, Rwandan President Paul Kagame and U.N. Secretary-General Ban Ki-moon were among the power-brokers urgently calling on nations, businesses and people to support two long-sought deals. They warned that the planet will overheat and many children will suffer unless the agreements are clinched this year.


“Future generations will judge us harshly if we fail,” Ban said.


Hollande, who will host the next crucial round of climate talks, called for “huge investment” in green technology to fight global warming and poverty. Talks are slated for December in Paris to set a legally binding climate pact focused on carbon emissions cuts from 2020.


The other set of U.N.-brokered talks is scheduled for September in New York to establish the next round of sustainable development and poverty-cutting goals through 2030.


The United Nations’ first round of development goals adopted in 2000 have significantly reduced global poverty, and the world body has led the campaign for action to combat climate change.


Kagame said the way forward depends on sidestepping “political deadlocks” to encourage more cooperation between governments, businesses and people.


“We are not making a choice between environmental protection and economic development,” he said. “We are rather looking at how we combine both.”


Half the world’s deforestation is linked to hunger, one of the reasons why climate change and poverty reduction are “different sides of the same coin,” said Unilever CEO Paul Polman, adding that falling oil prices give a unique opportunity to invest in new and cleaner technologies.


“We need competitive technology — cheap is a relative term,” Polman said. “Increasingly, we are seeing the green energy is the cheap energy.”



Hollande, leaders calls for investments in the green economy

Thursday, 22 January 2015

Energy By WaterPower your houses with water

Scientists have been strenuous in researching inexpensive sources of energy. As energy ends up being more and more pricey, individuals are craving for new methods that cut their power expenses. The principle of alternative power sources is not new. Alternate energy sources like wind power, water energy and solar energy have actually been in use for centuries. These are additionally called cost-free power sources since there is no fuel required to run them. So except the setup expenses, there is absolutely nothing that you should spend for. Nonetheless, the energy that they give is very restricted.

The typical technique of power generation is by making using of vapor generators. A vapor turbine uses steam to create electricity. Steam moves the wind turbine which in turn triggers the generator to revolve. The generator is a machine that transforms mechanical energy into electrical power. Although this is among one of the most dependable and prolific methods of creating electrical energy, it is quite pricey. Considering that vapor is produced using some sort of energy (charcoal, gas and so on), there are massive variable costs attached to it.

The tradeoff between cost and the called for amount of power is a large problem. Yet you do not need to worry anymore. Energy By Water is right here that can help you. Energy By Water is a transformation in the field of alternate power. It can power your whole residence and is completely FREE. Yes, you heard right. Energy By Water does not require any kind of fuel to work therefore there are no changeable expenses. Merely install it at your website and it could power your property for years to come. No electric expenses, no surcharges and also completely hassle-free.

Power By Water deals with the principle of hydroelectric power. Hydroelectric power (or hydropower) is a method of creating electrical power utilizing water. Water is the thrusting broker for the generator so when water falls on it, it revolves. The generator changes the power into electricity which can be utilized to power a residence. You could have observed that in the whole procedure, no energy is utilized. This is the elegance of hydropower energy. It is complimentary. You don’t should spend a single buck to run it.

Power in Water drops under the subcategory of hydropower called “micro hydro”. A micro hydro system is a small arrangement set up at a home that provides enough power (about 100KW) to power the whole property. Power By Water is an economical method for homes, especially in creating nations where electricity is actually costly.



Energy By WaterPower your houses with water

Wednesday, 21 January 2015

Amazon on Board With Indiana Wind Farm


January 20, 2015


News Release


January 20, 2015


News Release


SEATTLE, Wash. – (NASDAQ:AMZN) Amazon Web Services, Inc. (AWS), an Amazon.com company, today announced that it has teamed with Pattern Energy Group LP (Pattern Development) to support the construction and operation of a 150 megawatt (MW) wind farm in Benton County, Indiana, called the Amazon Web Services Wind Farm (Fowler Ridge). This new wind farm is expected to start generating approximately 500,000 megawatt hours (MWh) of wind power annually as early as January 2016 – or the equivalent of that used by approximately 46,000 US homes1 in a year. The energy generated by Amazon Web Services Wind Farm (Fowler Ridge) will be used to help power both current and future AWS Cloud datacenters. For more information go to http://aws.amazon.com/about-aws/sustainable-energy/.


In November 2014, AWS shared its long-term commitment to achieve 100 percent renewable energy usage for the global AWS infrastructure footprint. The Power Purchase Agreement (PPA) for AWS’s new Wind Farm is an important step toward that goal. AWS introduced its first carbon-neutral region – US West (Oregon) – in 2011. Today, AWS offers customers three AWS Regions that are carbon-neutral – US West (Oregon), EU (Frankfurt), and AWS GovCloud (US).


“Amazon Web Services Wind Farm (Fowler Ridge) will bring a new source of clean energy to the electric grid where we currently operate a large number of datacenters and have ongoing expansion plans to support our growing customer base,” said Jerry Hunter, Vice President of Infrastructure at Amazon Web Services. “This PPA helps to increase the renewable energy used to power our infrastructure in the US and is one of many sustainability activities and renewable energy projects for powering our datacenters that we currently have in the works.”


Pattern Development is a leader in developing renewable energy and transmission assets with a long history in wind energy. Pattern Development’s CEO, Mike Garland said, “We are excited to be working with Amazon Web Services and we commend the Company for its commitment to sustainability and its continued pioneering and leadership in cloud computing. We look forward to working with AWS as it progresses towards its goal of using 100 percent renewable energy.”


About Amazon Web Services


Launched in 2006, Amazon Web Services offers a robust, fully featured technology infrastructure platform in the cloud comprised of a broad set of compute, storage, database, analytics, application, and deployment services from datacenter locations in the U.S., Australia, Brazil, China, Germany, Ireland, Japan, and Singapore. More than a million customers, including fast-growing startups, large enterprises, and government agencies across 190 countries, rely on AWS services to innovate quickly, lower IT costs and scale applications globally. To learn more about AWS, visit http://aws.amazon.com.


About Amazon


Amazon.com opened on the World Wide Web in July 1995. The company is guided by four principles: customer obsession rather than competitor focus, passion for invention, commitment to operational excellence, and long-term thinking. Customer reviews, 1-Click shopping, personalized recommendations, Prime, Fulfillment by Amazon, AWS, Kindle Direct Publishing, Kindle, Fire phone, Fire tablets, and Fire TV are some of the products and services pioneered by Amazon.


