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Showing posts with label Power. Show all posts
Showing posts with label Power. Show all posts

Tuesday, 26 April 2016

Fewer breezes led to less wind power generation in West last year

SALT LAKE CITY — The wind didn’t howl quite as fiercely in 2015 in Utah and eight other states across the West, leading to the nation’s smallest increase in wind generated power in 16 years.


A recent analysis by the U.S. Energy Information Administration said weather patterns in the western portion of the United States created only a 5.1 percent increase in wind generated power over 2014. By comparison, electricity from wind generation grew by nearly 20 percent in 2013 and by about 8 percent in 2014.


Dampened wind production in the West dominated the first half of 2015, when El Nino weather patterns fueled more pronounced wind generation in the central portion of the United States.


Utah, like California, experienced wind generation declines between 5 and 10 percent. Oregon, Idaho and Wyoming all saw decreases of between 10 and 15 percent.


The country continued to add wind generation capacity, which grew by nearly 13 percent last year. Texas accounted for 44 percent of that growth and is the nation’s top generator, producing 24 percent of U.S. wind power, according to the analysis.


Wind energy makes up 4.7 percent of U.S. electric power generation, second to hydroelectric in the renewable energy sector. Energy Information Administration analysts predict that more capacity will bring wind generation above the 5 percent mark by the end of this year. The Bureau of Labor Statistics, too, reports that employment of wind turbine technicians is expected to grow 108 percent through 2024, much faster than average for all professions as new capacity comes online.


Across the country, 11 states get more than 10 percent of their power generation from wind.


Utah is among those states this year that are adding more wind power. The 60-megawatt Latigo Wind Park came online in March in San Juan County and operates under a 20-year power purchase agreement with Rocky Mountain Power.


Beaver County is home to a 306-megawatt wind farm that had been operated by First Wind until it was acquired by renewable energy giant SunEdison in a business deal finalized this year.


SunEdison declared bankruptcy last week after a binge buying spree left it cash strapped.


Scott Albrecht, economic development director for Beaver County, said he met with company officials after the bankruptcy announcement to get a status update on how the development might affect planned solar projects in the county.


SunEdison completed six 3-megawatt solar projects in Beaver County and has three larger, 80-megawatt solar farms in varying stages of development.


“We’re still confident they will be completed and operational,” he said.


A fourth, 100-megawatt solar farm has yet to be constructed, so its fate is less certain, Albrecht said.


Email: amyjoi@deseretnews.com


Twitter: amyjoi16



Fewer breezes led to less wind power generation in West last year

Thursday, 14 April 2016

Wind Power Transmission Line Plans Move Foward

If all goes according to plan, 400,000 megawatts of low-cost wind power from the Oklahoma Panhandle will be pumped into the Mid-South by 2020, allowing residents to power their homes and businesses with eco-friendly renewable energy.


The Plains & Eastern Clean Line, a 700-mile overhead, direct-current transmission line that begins on a wind farm in Oklahoma and culminates at a converter station near Millington, won a major approval from the U.S. Department of Energy (DOE) late last month. That approval clears the way for construction of the line, which is set to begin in late 2017.


“West Tennessee and Memphis will be the hub, not just for transportation and logistics, but also for renewable energy,” said Clean Line Energy co-founder and executive vice-president of development Mario Hurtado, referencing the Millington area substation the company will build for the project. The wind energy will be sold to the Tennessee Valley Authority (TVA), which provides power to Memphis Light, Gas, and Water customers and other utilities across the South. — Bianca Phillips


click to enlarge flyby_mariohurtado.jpg

Flyer: How would you explain the Clean Line Energy project?


Mario Hurtado: This project is basically a super-highway or pipeline, but in the form of electric transmission to take the cheapest energy in the country and get it, in the most efficient way, to Arkansas, Tennessee, and the rest of the Mid-South.


An hour of wind energy from the Panhandle costs about two cents [to produce] and two cents to get it to TVA and the rest of the Southeast. Four cents for wind energy on a long-term basis with zero emissions, we think is a very good deal.


Wind energy is extremely inexpensive right now, and part of that has to do with federal policy. For people in the Tennessee Valley, that means the opportunity to save billions of dollars on their electric bills.


Was the DOE approval the last hurdle?


This is the last regulatory approval, but we still have some permits to get on the environmental front. We have some commercial engineering milestones. This approval from the federal government allows us to do a lot of the work we need to do in Arkansas and Oklahoma.


Some Arkansas property owners protested the project because they didn’t want a transmission line going over their property. Are you still working to get permission to build the line through Arkansas?


There are more than 2,000 parcels on the transmission line, and we have to talk to every one of those landowners. We’re working very hard to start that conversation. We need to continue to do that, which is why we have time now to purchase more right-of-way and make sure people understand our compensation package for easements and how we want to treat them fairly and compensate them properly to build a transmission line on their land.


When the transmission line gets built, the landowners still own the property. They just give a limited permission for that transmission line to be there. And it takes up very little land on the ground because most of it is in the air.


Once the line is built, people can still farm on [the land], ranch on it, or use the property however they want. We are paying them the full market value for square footage for that right-of-away. We pay based on the market value of the property, and in addition to that, every year the project receives revenue, they will receive a piece of that revenue for having granted the easement for the transmission line.


How is this more eco-friendly?


We’re connecting to a power source, which is wind energy, that doesn’t have any emissions and has a very low impact. This country has been shifting from coal-fired power generation, from boilers that burnt coal, to [power] generation that is much cleaner.



Wind Power Transmission Line Plans Move Foward

Tuesday, 5 April 2016

Tricon Boston seeks licences for wind power generation

KARACHI: Tricon Boston Consulting Corporation, a subsidiary of Sapphire Group, has approached the National Electric Power Regulatory Authority (Nepra), seeking generation licence for three of its wind power plants of 50MW each being setup in Sindh, a statement said on Tuesday.


The generation plants are being setup with a cost of $114 million each and all the three plants with a cumulative capacity of 150MW are expected to commence commercial operations by the end of 2017.


Tricon Boston Consulting Corporation (Pvt) Limited is a special purpose vehicle set up by Sapphire Textile Mills Limited to develop, own and operate 3x50MW wind farm as an independent power producer (IPP) in Sindh.


The IPP has carried out a detailed technical and financial feasibility study and has obtained approval for the same from the panel of experts of the Alternative Energy Development Board (AEDB).


Currently, the company is in the process of finalising the engineering, procurement, construction and the operation and maintenance contracts, it said.


The thermal depression of South Asia and the monsoon winds shape up Pakistan’s southern coastal areas and northern mountain areas into a land rich in wind energy resources.  The costal wind-energy-rich areas normally refer to Southern Sindh and the vast plateau to the east and the northeast of Karachi City. The relative shortage of conventional energy resources in Pakistan and the hike in fuel prices worldwide spurred the Pakistan government to find alternative sources, including wind power.


The government of Pakistan has formulated a policy to standardise and encourage the participation of private sector in the development and application of renewable energies.



Tricon Boston seeks licences for wind power generation

Saturday, 26 March 2016

Power line gets US green light

WASHINGTON — President Barack Obama’s administration signed off Friday on Clean Line Energy Partners’ plans to build a power line across much of Oklahoma and all of Arkansas, drawing praise from environmentalists but condemnation from some on Capitol Hill.


The Houston company’s $2.5 billion project, shifting electricity generated by Oklahoma wind farms to consumers in the southeastern United States, “is necessary to accommodate an actual or projected increase in demand for electric transmission capacity,” U.S. Energy Secretary Ernest Moniz wrote Friday.


The Energy Department will work with Clean Line on construction of the 705-mile-long high-voltage line, he said.


Section 1222 of the Energy Policy Act of 2005 gives the department the “authority to design, develop, construct, operate, own, or participate with other entities in designing, developing, constructing, operating, maintaining, or owning … electric power transmission facilities.”


This is the first time the department has used its Section 1222 powers, which can be exercised only in the event demand increases or is expected to rise.


Clean Line President Michael Skelly said Friday that his company hopes to break ground on the line toward the end of next year and to complete the project by mid-2020.


Clean Line says the power line would enable it to ship cleaner, lower-cost electricity east of the Mississippi River, creating hundreds of construction jobs in Arkansas and sparking $500 million in direct investments statewide.


The line cutting across Arkansas would carry 4,000 megawatts, enough power to supply 1 million homes. Unlike fossil fuel plants, the wind farms would produce the power without releasing millions of tons of carbon dioxide and other pollutants into the air, company officials say.


The line would enter Arkansas just north of Van Buren and would exit the state south of Wilson in southern Mississippi County if the preferred route is adopted.


A converter station in Pope County would enable up to 500 megawatts of the power to be delivered to Arkansas customers. The rest would cross into Tennessee, reaching the Tennessee Valley Authority and its 16,000 miles of power lines that stretch across seven states.


Arkansas government officials and many landowners along the path have opposed construction of the Plains & Eastern Clean Line project, saying it would be an eyesore, lower property values, endanger migratory waterfowl and force landowners to sell property against their will.


The company failed to win approval for the line from state regulators, but Clean Line filed an application with the U.S. Energy Department, seeking its approval.


The department said Friday that it would back Clean Line.


“Moving remote and plentiful power to areas where electricity is in high demand is essential for building the grid of the future,” Moniz said. “Building modern transmission that delivers renewable energy to more homes and businesses will create jobs, cut carbon emissions, and enhance the reliability of our grid.”


Moniz’s decision drew criticism from all six members of the state’s congressional delegation.


They also voiced support for legislation that would prevent the Energy Department from using eminent domain to obtain land without approval from the state and — if it crosses Indian property — from the relevant tribe.


U.S. Sens. John Boozman and Tom Cotton are the first two sponsors of the APPROVAL Act — also known as the Assuring Private Property Rights Over Vast Access to Land Act.


“Today marks a new page in an era of unprecedented executive overreach as the Department of Energy seeks to usurp the will of Arkansans and form a partnership with a private company — the same private company previously denied rights to operate in our state by the Arkansas Public Service Commission. Despite years of pushback on the local level and continuous communications between our delegation and Secretary Moniz, [the Energy Department] has decided to forgo the will of the Natural State and take over the historic ability of state-level transmission control through this announcement,” the delegation members said in a joint written statement.