1 In 2012, the average annual electricity consumption for a U.S. residential utility customer was 10,837 kWh, an average of 903 kilowatthours (kWh) per month. http://www.eia.gov/tools/faqs/faq.cfm?id=97&t=3


Source: Amazon.com Inc.


January 20, 2015


News Release


SAN FRANCISCO, Cal. – Pattern Energy Group Inc. (NASDAQ: PEGI) (TSX: PEG) (“Pattern Energy”), today announced the addition of 116 megawatts (MW) of owned interest in the 150 MW Amazon Web Services Wind Farm (Fowler Ridge) project to its list of identified Right of First Offer (ROFO) projects from Pattern Energy Group LP (“Pattern Development”). The Amazon Web Services Wind Farm (Fowler Ridge) project, which is located in Benton County, Indiana, has a 13-year PPA to supply Amazon Web Services (AWS), an Amazon.com company, with electricity.


Highlights


-13-year PPA to supply Amazon Web Services with electricity
-Pattern Energy’s first wind project in Indiana
-Increases identified ROFO list to eight projects with 830 MW of total owned capacity


“Pattern Energy is providing wind power to America’s top corporations and looks forward to working with Amazon Web Services upon the acquisition of this exciting new project, which has been added to our growing ROFO list,” said Mike Garland, President and CEO of Pattern Energy. “In the past 18 months we have acquired four projects from Pattern Development with an aggregate owned capacity of 557 MW and have also added an additional five projects, including Amazon Web Services Wind Farm (Fowler Ridge), to the ROFO list with an aggregate capacity of 553 MW.”


“Our agreement on Amazon Web Services Wind Farm (Fowler Ridge) is part of our long-term commitment to achieve 100% renewable energy to power the AWS global infrastructure,” said Jerry Hunter, Vice President of Infrastructure at Amazon Web Services, Inc. “With agreements like this we’re increasing the amount of clean energy we consume while helping enable the construction of new renewable energy facilities.”


Pattern Development expects to begin construction of the Amazon Web Services Wind Farm (Fowler Ridge) project in April and anticipates reaching commercial operation in late 2015 or early 2016. Upon completion, the project is expected to generate approximately 500,000 megawatt hours (MWh) of wind power annually – or the equivalent of that used by approximately 46,000 US homes. [1]


Pattern Development currently owns 100 percent of the 150 MW project and it is anticipated that Pattern Energy will acquire 120 MW of owned interest, with tax equity investors acquiring the balance. The addition of the Amazon Web Services Wind Farm (Fowler Ridge) project increases Pattern Energy’s ROFO list to eight projects with a total owned capacity of 830 MW. In December, Pattern Energy acquired the Logan’s Gap Wind project, which had been part of the ROFO list, growing its portfolio to 12 operational wind power projects with a total owned interest of 1,636 MW.


The list of identified ROFO projects represents a portion of Pattern Development’s 3,000 MW pipeline of development projects, all of which are subject to Pattern Energy’s right of first offer. The table below sets forth the current list of identified ROFO projects:


Asset, Location, Owned MW, Status


-Gulf Wind, Texas, 76, Operational
-K2, Ontario, 90, In construction
-Armow, Ontario, 90, In construction
-Meikle, British Columbia, 185, Ready for financing
-Conejo, Chile, 73, Ready for financing
-Belle River, Ontario, 50, Securing final permits
-Henvey Inlet, Ontario, 150, Signed PPA; late stage development
-Amazon Web Services Wind Farm (Fowler Ridge), Indiana, 116, Ready for financing


Total- 830


About Pattern Energy


Pattern Energy Group Inc. (Pattern Energy) is an independent power company listed on the NASDAQ (“PEGI”) and Toronto Stock Exchange (“PEG”). Pattern Energy has a portfolio of 12 wind power projects, with a total owned interest of 1,636 MW, in the United States, Canada and Chile that use proven, best-in-class technology. Pattern Energy’s wind power projects generate stable long-term cash flows in attractive markets and provide a solid foundation for the continued growth of the business. For more information, visit www.patternenergy.com.


Source: Pattern Energy Group Inc.



Amazon on Board With Indiana Wind Farm

Dominion Virginia Power looking to build first solar energy plant in the state

Norfolk, Va. – Dominion Virginia Power wants to build the first commercial solar energy plant in the state.


The company says it will save money in the long run, but first there will be a slight surge in customer bills.


If Dominion Power gets its way, a field of solar panels will be soaking up the sun in Northern Virginia by the end of 2016.


Dominion filed an application with the Virginia State Corporation Commission to build a $47 million solar energy plant in Fauquier County – the first in Virginia.


Dominion wants to temporarily raise customer’s bills by $.04 each month during construction and then drop $.02 per month once it’s built.


At peak capacity, the Remington Solar Power Plant could power 5,000 homes.



38.720879
-77.790978


Dominion Virginia Power looking to build first solar energy plant in the state

Tuesday, 20 January 2015

Checklist: 7 winter maintenance tips for your home

Keep an eye on your roof


Keep an eye on your roof’s snow load. D.J. Schloss, left, and Doug Metz, right shovel off a roof in Alden, N.Y. on Nov. 20. The weight of the snow has caused problems around the area with roofs collapsing and buildings compromised.


Gary Wiepert / AP


Share Adjust Comment Print


Tempted to shut everything up tight and hunker down when it’s cold outside? That might not be the best move.


Windows, for instance, should be kept uncovered as much as possible to expose the glass to warm inside air, minimizing condensation, says Tamarack Homes in its winter home maintenance guide.


Here are some other winter tips to follow. Some we’ve heard before, but a reminder never hurts.


Open and shut: Leave bedroom doors open when you can for better air circulation.


Bone dry: Hardwood flooring can be damaged if your home gets too dry. Monitor the relative humidity with a hygrometer (a tool specifically designed to measure humidity) and set your humidifier for 30 per cent or higher.


Checkup time: If you haven’t yet done it, get your annual furnace check/cleaning to make sure it’s running as efficiently as possible. Also make sure you’re replacing or cleaning air filters in the furnace, HRV and hood fan either monthly or as needed. Tip: Running your furnace fan throughout the year helps provide ventilation for the house.


Air care: Make sure your indoor air vents (HRV and furnace supplies and returns) are clean and not blocked by dust, furniture or drapes. Air supply vents in the basement should be open.


On or off? Your HRV draws outside air into the house. But on very cold days, you don’t want this dry air, so switch it off.


Outside: Make sure roof louvres, vents and soffits are not blocked. Your attic needs to breathe.




Checklist: 7 winter maintenance tips for your home

Sunday, 18 January 2015

Solar power heating up in Idaho

BOISE, Idaho (AP) — Idaho is going green whether it wants to or not.


The Idaho Public Utilities Commission in the last several months has approved agreements with 13 solar power projects.


A combination of federal regulations, tax incentives, cheaper solar panels and a rate-calculating method developed by the commission itself has made solar power economically attractive.


But commissioners and Idaho Power Co. officials say the projects could end up costing ratepayers more because utilities will face uncertainties by being forced by federal rules to integrate power from a source that fluctuates with the sun.


“There’s a point where we can’t continue to take intermittent power without harming our customers,” said Idaho Power spokesman Brad Bowlin.


The 13 projects spread across southern Idaho add up to about 400 megawatts. That’s enough to power up to 400,000 homes.


The Public Utilities Regulatory Policies Act, or PURPA, created in 1978 is intended to promote alternative resources. It requires power companies to buy electricity at a state commission-approved rate from qualifying small power production facilities.


The Idaho commission in a 69-page decision in December 2012 set those rates based on a methodology that paid more during peak demand times and when other power producing sources, mainly hydro, lagged.


That shifted the renewable energy field in Idaho away from wind power toward solar power. That’s because, experts say, Idaho is windy in the spring and fall. In the spring, hydro projects produce plenty of energy for the region, and in the fall energy demands are reduced.


Solar power hits its peak in the summer, a time when Idaho residents turn on air conditioners.


“It wasn’t too long after that (2012) case that solar power companies began enquiring,” said commission spokesman Gene Fadness. “It gave some developers some certainty as to how much they would be paid.”


Another factor is a tax break for solar power worth up to 30 percent of the cost of a project. That tax break is set to expire at the end of 2016, and companies must have at least part of their projects up and running before the deadline if they want the tax credit.


“Creating a profit incentive to produce clean energy is not a bad thing,” said Joe Miller, an attorney and former Idaho Public Utilities Commission member from 1987 to 1995 who now represents Ketchum-based Intermountain Energy Partners.


The company has seven of the solar projects. Miller said that the price Idaho Power will pay for solar power is based on the 2012 decision and is equal to the price the utility would pay if it produced the power itself.


Idaho Power under federal regulations has to buy that solar power. Currently, the company produces about 1,700 megawatts from hydro projects, 1,100 megawatts from coal plants, and 750 megawatts from natural gas. It has a smattering of smaller power sources as well, including biomass projects and geothermal.


Wind power generates about 675 megawatts, with about 580 of that from PURPA projects.


The company said the problem with wind and solar power is its intermittent nature and how the new projects disrupt the company’s 20-year planning process.


Phil DeVol, the company’s resource planning leader, said the company doesn’t need to add more power producing sources until 2021, yet it will have to accommodate a burst of solar power if the projects are built.


“That’s a real challenge predicting what that market value is 10 years down the road,” DeVol said. “That’s one of the concerns that we have.”


The falling price of solar panels is another driving factor in the solar project increase, experts said. The solar panels are about the size of a desk top, and one of the projects calls for 380,000 of them about 20 miles southwest of Mountain Home. The enormous size of the projects even causes concern for conservation groups who prefer solar to coal.


“That’s a lot of land that’s going to be covered in solar panels,” said Ben Otto of the Idaho Conservation League. But he said the planned projects so far are on private land in areas without significant wildlife value.


“We have to balance this desire for clean energy with protecting the wildlife habitat that we care about,” he said. “These solar projects strike the right balance.”


Southern Idaho is considered a resource rich area for solar developers, so much so there’s concern that solar power could ultimately produce more energy than Idaho can use or Idaho Power can absorb. That’s why the Idaho Conservation League is backing two proposed transmission lines in southern Idaho to export power to surrounding states.


“From our perspective — we’re an environmental group — we need to find a way to produce power that reduces pollution,” Otto said.



Solar power heating up in Idaho

Saturday, 17 January 2015

Beryllium-oxide plant to do own air monitoring

A network of independent, off-site air-quality monitors for a controversial south-side ceramics plant may be dismantled, leaving behind only the plant’s existing in-house monitoring system.


The possibility of shutting down the outside monitoring system for Materion Ceramics Inc. has prompted a debate between company and Pima County officials and neighborhood and environmental groups over the desirability of relying on self-monitoring of the plant’s air-quality impacts.


The company, formerly called Brush Ceramics and Brush Wellman, had a history of worker health problems in the 1990s and early 2000s, and was fined $145,000 long ago for air-quality violations.


The debate comes as the county considers a proposed revision to its air-quality permit for the plant that for the first time would include requirements for the new monitoring system. The Materion plant, the nation’s largest manufacturer of beryllium oxide products, is at 6100 S. Tucson Blvd., north of Valencia Road, in a residential neighborhood with numerous nearby schools.


After the county holds an open house on Thursday and considers written comments, Pima Department of Environmental Quality Director Ursula Nelson will decide whether to approve the permit. If she does, the monitoring study the county has run for more than seven years for the site will be finalized, and the monitors will be shut down.


Called superior

Materion says the electronic-based, in-house monitoring system it’s had since 2011 is technically superior and will provide air-quality data far more quickly than the outside monitoring network can.


Materion’s Triboelectric particulate monitoring system measures particles as they pass over or near a series of five electronic detection probes. The probes create an electronic current in response to the emissions dust. The probes are installed into the ductwork of the plant’s venting system.


The current system of outside air monitors operates in five nearby schools and a transportation building in the Sunnyside Unified School District. Materion pays about $10,000 a year for the monitors’ air filters, and to operate the monitors and analyze the monitoring data. Sunnyside pays about $7,500 a year for staff time to install and remove filters. Pima County’s staff calibrates the monitors and collects the filters when the schools are shut down, but county officials couldn’t estimate their costs.


The Materion plant also has a separate conventional testing system for emissions rising through the plant’s stack, a system the company also plans to scrap if the permit revision is OK’d.


Beryllium, a naturally occurring metal, can be toxic when particles are inhaled. But the current Materion monitoring network has found only one air sample containing beryllium in more than seven years, and that one from 2009 likely was naturally occurring, a county consultant has said.


With the plant’s newer system, alarms are triggered if the electronic currents rise to levels that suggest problematic levels of dust emissions. That gives plant officials the chance to investigate the problem and shut the plant down if necessary, said Ken Harrison, the plant manager.