“We now will begin the process of careful review over [the department’s] decision and will continue to address our concerns through any avenue necessary. Section 1222 of the Energy Policy Act of 2005 establishes specific conditions that must be met before this authority is used, and we expect the Department to release all details of their review so that our staff and Congressional investigators will be able to continue the process of oversight,” the statement said. “It is our firm belief that the [the department] has overstepped its bounds, and reversing this decision through the passage of the APPROVAL Act remains a top priority.”


The act, introduced in February 2015, has been referred to the Senate Energy and Natural Resources Committee.


Asked about the criticism, Skelly said, “I think that with any infrastructure project, again, if it’s a road or a pipeline or a railroad or a transmission line, you will run into some objections. … We believe this project is very good for Arkansas,”


He said his company is moving forward “under the current set of laws” but would adjust if the legal standard changed.


“We do take some issue with the prospect of laws changing when a project has been underway and many, many millions of dollars have been invested. … We do not believe that is the sort of thing that fosters investment, but again, we’ll work under the provisions of whatever laws are out there,” he said.


While politicians were critical of Clean Line, environmental groups voiced support for the project.


“The Sierra Club is celebrating today’s decision, which is a giant step toward bringing clean energy to our state and region,” Arkansas Sierra Club director Glen Hooks said in a written statement. “Putting thousands of megawatts of clean wind energy onto the grid — including 500 megawatts for Arkansas — will undoubtedly lead to less dirty coal and gas being burned for electricity. We are on our way to cleaner air, healthier citizens, and a booming clean energy economy.”


The Arkansas Wildlife Federation also approved.


“The Plains & Eastern Clean Line transmission project will provide substantial amounts of low-cost clean energy to Arkansas consumers, enabling significant pollution and water use reductions, for the benefit of people and wildlife in the Natural State,” President Ellen McNulty said in a news release.


Meanwhile, Arkansans who oppose the project said it’s not time to surrender.


“I’m a native Arkansan. I love my beautiful state. I don’t want to see another interstate-wide corridor carved across it, basically to pad the pockets of investors from New York and Great Britain,” said Julie Morton, a Crawford County resident and longtime Clean Line critic.


The fight will continue, she said.


“This is a new phase of the struggle and we’re fully prepared … to go on with our battle,” she said. ” I want the people of Arkansas to understand that this is still not a done deal. There are many hurdles that Clean Line still has to clear before they can build this monstrosity.”


Metro on 03/26/2016



Power line gets US green light

Somerset dog park upgrades with solar power

Posted: Friday, March 25, 2016 10:28 pm




Staff photo by Dylan JohnsonThree new solar panels at the Jager and Friends Dog Park gathered lots of solar energy during the nice weather Thursday at the Georgian Place in Somerset. The panels can be seen on top of the shed at the park.






Somerset dog park upgrades with solar power

Saturday, 12 March 2016

Sindicatum's 22-MW solar power plant opens at Clark Freeport

The US$40 million solar power plant will ‘provide alternative power supply to the growing power needs of the locators’ in Clark






Jun A. Malig



Published 9:26 AM, March 13, 2016


Updated 9:26 AM, March 13, 2016








CLARK FREEPORT ZONE, Philippines – Singapore-based Sindicatum Renewable Energy Company (SREC) inaugurated last Friday, March 11, its 22-megawatt solar power plant in this former United States military base, initially producing 4 megawatts.


The US$40 million solar power plant will “provide alternative power supply to the growing power needs of the locators” here, the Clark Development Corp. (CDC), a subsidiary of the Bases Conversion and Development Authority which manages the 4,400-hectare main freeport and the 27,600-hectare special economic sub-zone, said in a statement.


Situated at a leased 25-hectare area in Calumpang village, Mabalacat City within the freeport, the solar power plant is a joint venture between the SREC; Armstrong Asset Management, a Singapore-based private equity company; and Mabalacat Solar Philippines, Inc. (MSPI), a Philippine owned company.


MSPI’s chairman Jose Leviste Jr. is a member of the advisory board of Sindicatum Group, the parent company of SREC.


Last year, SREC contracted the India-based Sterling and Wilson Pvt. Ltd. to set up the 22-MW solar power plant.


The CDC said it is the first renewable energy project in the freeport that would provide clean, adequate and low-cost power supply to residents and locators here and serve as an initial step towards the government owned and controlled corporation’s “commitment to reduce carbon footprint inside Clark.”


The solar power plant, which is also seen as a support utility for the 9,450-hectare Clark Green City at the sub-zone, was completed last Monday, March 7, and is already interconnected with the Clark Electric Development Corporation and registered with the National Grid Corporation of the Philippines (NGCP) for the eventual supply of excess power to the Luzon grid.


The CDC expects the solar power plant to operate to its full capacity within this month or as soon as it is registered with the Wholesale Electricity Spot Market and secures NGCP’s approval to connect as a power generator.


The state-owned corporation said the SREC will also build a 25-MW solar power plant near the Clark Green City in the future.


Aside from the solar power plant here, the Department of Energy has approved two other solar power projects in Pampanga. These include the 23-MW plant of Raslag Corporation in Mexico town and the 50-MW plant of the Solar Power Utilities Generator Corporation in Porac town. – Rappler.com


Solar panels image courtesy Shutterstock




Sindicatum"s 22-MW solar power plant opens at Clark Freeport

Tuesday, 8 March 2016

How Uruguay Became a Wind Power Powerhouse


Sierra de los Caracoles wind farm in Uruguay. Photo by UTE/Wikimedia Commons



When it comes to renewable energy generation, the South American country of Uruguay is a huge success story.


The developing nation went from having virtually no wind generation in 2007 to become a double world-record holder in less than a decade. By 2013, it was receiving the largest share of clean energy investment as a percentage of GDP, and in 2014, installed the most wind per capita of any country. By mid-2015, the country had installed 581 megawatts (MW) of wind capacity, providing an average 17 percent of total electricity generation over the year. Wind energy is now cost competitive in the nation, and is displacing the most expensive fossil-fuel generation.



Using Climate Finance in Transformational Ways


Uruguay is at the forefront of a growing movement of countries, communities and individuals who are transforming the way they generate and use energy. Meeting the goal of the Paris Agreement to keep warming well below 2 degrees Celsius (3.6 degrees Fahrenheit) in order to prevent dangerous climate change will require a rapid and deep reduction of emissions. To achieve this countries will, among other things, need to fundamentally transform their energy sectors away from fossil fuels and towards clean, renewable energy.


In our new working paper, Transformational Climate Finance: An Exploration of Low-Carbon Energy, we look at how funding can be used to bring about such large-scale, long-term and rapid changes in the energy sector to boost renewable energy and energy efficiency. In order to understand how climate finance can deliver this “transformational” change, we analyzed case studies covering a variety of geographies, energy sources and degrees of transformation.


Uruguay’s wind sector was one of the most successful cases we found. The way it achieved results provides powerful lessons for other nations looking to transform their energy systems, and for funders such as the Green Climate Fund, whose Board is meeting this week to consider how it can best fulfil its mandate to promote a “paradigm shift towards low-emission and climate-resilient development pathways.”


What Motivated Uruguay’s Energy Change?


Uruguay’s wind development was driven by a desire to increase energy security. The country had relied heavily on hydropower historically. But with a decade of dry years between 1997 and 2007, hydro’s share of electricity generation fell from more than 90 percent to around 50 percent, leading to an increase in fossil-fuel imports (the country has no domestic reserves). By 2007, imported fossil fuels provided a third of generation. In addition to import costs, the increased reliance on fossil fuels added to the fiscal burden of providing residential subsidies. Given the steadily rising electricity demand, the government sought ways to diversify its energy sources.


How Did Uruguay Pursue an Energy Transformation?


In 2007, Uruguay secured an initial grant of $1 million from the Global Environment Facility, delivered through the UN Development Programme, and put up $6 mil­lion in co-financing from its national budget. This funded the Uruguay Wind Energy Programme, which ran until 2012 and focused on policy reform and technical capacity building.


The Wind Energy Programme supported the Government of Uruguay in creating an ambitious national policy on renewable energy. This included crafting a competitive bidding mechanism for large-scale renewable energy development and a feed-in tariff for smaller-scale systems, which allowed non-utility power producers to sell renewable energy to the grid at standardized prices. The state-owned utility was required to buy all clean power generated. To encourage early development, producers receive a higher price for electricity generated from projects that came online before 2015.


The government also used funding to train staff at the national electricity utility on how to work with renewable energy sources to integrate them into the grid. With little prior experience in dealing with variable generation, the state utility developed a demonstration wind farm and created a renewable energy technology curriculum at Uruguay’s Universidad de la República to train its staff. The utility also conducted outreach to developers and investors to build their knowledge and address perceptions of risk in the wind sector. Dialogues among stakeholders also helped regional cooperation, with Uruguay now working with the Bra­zilian utility Eletrobras to develop wind projects along their shared border.


What Does Success Look Like?


Uruguay’s reforms provided the policy stability and technical expertise to kick-start wind investment, with the nation now receiving more than $1 billion a year in investment for clean energy. The country has continuously exceeded its wind targets. The government aimed to have 300 MW of installed wind capacity by 2015, which was increased to 500 MW as development beat expectations. Uruguay now aims to generate 38 percent of its electricity from wind by the end of 2017, more than doubling the current share.


Uruguay demonstrates how using climate finance for smart policy and effective training can have a transformative effect on low-carbon energy development. With a few million dollars in public funding, the country created an enabling environment for renewable energy development that allowed billions of dollars in private investment to flow, resulting in rapid wind power deployment.




How Uruguay Became a Wind Power Powerhouse

Sunday, 28 February 2016

Wind power industry leaders to gather at Boston conference

BOSTON (AP) – Offshore wind power will be the focus of a gathering of business leaders and lawmakers in Boston this coming week.


The U.S. Offshore Wind Leadership Conference kicks off February 29 and runs through March 1 at the InterContinental Hotel in Boston.


U.S. Sen. Edward Markey, a Massachusetts Democrat, is the event’s keynote speaker.


Topics will include Europe’s experience with wind energy and the U.S.’s emerging industry in states like New Jersey, Maryland, Rhode Island and Massachusetts.


Deepwater Wind CEO Jeff Grybowski will talk about his company’s aim to build the nation’s first offshore wind farm.


The Providence-based company began work last July on a five-turbine farm off Block Island in Rhode Island. It also plans to build a farm of at least 200 turbines between Block Island and Martha’s Vineyard.