“It’s a real-time feedback on the performance of air pollution controls,” Harrison said.


It takes 45 days for company officials to get lab analysis data from air samples taken annually from its old stack emission system. It takes three months to get data from the outside monitors, which operate continuously.


But the new system is hooked to a data logger that produces data within a few minutes, Harrison said.


Rather keep old system

A neighborhood association and an environmental justice activist said they’d rather keep the outside monitoring system to have a check on the company.


“We don’t mind that they self-test,” said Cheryl Strickland, president of the Cherry Avenue Neighborhood Association, whose southern boundary is a half-mile north of the plant site but whose turf lies within the Sunnyside District. “We’d like to see someone other than them testing themselves, to be absolutely sure.”


Self-monitoring is convenient for the county, but it raises the possibility that people will manipulate the data, said Rob Kulakofsky, an activist with the Environmental Justice Action Group. “I’m not saying they would, but their past experience hasn’t been too good. I’d rather see someone else doing the monitoring,” he said.


But self-monitoring by Materion would be no different from what happens at the area’s copper mines and at Tucson Electric Power Co.’s south-side Sundt Generating Station, PDEQ officials say.


The current Materion electronic monitoring system was developed in response to requirements put into the 2006 permit — at the environmental justice group’s request — that the company research new monitoring technologies, a PDEQ official said.


“The new system will be much more protective of public health. We and the company will know in a short period if there is a problem,” said Beth Gorman, a PDEQ program manager. “They will be using this particulate detection system in their stack so they would be able to know right away if there is any kind of a leak.”


The new system’s particulate detectors can’t detect beryllium particles, but they can detect changes in the amount of total particulate matter emitted through the stack, Gorman said. This approach would immediately detect any failures of the plant’s primary air filters, she said.


The proposed permit revision also would require Materion to operate particle detectors at any time its air filtration system is on and set off alarm systems within the facility if particle readings exceed a set level, she said. The company would have to keep records of stack emissions, and PDEQ inspectors could conduct unannounced plant inspections, as they can at any permitted facility, Gorman said.


Kulakofsky agrees that real-time testing is a great idea, but he’s concerned that there won’t be specific beryllium tests.


“I’m concerned that what they’ll be showing is dust coming out of stack. It will look like more of a clarity issue,” he said. “There is no proof of whether that dust contains beryllium.”


Materion’s Harrison countered that like the outside monitors, the plant’s older stack testing has never detected beryllium from the plant, suggesting it has no beryllium problem. The new system measures all dust emissions — not just beryllium, he said.


Sunnyside is neutral

The Sunnyside School District isn’t taking sides.


The district is extremely sensitive about environmental-health issues, given Brush’s history and the unrelated history of groundwater contamination from trichloroethylene in the community, said Hector Encinas, Sunnyside’s chief financial officer. But officials don’t have the expertise to determine if the self-monitoring system or the outside monitoring works best, Encinas said.


“We want to make sure the necessary safeguards are in place,” Encinas said. “If the changes guarantee the safety of the facility and are an improvement over current monitoring, we support any measures that are an improvement. If they don’t, we can’t support that.”


Back in 2006, Brush Ceramics and PDEQ signed an agreement calling on the company to pay to operate the monitors. The agreement was signed around the same time the county approved an earlier air-quality-permit revision. The agreement has already run out, however, meaning that the county would have to find another money source to keep operating the outside monitors if it doesn’t approve the permit revision as proposed, Gorman said.


In the past, the Star has reported that 35 workers at the plant had contracted incurable chronic beryllium disease, which slowly suffocates its victims. In 2009, the U.S. Department of Justice announced that it had paid $1.4 million to compensate or care for victims of that disease who worked at the site.


In 2001, Brush Wellman agreed to pay a $145,000 fine for violating county air quality rules after an earlier inspection revealed a clothes dryer was illegally venting air to the outside. The drier laundered worker uniforms tainted with toxic beryllium dust.



Beryllium-oxide plant to do own air monitoring

Future looks green as cost of renewables falls

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Costs of renewable energy have fallen by as much as 75 per cent in the last five years, especially for solar and wind energy. “Onshore wind power …


Future looks green as cost of renewables falls

Friday, 16 January 2015

Green Light NOLA celebrates installing half million energy-efficient bulbs

Green Light New Orleans will mark the installation of 500,000 energy efficient compact fluorescent light bulbs (CFLs) in New Orleans area homes with a celebration at Carrollton Station on Tuesday (Jan. 20).


Executive Director and founder of Green Light New Orleans Andreas Hoffman says the ‘CFLebration’ was organized to thank the supporters, participants, volunteers, and sponsors who had part in reaching the goal. The event is free. Food and beverages from Matt ‘n’ Naddies, Boucherie, Chiba and other local establishments will be available for purchase. 


According to Hoffman, the half million CFLs installed by Green Light New Orleans since 2007 are saving participating residents $23 million in utility costs and reducing carbon emissions by 223 million pounds. CFLs use 75 percent less energy and last 10 times longer than traditional incandescent light bulbs, reducing household utility costs and preventing the release of carbon dioxide.


Green Light New Orleans is a 501(c)3 nonprofit based in New Orleans. Green Light’s mission is to increase household sustainability and decrease energy use by installing energy efficient light bulbs and building backyard vegetable gardens for free in New Orleans homes. Visit www. greenlightneworleans.org to learn more.


Event Details:


What- CFLebration


When- Tuesday, January 20th, 5 p.m.-9p.m.


Where- Carrollton Station Bar, 8140 Willow St.


Music- Andi Hoffmann & B-Goes (6pm) and Sarah Quintana (7pm)


Food- From Matt’n’Naddies, Boucherie, Chiba and more



Green Light NOLA celebrates installing half million energy-efficient bulbs

Wednesday, 14 January 2015

Why Are My Carpets Black or Dark?

By Donald Layton | Jan 14, 2015


What causes filtration soil lines?


Filtration marks are the result of oils and fine particulate molecules that bond to carpets, furniture, walls, and ceilings because of an electrical charge. The old adage, opposites attract is certainly true in this case.


The lines are created because as your furnace or heater runs, the air being loaded with added pollutants, rises and cools, then falling back down and depositing itself on cooler surfaces. This is because warm air is attracted to cooler surfaces.


The air seeks out cooler surfaces like outside walls, other rooms, or passage to cooler places like in the walls or under floors. A building breathes through these cracks and crevices, and as it passes from one place to another, carpeting acts as a trap for the pollutants.