Wind power industry leaders to gather at Boston conference

Friday, 26 February 2016

Revolutionary new solar power plant generates energy all day and all night

A new solar plant has opened in Southern Nevada that can generate energy both during the day and at night, overcoming what has traditionally been one of the biggest drawbacks to solar power. The Crescent Dunes Solar Energy Plant located about 225 miles northwest of Las Vegas is capable of generating 110 megawatts of power. That’s enough to reach about 75,000 homes.



solar power, SolarReserve, Crescent Dunes, solar energy plant, molten salt battery, Las Vegas, Nevada


While it’s not running at full capacity quite yet, stored heat is then used to convert water to steam and drive electricity-producing generators.



This system allows the plant to deliver power on demand, not just when the sun is shining. The salt can retain heat for months at a time, so the occasional cloudy day shouldn’t interrupt the availability of electricity. Best of all? There are zero emissions, the water use is minimal, and of course, there’s no hazardous waste created as a byproduct of the process.


So far, SolarReserve CEO says the molten salt receiver is working even better than initially expected. If this technology continues to perform well, it could be the answer to more stable solar power, perhaps finally overcoming the advantages of coal or gas. (One more added bonus? SolarReserve claims that unlike other similar arrays, their plant has managed to avoid frying birds.)


Related: Morocco switches on phase one of the world’s largest solar plant


Crescent Dunes Solar Energy Plant was constructed over a period of about four years, at a cost of almost $1 billion. About $737 million of that money came from federal loan guarantees. While that may sound like a hefty price tag, the project brought more than 1,000 people to the nearby town of Tonopah and provided a boost to local businesses during construction. It’s also going to serve as the second-largest individual source of tax revenue for Nye County, contributing nearly $3 million in property taxes every year.


+ Solar Reserve


Via Las Vegas Review Journal




Revolutionary new solar power plant generates energy all day and all night

Wednesday, 17 February 2016

Tata Power orders 100 MW of Inox wind turbines

tata-power-orders-100-mw-of-inox-wind-turbines Wind farm in India. Author: Yahoo. License: Creative Commons, Attribution 2.0 Generic

February 16 (SeeNews) – Indian wind turbine maker Inox Wind Ltd (BOM:539083) said Tuesday it will deliver 100 MW of its machines for a project in Gujarat state under a repeat order from Tata Power Renewable Energy Ltd (TPREL).


The project at Rojmal is TPREL’s fourth one with Inox Wind. Before it, the wholly-owned unit of Tata Power Co Ltd (BOM:500400) had ordered over 300 MW of wind turbines from the firm.


As part of the new turnkey contract, Inox Wind will provide services ranging from development and construction to commissioning of the plant. In addition, it will also provide operations and maintenance services over the long term.


The company will supply and erect 50 pieces of its 2MW DFIG 100 rotor dia wind turbine. The machines will be used for the expansion of a 400-MW wind complex, 140 MW of which are already operational, according to the press release.  


Tata Power has over 600 MW of commissioned wind and solar power capacity. The value of the current contract was not disclosed.



Tata Power orders 100 MW of Inox wind turbines

Tuesday, 16 February 2016

Govt planning huge thrust to revive biofuel, hydro power: Piyush Goyal

Piyush Goyal, Minister or state with independent charge for power, coal, new and renewable energy, admitted at the Make in India, Mumbai edition that biofuel and hydro power had taken a bit of a backseat recently, but added that there would be a big thrust to get them going again.


“We ask ourselves: can we do away with petroleum products for biofuel?” said Goyal. He said solar and wind had matured “to a level in India” and the focus of his ministry will now be on biofuel. “Now, we want an end-to-end solar manufacturing base in India,” added Goyal.


Responding to a question on whether the manufacture of polysilicon filaments was power-intensive and raised production costs, Goyal said his ministry had been working with states to give sops to companies making the product. “Jharkhand and Chhattisgarh have some amazing incentives for such companies,” Goyal added.


The minister also said that he would try to woo international companies to invest in India and left the door open to both debt or equity inflows.


Funding, however, he said would not be issue — a statement that was echoed by Rana Kapoor of Yes Bank as well, in a later address.


“I expect manufacturing costs to get cheaper in the next 18 months,” said Goyal. The costs, however, would only drop if Indian banks stepped forward especially when it came to working capital, said Tulsi Tanti, MD, Suzlon Energy.


Tanti explained that capital was difficult to come by and urged Karnam Sekar, deputy managing director, SBI and Kapoor of Yes Bank to be proactive. “The government should take care of the hedging… you could hedge power cost for 25 years and make back some of the investments,” said Tanti.


He also asked the minister to relax the norms on energy export. “We need more research and development facilities in India or… five per cent rebate,” Tanti added. He said that if some of these were made available, solar energy manufacturers could drop the price by Re 1. The solar power rate currently is Rs 4.34 a unit, a record low. Goyal said he was hoping that solar power would break the Rs 4 threshold soon.


The minister also asked entrepreneurs to take on the challenge put forth by wind energy.


Currently, India produces 5,000 Mw of solar energy and 18,000 Mw of wind energy. According to the Workd Bank, the country plans to reach 100,000 Mw production of solar energy and 60,000 Mw of wind energy by 2020.




Govt planning huge thrust to revive biofuel, hydro power: Piyush Goyal

Saturday, 30 January 2016

Koraput admin plans solar power units in 56 sevashrams

Koraput: To ensure continuous power supply to sevashrams (residential school meant for SC and ST students) in the interior pockets of Koraput, the district administration has decided to set up rooftop solar power units at 56 hostels during the current financial year.