Most homeowners and business people have never really considered that the largest air filters in any building are the carpet, upholstery, and drapes. This is why the lines appear at doorways where the doors are always closed or along the baseboards. As the air passes through the fabric, the oily particles are trapped and the black soil filtration appears.


Why is it so hard to remove?


The oily soils are so small, that they not only form an electrical bond, but they may also fit very nicely onto the very sites on the fiber designed to hold the color of the carpet, also known as dye sites. It makes the filtration soil hard to remove. Even professional carpet cleaners have limited success removing soil filtration lines and spots. If the soil filtration comes out you can consider yourself lucky because it is a very rare occurence.




Why Are My Carpets Black or Dark?

Sunday, 11 January 2015

Time to tap solar power

With the price of oil tumbling to new lows, some are rejoicing that falling consumer prices and low inflation will finally bring the happy days that Prime Minister Narendra Modi promised during his campaign.


For the sake of a healthier India and a safer world, however, rather than ramp up spending on cheaper fossil fuels, this may instead be the moment for a more responsible correction. Governments all over the world should seize the moment to scale back fuel subsidies that cause budgetary distortions and swell deficits. If they are clever, they may even redirect the sums earmarked for subsidy payments to promote investments in wind, solar and biomass energy.


As someone who has long argued for proactive steps to wean the country off its fossil fuel addiction, I was encouraged by the Modi government’s recent moves.


Ahead of hosting the First Renewable Energy Global Investors Meet & Expo next month, the government offered long overdue incentives to grow the solar energy sector. In a written statement submitted to the Lok Sabha in early December, Mr Piyush Goyal, Minister of State for Power, Coal and New and Renewable Energy, announced fiscal and financial incentives, including capital subsidies for off-grid and decentralised solar power generation systems.


Given the vast area of the country that enjoys regular sunshine, a strategy that focuses on smaller decentralised units avoids the need for the costly development or expansion of electrical grids.


Mr Goyal also wisely offered up to 100 per cent financial support to government and non-profit research organisations and 50 per cent to industry and civil society organisations.


We do not yet have a price tag for these incentives, but we can be sure it will be less than the billions earmarked for oil subsidies for this financial year.


Most importantly, it sends an important message to producers and consumers that it is time to embrace renewable energy as a way forward.


India, which imports 75 per cent of its energy, is considered to be among the winners in the drastic fall of crude oil price, which recently reached its lowest levels in five years.


With the price plunging by 40 per cent since just April, it would have been tempting to woo voters with lower prices of diesel, cooking gas and kerosene oil – but doing so would have squandered this historic opportunity to shift the country’s energy policy onto a more sustainable path.


This adjustment could not come soon enough. Following the US-China pact on reducing fossil fuel use, India has come under intense international scrutiny. The announcement by Environment Minister Prakash Javadekar that India has stepped up its use of renewable energy and that about 1.1 million households are using solar energy only helped to underline how far behind India is in this area.


Currently only 6.5 per cent of the country’s electricity is generated from renewable sources, though Mr Modi aims to almost double this in the next three years. From its currently installed 2.8 gigawatts capacity, India plans to grow solar power generation to 100 gigawatts by 2019-20.


According to an International Energy Agency estimate, governments worldwide paid US$550 billion (S$733 billion) in subsidies to offset the price their consumers pay for fuel.


In comparison, wind, solar and other renewable technologies received subsidies of just US$121 billion in 2014. Last year, the bulk of these subsidies was provided by just five countries: Germany (US$22 billion), the US (US$15 billion), Italy (US$14 billion), Spain (US$8 billion) and China (US$7 billion). It is time that India, the world’s third-largest polluter, take its place among countries promoting sustainable and clean energy alternatives.


The forthcoming Renewable Energy Global Investors Meet and India’s readiness to allow 100 per cent foreign direct investment in solar parks will hopefully mark a sunny departure from the coal-powered future that India has pursued so far.


stopinion@sph.com.sg


The writer is editor-in-chief of YaleGlobal Online, published by the MacMillan Centre, Yale University.



Time to tap solar power

Friday, 9 January 2015

Storing excess green energy into methane could balance grid


A proof-of-concept power plant using excess energy from renewable resources to produce methane from biomass will be tested in Sweden.



Developed by engineers from the Karlsruhe Institute of Technology (KIT), the system could help efficiently balance electrical grids strained due to the fluctuation of power production by renewable resources such as wind and solar.


The pilot system, called the DemoSNG unit, is mobile and about the size of a conventional shipping container.


“DemoSNG shows the way to store green power and transport it in our gas grids in the form of methane,” said Thomas Kolb, Head of the Engler-Bunte Institute of KIT, who worked on the project.


The researchers believe producing methane from the excess energy has tangible advantages as the infrastructure for methane and gas distribution already exists.


In addition to producing methane from biomass-based carbon dioxide, the surplus energy could also be used to power electrolysis to produce hydrogen.


“The variable operation modes were the biggest challenge during development,” explained Siegfried Bajohr of the Engler-Bunte Institute (EBI) of KIT, the project’s leader.


The DemoSNG unit achieves better results than previous concepts thanks to the use of a nickel-based catalyst contained in metallic honeycomb-like structures, similar to those used in cars to neutralise exhaust gases.


The system produces hydrogen, carbon dioxide and carbon monoxide by gasification of biomass and turns those directly into methane and water.


If further green power excess is left after the completion of the methanation, it can be employed to power electrolysis of the resulting water to produce hydrogen.


“As conventional methanation processes reach their limits at this point, we have developed a new reactor concept,” Bajohr said. ”The DemoSNG plant shows that our concept also works in a large-scale pilot plant.”


The team has completed first tests and is about to ship the unit to Köping in Sweden for integration into gas flows of a biomass gasification plant utilising wooden residues.


The team said the system’s innovative honeycomb catalyst makes the technology suitable for operations of plants of various sizes including smaller and medium facilities.




Storing excess green energy into methane could balance grid

Tuesday, 6 January 2015

DEVICES TO HARNESS FREE POWER, EVEN A CENTURY PRIOR TO!

The idea of cost-free energy from resources, is barely a current advancement or development. Believe it or otherwise, a device to harness cost-free energy was established more than a century earlier. The inventor was none aside from Nicole Tesla, taken into consideration by lots of as the father of electrical energy. In 1899, at Shoreham, Long Island, Tesla constructed a substantial magnifying transmitter, a gadget that can transform glowing energy always present in the setting to electric power. However, his innovative invention did not obtain the promotion it should have, and also continues to be in obscurity even today, because of a number of factors.


For the financing of his significant project, Tesla required the help of an investor, J. P. Morgan. Tesla tried to keep the entire effects of his tool from his investor, however ultimately was required to expose the complete opportunities of the magnifying transmitter. Rather than being elated by this creation, the financier feared the substantial downward influence it would certainly have on electrical companies, as well as rejected additionally funding of the project. He also visited the degree of lobbying various other financiers to avoid them providing money to Tesla.

Tesla’s research laboratory was burned to the ground, though there was no evidence causing the investor for this act. As well as eventually, Tesla’s long for ‘Free energy for All’ experienced a really early end.


Or did it? True enough, the magnifying transmitter did not get the expected interest and also popularity. People, to this day, rely upon hydroelectric and also fuel based power plants for their power needs. But Tesla’s suggestions did transcend to a variety of fanatics all over the world that kept functioning tirelessly on the idea of complimentary energy over the years. And during a century, a number of efficient and also reputable tools have actually been built that make it possible for the conversion of energy from complimentary resources to electric power.


Free Energy systems established with deep knowledge and extreme care are available. Such systems can be conveniently set up in your house, with very little knowledge. When established, they offer your power needs for several years and years. You won’t have to pay significant power bills any longer!



DEVICES TO HARNESS FREE POWER, EVEN A CENTURY PRIOR TO!

Report: WIPP contractor still has air issues to fix



………………………………………………………………………………………………………………………………………………………………….

The contractor for the WIPP nuclear repository still must resolve issues with underground ventilation to protect workers from bad air, according to a U.S. Department of Energy review.


Nuclear Waste Partnership “does not have a sound engineering approach to determining the minimum ventilation rates that will ensure safe conditions for underground workers,” the DOE’s Office of Enterprise Assessments said in a critical Dec. 29 report.


Air flow in the deep underground repository has been severely restricted since a Feb. 14 radiation leak contaminated WIPP with americium and plutonium, shutting down the facility.


The reduced air flow has limited the amount of work that can be done underground as WIPP tries to recover. Running the diesel equipment used to haul salt from the mine and accomplish other tasks is especially an issue.


“The identified deficiencies are significant and need to be addressed before WIPP begins to use diesel engines underground,” the DOE said in its report. “Although operation of diesel equipment at WIPP under the current conditions will be challenging, it can be accomplished safely underground if appropriate safety controls and restrictions are developed using a sound engineering approach,” DOE said.


Don Hancock, a WIPP watchdog with Albuquerque’s Southwest Research and Information Center, said, “You can’t have people breathing in diesel fumes because that is a health risk. The way you alleviate the risk is to have a higher air flow so it dilutes the fumes and they are not dangerous to the workers.”


At the time of the release, high-efficiency air filters kicked in to clean the underground air of radiological contaminants before expulsing the air into the environment. Those filters are still running.


The fans associated with those filters can move only about 60,000 cubic feet of air per minute – roughly one-seventh of the air flow underground before the radiation release, according to Hancock.


In a statement, the DOE’s Carlsbad Field Office said resolution of the ventilation issues already was being addressed at the time of the assessment.


NWP is “revising ventilation plans” based on the current mine configuration and is also putting in place air monitors that would continuously sample air for diesel particulates, the statement said.






Report: WIPP contractor still has air issues to fix

Legislative preview: Energy credits, lake cleanup to top agenda

Among lawmakers’ top environmental priorities this session will be reducing greenhouse gas emissions and improving Lake Champlain’s water quality. Meanwhile, advocacy groups will press lawmakers to pass first-in-nation policies designed to protect the climate.


Renewable Portfolio Standard


Vermont lawmakers plan to craft a new renewable energy program requiring utilities to own power generated from wind, solar and other renewable resources.


The policy aims to reduce greenhouse gas emissions from entering the atmosphere when fossil fuels are burned to produce electricity. Greenhouse gas emissions are one of the causes of climate change.


The Shumlin administration is proposing a new policy that would also affect the heating and transportation sectors, which together account for most of the state’s carbon emissions.


The renewable portfolio standard, commonly referred to as an RPS, would replace Vermont’s primary renewable energy program, known as SPEED. The current SPEED program put in place voluntary goals and would fall short of achieving the state’s long-term energy goals, according to a state study.


The new program would require the state’s utilities to retain ownership of credits that are used to account for the renewable energy generated between the states that share New England’s electric grid.


Renewable energy credits, or RECs, can be traded in a marketplace. Until now, Vermont utilities have sold the vast majority of their RECs to reduce rates for customers. In 2013, utilities generated nearly $50 million from selling RECs. Under proposed policy changes, utilities will need to keep some of these RECs or purchase them to comply with renewable energy targets.


Republican leadership say they will not support a policy that increases electric rates. But the Shumlin administration has committed to a policy that will create a “net positive” impact on rates.


To do so, the administration is looking at all energy sectors — including heating and transportation — in order to save residents money on the whole. This means electrifying these sectors, officials say, by encouraging air source heat pumps to replace oil furnaces and electric vehicles to replace gas guzzlers.


The administration has not released specifics, but has said it will do so early in this legislative session.


The state’s SPEED program sunsets in 2017. To implement a program overhaul, utilities, developers and financiers will need time to adjust to the changes.


But the state must make changes soon because some states may no longer purchase Vermont’s RECs, according to David Hallquist, CEO of Vermont Electric Co-op.


Hallquist said some states are questioning the credibility of Vermont’s RECs. Even though the RECs have been sold out-of-state for cash, utilities are allowed to count the credits to meet a voluntary renewable energy goal in 2017.


If other states refuse to purchase the RECs, then Vermont electric rates will face upward pressure.


“We know something has to be done because Connecticut and Massachusetts are questioning our double counting of the RECs. And that said, we run the risk of losing all of our ability to sell and exchange RECs, which would be a 6 percent impact on rates for us,” Hallquist said.


Rep. Tony Klein, D-East Montpelier, who chairs the House Natural Resources and Energy Committee, is already working on an RPS bill.


Rep. Tony Klein. VTD file photo by Josh Larkin.

Rep. Tony Klein. VTD file photo by Josh Larkin.



He said the program will likely provide a credit for thermal efficiency and extra credit for distributed forms of renewable energy, such as net-metered solar.


Andrew Savage, a strategist with the solar manufacturer AllEarth Renewables, said he would like to see extra credit given to projects that are built in-state.