“Owing to remoteness, these schools are either not electrified or the power supply is erratic. The students face difficulties while studying at night,” said collector (Koraput) Jaya Kumar V.


Official sources said eight sevashrams with 250 to 600 students from each of the 14 blocks in the district have been shortlisted for the project. The final 56 will be picked from these. The units will be set up in at least four sevashrams in each block.


“Bulbs and fans could be run using solar energy. These schools will be supplied LED bulbs, which consume less power,” said district welfare officer (Koraput) Trinath Rao.


Around 5 lakh will be spent on installing each unit and funds from Gopabandhu Gramin Yojana will be used for the purpose, he said.


“Depending on students’ strength, we get monthly electricity bill ranging from Rs 5,000 to Rs 10,000. The solar power units will bring down the expense,” Rao added.


There are 154 sevashrams in the district and these are being run by ST and SC development department. arlier, the administration had installed solar energy-powered hand pumps in 151 sevashrams to help the students draw water from tubewells.



Koraput admin plans solar power units in 56 sevashrams

Monday, 18 January 2016

NALCO to expand Suzlon-built wind power project to 27000 households capacity

suzlonNational Aluminium Company or NALCO has awarded to Suzlon a contract to double its wind energy production capacity to 100.80 MW, the wind energy company said.


The project will be capable of providing power to around 27,000 households and reducing “0.10 million tonnes of CO2 emissions per annum.


NALCO which is a public sector enterprise of the Government of India is also Asia’s largest integrated aluminum company.


The corporate forayed into the renewable energy space in the year 2011 by entering into a partnership with Suzion for setting up its maiden 50.40MW wind power project in the state of Andhra Pradesh.


Suzlon will be responsible for the entire project lifecycle, from development to construction and commissioning including operations, maintenance and services of the project for an initial period of 10 years.


The project comprises of 24 units of S97-90 m tubular towers with rated capacity of 2.1Mw each and is scheduled for completion in FY2017.


The S97-90 m hub height wind turbine generator features Doubly Fed Induction Generator (DFIG) technology.



NALCO to expand Suzlon-built wind power project to 27000 households capacity

Wednesday, 13 January 2016

Suzlon makes solar power entry with projects in Telangana

Last Modified: Thu, Jan 14 2016. 02 57 AM IST


The projects will be completed through six separate special purpose vehicles across the state—one of 100 MW, one of 50MW and four of 15MW each



Mumbai: Wind turbine maker Suzlon Energy Ltd on Wednesday announced its official entry into the solar energy segment, receiving letters of interest (LoI) for the 210 megawatts (MW) of solar power projects that it won in Telangana through a competitive bidding process in August 2015.


The projects will be completed through six separate special purpose vehicles (SPVs) across the state—one project of 100 megawatts, one of 50MW and four of 15MW each, Suzlon said. The firm had quoted tariff of between Rs.5.49 and Rs.5.69 per kilowatt hour (kWh) for the six projects.


Suzlon did not disclose the investments for these projects, but people in the industry with knowledge of the matter said the total cost for setting up a similar solar power capacity would be roughly Rs.1,300 crore.


State utility Southern Power Distribution Co. of Telangana Ltd had in April 2015 invited bids for 2,000MW in solar photovoltaic projects by way of competitive bidding. The auction attracted more than 100 bidders and several firms, including SkyPower Global, Suzlon, Shapoorji Pallonji and Co. Ltd, Mytrah Energy Ltd, Acme Solar Energy Pvt. Ltd, ReNew Power Ventures Pvt. Ltd, won parts of the 2,000MW capacity at tariffs upward of Rs.5 per kWh.


Suzlon hopes to sign six power purchase agreements (PPAs) with state utilities for a 25-year period this month. The projects will be commissioned within the current financial year.


For Suzlon, which in recent years had struggled with muted growth, falling market share and high debt, the foray into the country’s sunrise sector will be a new avenue of growth. The company, which supplies turbines for wind energy producers, had a total consolidated debt of Rs.10,801.28 crore as of September 2015.


“Several companies that had earlier been focusing on the wind power market in India have now actively started looking at the solar market. This includes Ostro Energy, Mytrah and CLP Power India, apart from Suzlon,” said Jasmeet Khurana, associate director (consulting) at Bridge to India, a boutique consultancy.


India has a target of installing 100 gigawatts (GW) of solar power capacity and 60GW of wind power capacity by 2022.


Overseas investors and global renewable energy firms along with domestic firms are making a beeline for India—a market that is gaining prominence in the renewable energy segment.


At the state-held auctions, which require companies to manage land acquisition on their own, tariffs quoted have been upward of Rs.5. But projects won under the Jawaharlal Nehru National Solar Mission (NSM), where state-run NTPC Ltd is looking to provide ready infrastructure to developers within its solar parks, tariffs bids have turned aggressive.


Solar tariffs for projects bid under NSM touched a record low of Rs.4.63 when US-based SunEdison Inc. won a 500 MW tender by NTPC in November.


The Indian renewable energy unit of Japan’s SoftBank Group Corp. also won a project under NSM at Rs.4.63 in December.