“We simply can’t expect to rely on other states to be hosting our renew[able] energy projects and I don’t think we want them to from an economic standpoint either,” he said.


Lake Champlain


Federal environmental regulators are watching lawmakers this session to determine whether Vermont is committed to restoring Lake Champlain’s water quality.


The Shumlin administration presented a plan to the Environmental Protection Agency in May, and recently proposed a fertilizer tax and development fee to pay for it.


Lawmakers will have to put the plan and the funding into action or the EPA could step in with inflexible regulations and pull federal funding from the state.


Klein said his committee will share the responsibility of passing legislation with the House Fish, Wildlife and Water Resources Committee. Last year, lawmakers sought to raise money for the cleanup, but the tax proposal lost steam before the bill made it to the House floor.


This year, Klein said raising money for Lake Champlain is one of his committee’s top goals. He also said there needs to be coordination on the cleanup effort, not just between state agencies, but with regional planning commissions, towns and local planning commissions.


Energy siting


Solar panels in East Montpelier. VTD/Josh Larkin

Solar panels in East Montpelier. VTD/Josh Larkin



As Vermont seeks to reduce greenhouse gas emissions in an effort to curb climate change, undeveloped countryside is becoming spotted with solar panels and windmills that generate renewable electricity.


Residents have fought some of these projects, claiming they are located too close to residential areas or sensitive natural resources, such as wetlands or mountaintops.


Now, Klein, a leading proponent of renewable energy development, is seeking to set higher standards for renewable energy development in Vermont.


“I think what we’re experiencing is the result of the success of the programs that we put in place. We have had rapid development of something that we wanted to see developed. With the good now comes unforeseen consequences. I think that is what we are experiencing today,” he said. “We don’t want to stop what’s good. We don’t want to stop development. There is a lot of good that is being done.”


Last year, former Sen. Bob Hartwell, D-Bennington, chair of the Senate Natural Resources and Energy Committee, attempted to pass a bill that would give local communities a say about energy projects under review before state regulators. Another bill would have put in place new screening standards for solar projects.


One bill was torn apart by renewable energy advocates who said it will stall progress on the state’s renewable energy goals. The solar siting bill was shot down on the Senate floor during an evening vote last year.


But since last session, more towns have become frustrated with the siting of utility-scale solar projects in their communities. New Haven voted against a solar project. Rutland Town placed a siting restriction in their town plan. A state official said more projects are being located on wetlands, floodplains and wooded areas.


Klein said some local communities feel shut out of the regulatory process, a concern voiced for years by utility-scale energy development critics like Vermonters for a Clean Environment. He said otherwise, it puts a “black eye” on the industry.


“We need more of these projects. But they need to be done in a responsible way and we can’t always depend on developers to be responsible,” he said.


The number of applications for renewable energy projects continues to grow, and environmental regulators will seek more money this session to review the environmental impacts of these projects, a state official said.


Ratepayer Relief


The rising cost to build a natural gas pipeline through Addison County has prompted lawmakers to question whether utility customers should pay for all infrastructure projects equally.


Vermont Gas’ pipeline project has jumped in cost by 80 percent since regulators first approved the project in December 2013. While regulators decide whether to review the project for a third time, the bump in cost is likely to be shouldered, in part, by Vermont Gas customers.


Some lawmakers are beginning to ask why Gaz Metro, a Canadian energy company, and its shareholders are not required to pay for unexpected cost increases.


“If their project is so good on its own merits, what are the investors paying for it? Maybe we need to change that,” Klein said of the pipeline project. “It is certainly not the ratepayers that are funding the development of solar, for example. That’s private money that is put at risk. Maybe Gaz Metro has to put their money at risk if this is such a good project.”


Natural gas, unlike solar, is a regulated industry in Vermont. State regulators determined the pipeline from Colchester south to Middlebury would benefit the state as a whole, and therefore the company can use ratepayer money to build it.


Democratic lawmakers this year questioned whether ratepayers should be responsible to pay for the cost of legal settlements, fines and public infrastructure cost overruns. Among them was Senate Committee on Finance Chairman Tim Ashe.


Sen. Tim Ashe, D/P-Chittenden, is chair of the Senate Committee on Finance. Photo by Roger Crowley/for VTDigger

Sen. Tim Ashe, D/P-Chittenden (center), is chair of the Senate Committee on Finance. Sen. Anthony Pollina, P/D/W-Washington is at right. Photo by Roger Crowley/for VTDigger



Ashe said he does not plan to produce a bill to address the problem, but said he wants to better understand how certain costs are recovered.


“I don’t know if we spend enough time thinking about the fairness of how those costs are allocated,” Ashe said. “Right now, the consumer always winds up picking up the tab.”


Divestment


Climate change activists will renew their call for the state to halt its investment in coal, oil and gas companies, and one lawmaker says he will introduce first-in-the-nation legislation to do so.


Sen. Anthony Pollina, P/D/W-Washington, has drafted a bill that would divest state employees’ pension holdings from the top 200 fossil fuel companies over five years.


Institutions and local governments have pledged to divest more than $50 billion in assets from fossil fuel companies as of September, according to a recent study. Thirty-eight percent of these pledges have come from educational institutions — including Sterling College and Green Mountain College in Vermont. However, no state government has divested any assets.


The group 350.org will again lead a nearly solo effort to lobby the Legislature on divestment this session. The Shumlin administration has described divestment as “not the sharpest tool” to address climate change. State Treasurer Beth Pearce has opposed an outright divestment strategy, arguing that it is better to use the state’s fiduciary stake in companies to call for change, among other reasons.


The Vermont Pension Investment Committee (VPIC) has $109 million invested in oil, gas and coal companies.


Carbon Tax


An alliance of environmental, business, academic and other advocacy groups launched a campaign to tax carbon emissions in Vermont. A carbon tax is designed to create a disincentive to purchase fossil fuels — much like a sin tax for tobacco or alcohol — and generate revenue that would be used to assist a transition to cleaner fuels and to promote efficiency.


The idea received pushback from fuel dealers in Vermont and Shumlin has not backed the proposal. Democratic leadership in the Legislature also appears hesitant to support the new tax.


Klein said a carbon tax bill would not pass this session. He said the topic itself has caused anxiety and scares people. That’s why he said he plans to host committee meetings on the overall subject of climate change.


“I think we need to be very, very careful in our effort to move forward that we don’t do anything that makes us go backward,” he said. “I’m concerned about that.”