“Solar and wind are complementary, hence we will leverage our project execution capabilities and end-to-end solutions to deliver solar projects,” said Tulsi Tanti, chairman of Suzlon Group, in a statement. “We are also working on integrated renewable energy solutions by combining wind and solar projects at a single location.”


Of the six SPVs, one is already a Suzlon subsidiary while the other five have been acquired, the firm said in the statement. “These acquired companies do not have any operations or assets currently and are acquired primarily to be used as SPVs for the proposed solar projects,” said Suzlon in the statement.


Mint’s Gireesh Chandra Prasad in New Delhi contributed to this story.



First Published: Thu, Jan 14 2016. 12 34 AM IST



Suzlon makes solar power entry with projects in Telangana

Sunday, 10 January 2016

Half Of the World's Newest Power Plants Are Using Renewable Sources


pv power plant



Nearly half of all the world’s power plants brought online in 2014 produce their energy by renewable means. No longer a niche market, rapidly expanding green energy is set to become the world’s main source of electricity within twenty years.


The International Energy Agency (IEA) says that green energy is currently the second-largest source of the world’s electricity, and it is gaining ground against its non-renewable and more polluting fossil fuel counterparts. A record high of 130 GW of renewable energy capacity was added to the power sector in 2014, in part due to supportive government policies and subsidies for solar and wind projects. While coal is still the world’s most relied-upon fuel for power plants, there has been a clear shift towards cleaner renewable energy sources, according to IEA’s World Energy Outlook 2015 report, published in November. They predict that at the current rate of the industry’s growth, renewables-based generation will reach 50% in the European Union, 30% in China, and 25% in the United States and India by 2040.


Global economic growth is expected to continue at current rates, and energy demand will grow by nearly one-third between now and 2040, according to the IEA report. They predict that China will soon reach a plateau of economic growth, and their demand for coal will remain stable or decrease in the next decade, but there will be dramatic increases in the energy demands of other countries in the developing world, like India and Indonesia. By 2040, Asia will be the consumer of up to 80% of all regionally traded coal and oil. But even as they pour more energy into their growing economies, many of those nations are also working towards better energy efficiency, adopting new technologies and government policies that aim to reduce energy waste. With improved efficiency and a global and regional shift towards wind and solar energy, we can expect a dramatic reduction in the rate of growth of energy-related carbon emissions coming from the energy industry.


Even so, emissions are expected to continue rising, with a global average temperature increase of almost 3C predicted by 2100. That temperature rise would have global implications: changing weather patterns and a rise in sea level will affect agriculture and increase water scarcity in many regions. The IEA report suggests that a “major course correction” will be necessary in order to reverse that trend and reach the world’s climate goals. The report also warns that measures towards energy efficiency and the shift towards renewable energy could be undercut by consistently low oil prices. With cheap fuel giving less incentive to developing economies to reduce their oil consumption, up to 15% of the potential energy savings from efficiency measures would be lost. Up to $800 billion of energy efficiency investments planned for the next 25 years could be discouraged if the price of oil remains low.


The price alone, though, isn’t enough to cripple green energy’s rise to the top spot in energy production: continued subsidies and government policies that benefit oil and coal companies are keeping the playing field uneven and putting green competitors at a disadvantage. It says something about current global attitudes towards climate that green energy power plants are being built so quickly despite the cheap appeal of the status quo.



Half Of the World"s Newest Power Plants Are Using Renewable Sources

Monday, 4 January 2016

Investors look to India as the next solar power

Equipment suppliers see opportunity in country’s ‘massive’ renewable energy aspirations



An Indian worker sprays water onto panels of India©AFP

As recently as a few months ago, the alternative energy targets announced by Indian prime minister Narendra Modi’s government in 2014 seemed wildly overambitious — even to solar electricity enthusiasts in the industry. But a surge of investment in solar power stations now makes them look merely optimistic.


“In 2009, when I said that India would have 2 to 3 gigawatts [of solar energy] by 2015, people said ‘That’s not possible’,” says Inderpreet Wadhwa, founder and chief executive of Azure Power, one of the country’s biggest producers. “Today we have 5GW running.”




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Mr Wadhwa left a technology career in California after he came home to India on what was supposed to be a short personal trip eight years ago and saw the “huge” opportunities presented by the shortage of electricity.


He started with small solar plants for electricity-hungry districts and rooftop systems for companies to replace costly diesel generators.


Today, Azure Power — which is part-owned by the World Bank’s International Finance Corporation as well as Foundation Capital and Helion Ventures and is poised for an initial public offering — is one of dozens of domestic and international investors putting money into building or supplying equipment to large-scale solar photovoltaic power stations across India.


Mr Modi has championed solar power and helped launch a global solar alliance at the Paris climate summit to mobilise an attention-grabbing $1tn of funds worldwide by 2030.


India itself, with current electricity grid capacity of less than 300 gigawatts, aims to increase its solar installations from below 5GW now to 100GW by 2022 — more than double the present solar capacity of China and Germany, the two biggest solar nations.


The latest contract awards suggest that, in sunny India at least, solar power can compete head-on with coal in terms of price, albeit not in terms of 24-hour availability.


SB Energy — a joint venture between Japan’s SoftBank (which has promised 20GW or $20bn of solar investment in India), Bharti Enterprises of India and Foxconn of Taiwan — last month won a reverse auction for a 25-year, 350MW project in Andhra Pradesh.