A tax on carbon aims at reducing heat-trapping greenhouse gas emissions caused by burning fossil fuels. Scientists expect a warming climate will increase the severity of storms, among other calamities. The federal government has declared six major disasters in Vermont since Tropical Storm Irene in 2011.


“It’s way more expensive cleaning up than it is to prepare for it and to minimize impacts,” Klein said.



Legislative preview: Energy credits, lake cleanup to top agenda

Monday, 5 January 2015

Two More Indiana Wind Farms Join NIPSCO Complaint over Tx Upgrades

By Michael Brooks


wind farmsTwo of the world’s largest wind farms have joined a complaint against Northern Indiana Public Service Co., asking the Federal Energy Regulatory Commission to cut the $35.8 million bill the utility assessed them and others in connection with transmission upgrades needed to reduce congestion that has caused frequent curtailments.


NIPSCO charged Fowler Ridge, Meadow Lake and seven other wind farms $50.4 million to build the upgrades and an additional $35.8 million to operate them over 35 years.


FERC ruled Dec. 8 that the 1.71 multiplier NIPSCO used to calculate the operating costs is too high. But it denied a request by the original complainant, E.ON Climate and Renewables North America, to eliminate it entirely. Instead, it directed NIPSCO and E.ON to enter settlement proceedings to determine a fairer rate (EL14-66).


The owners of the Fowler Ridge and Meadow Lake wind farms, located in western Indiana, filed their complaint last week (EL15-34), saying they wanted to ensure they would share in any refunds resulting from the resolution of the E.ON case.


Fowler Ridge and Meadow Lake companies were part of a group of Indiana wind farm owners that negotiated last year with NIPSCO a transmission upgrade agreement to alleviate congestion on the utility’s system.


E.ON estimated its Pioneer Trail and Settlers Trail wind farms, with 300 MW of combined capacity, lost between $9.8 million and $11.7 million in 2013 when grid operators forced them to curtail their output due to congestion.


Because MISO’s Tariff does not include a procedure for calculating the cost of transmission upgrades that require customer funding, the RTO instructed the wind companies to deal with NIPSCO directly.


E.ON said it immediately objected to the operating cost multiplier but that both MISO and NIPSCO refused to file the agreement on an unexecuted basis — an action that would have allowed FERC to rule on it before it went into effect. NIPSCO also refused to go through with the upgrades unless E.ON and the other companies signed the agreement and paid the total cost upfront, E.ON said.


“[G]iven the continuing curtailments, the only avenue was to agree to the terms of the proposed” agreement and hope that FERC would find it unjust once it was filed in February 2014, E.On said. FERC accepted the agreement in late March, and E.ON filed its complaint in June.


The 600-MW Fowler Ridge, jointly owned by BP Wind Energy North America and Dominion Resources, and the 526-MW Meadow Lake, owned by EDP Renewables North America, rank among the largest wind farms in installed capacity. Collectively they make up 73% of Indiana’s total wind capacity, according the U.S. Department of Energy.


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Two More Indiana Wind Farms Join NIPSCO Complaint over Tx Upgrades

Global Solar Power Market


LONDON, Jan. 5, 2015 /PRNewswire/ — Frost & Sullivan estimates that global solar market revenues will grow between 2014 and 2020 despite the economic uncertainty in the global markets. A number of government sponsored initiatives are expected to boost the proportion of energy coming from ‘green sources’ and political willingness will also be a key driver of this market.With climate change high on the agenda for most governments, renewable energy has come to the forefront as one of the solutions proposed to combat global warming. Incentive mechanisms are also an important factor encouraging investments for the growth of the solar power market.


Key Findings


-Frost & Sullivan estimates that the global solar market revenue decreased by % in 2013 compared to the previous year. Market revenue is estimated to reach $ billion in 2020 growing at a compound annual growth rate (CAGR) of %. The market is expected to follow a positive growth pattern throughout the forecast period despite economic uncertainty in the global market.


-As a result of significant overcapacity and price decline of photovoltaic (PV) modules, the market registered negative growth in 2013 and larger global suppliers of PV panels struggled to make a profit, with some of them filing for bankruptcy.


-In 2013, the industrial and public projects segment accounted for the majority of the annual installed capacity at % and will be the fastest-growing segment for annual capacity installed at a CAGR of %.


-One of the key drivers for this market has been defining the structure of feed-in tariffs (FiTs) for solar PV-generated power. Favourable legislation should continue to propel the growth of the industry as a whole.


-A number of government-sponsored initiatives are expected to boost the proportion of energy coming from green sources, and political willingness will also be a key driver of this market throughout the forecast period. With climate change high on the agenda for most governments, renewable energy has come to the forefront as one of the solutions proposed to combat global warming.


Growth in the solar power market is impacted by the level of insolation that a region receives. Insolation is defined as the amount of solar energy reaching the earth, which is usually strongest on and around the equator and is measured in kWh/m/day.


-Higher latitudes have lower insolation levels, therefore, some regions are unattractive markets for solar PV.


Key Findings


(continued)-According to the European Photovoltaic Industry Association (EPIA), ”China and India will lead the way as PV prices fall and economies rapidly develop in countries located ±° around the equator.” China and India have become the most attractive markets over the last years. Most large PV module manufacturers are building up their capabilities with tie-ups and alliances in these countries. Increased investment into this market is a result of the likely introduction of FiT systems, adequate solar radiation, and increasing awareness of renewable technologies.-With increased technological efficiency, the cost of generating solar energy has decreased significantly, though the installation and maintenance costs still remain relatively high. Therefore, incentive mechanisms are an important factor encouraging investments for growth of the solar power market.-The reduction of emissions from greenhouse gases (GHGs) and other pollutants is a priority for many countries, while energy efficiency is one of the most cost-effective ways to enhance security of energy supply. In many ways, energy sufficiency is one of the drivers impacting growth of the solar power market.-The competitive landscape of the solar power market has been extremely dynamic with companies registering high growth at one point and declaring bankruptcy a few years later.-Low manufacturing costs in Asia, particularly China, have resulted in the liquidation of some industry pioneers such as BP Solar, Photowatt (one of the first PV companies to become profitable), and Evergreen Solar (which closed its solar division, as was the case for BP). Q-Cells also closed down (although it was later rescued by BMW heir, Quandt). Suntech declared bankruptcy in March 2013.-However, the market currently looks quite buoyant and Frost & Sullivan expects the market revenue to reach $ billion in 2014, an increase of % over 2013.


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Global Solar Power Market