The price of the electricity to be sold, Rs4.63 per kilowatt hour, equalled the record-low winning bid of SunEdison, the struggling US group, for a 500MW project auctioned earlier in the same state.


That price, says Mr Wadhwa, is cheaper than for the power to be supplied by recently auctioned projects using imported coal. “Maybe another year, and you’ll be cheaper than new domestic coal projects as well,” he says, noting that Indian conglomerates with interests in coal are now among the active bidders for solar plants.


According to the US-based Institute for Energy Economics and Financial Analysis, which promotes green power, investments of over $100bn have been announced for Indian renewable energy in the months since last February by companies and lenders from east Asia, Europe and India itself.


“India is executing one of the most radical energy sector transformations ever undertaken, and this year [2015] has shown that the flow of finance is matching the ambition,” the IEEFA’s Tim Buckley said in November.


Bridge to India, a consultancy, says some 9GW of solar projects are under development, portending “a massive jump in India’s total installed capacity” in 2016. BMI Research, part of Fitch, has raised its forecasts for solar projects in the coming years, projecting “solar capacity to reach nearly 45GW by 2024 — short of the government targets but a ninefold increase from current installed capacity levels”.


For all the optimism among investors and suppliers — Ulrich Spiesshofer, who heads Swiss engineering group ABB, sees India’s “massive aspiration on renewable energy” as an opportunity for more equipment contracts — they will have to deal with two big challenges if they are to make profits.


The first problem is the grid, which needs to be extended and modernised, especially if it has to handle sometimes volatile supplies of renewable energy. India’s grid currently can handle 272GW in all, of which less than 30GW is from renewable sources, “and there are already issues of evacuation [of power from the plants],” says Manish Shrivastava, a fellow at the Energy and Resources Institute, a think-tank.



If that is solved — and organisations such as the Asian Development Bank are investing heavily in grid improvement — investors face the question of whether bankrupt Indian state electricity distributors or even central institutions can be relied on to pay the agreed cost for a quarter of a century when prices are in constant decline. In Mr Modi’s home state of Gujarat, a solar pioneer, the state distribution company has even mounted a challenge against the pricing of a past agreement it signed itself.


Such issues are not unique to India — Spain enraged solar investors by retroactively cutting subsidised prices five years ago — and investors hope the reverse auction system applied to most contracts since 2010 is sufficiently robust and transparent to protect their interests.


Anurabha Ghosh, chief executive of the Council on Energy, Environment & Water, a research group, says India is trying to achieve what Germany did to develop alternative energy over two decades, but in half the time.


While many see the mission as a “leap of faith”, he reckons India can succeed, even if it reaches the 100GW mark a few years late. “The solar ambitions are definitely reachable,” he says.



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Investors look to India as the next solar power

Thursday, 31 December 2015

Solar Power And Solvatten Saving Lives

It looks like a fairly ordinary plastic jerry can for water; but using the power of the sun and some clever but simple technology, Solvatten makes contaminated water safe to drink without the use of chemicals – and heats it as well.


The Solvatten unit opens like a book into separate 5 litre containers. When water is poured into each side, it first passes through a replaceable 35 micron mesh fabric filter that removes large particles.


Each side of the black container has a transparent face constructed from durable plastic. This allows for the penetration of UV-B light; which kills pathogens.


Depending on conditions, the water is pathogen-free after 2-6 hours in direct sunlight and piping hot; up to 75°C.  Solvatten also includes an easily-deciphered signal that indicates to the user when the water is good to go – a sad, red face changes to green and happy.


It’s a simple device, but sturdy and should last for 7 – 10 years, with only the fabric filter needing changing occasionally.


Solvatten water purifier


The impact of Solvatten in the communities where it has been distributed is quite remarkable.


A study found a reduction of the prevalence of diarrheal disease from 27% to 11.6% among children under 5 years old in a village where the device was used.


According to the Center For Disease Control, diarrheal diseases account for 1 in 9 child deaths worldwide. Even in cases where children don’t die; these diseases can impact on childhood growth and cognitive development.


Solvatten also has a positive impact on carbon emissions and deforestation. In villages where contamination is an issue; water is often boiled – requiring firewood. The same applies for hot water for washing, bathing and cooking.


The United Nations Framework Convention on Climate Change (UNFCCC) web site states just in Nairobi’s urban slums, 22,000 tonnes of greenhouse gas emissions have been avoided over four years of Solvatten use.


More than 40,000 Solvatten systems are currently being used each day by more than 200,000 people around the world.


Solvatten has a donation program where a contribution of €30 (around AUD $45) will provide for a family’s (5-6 persons) water needs for years.


Solvatten could also be a handy tool for campers here in Australia. While focusing on supplying developing nations, the device is apparently available for purchase by personal buyers direct from Solvatten (a price wasn’t visible on the web site).



Solar Power And Solvatten Saving Lives

Tuesday, 22 December 2015

7 temples get solar power units


To bring down expenditure towards power consumption



Seven temples in Tiruchi, Perambalur and Pudukottai districts are being provided with solar power units with a view to bring down the expenditure towards power consumption.


The Rockfort Sri Thayumanaswamy Temple in Tiruchi, Sri Mathura Kali Amman Temple in Siruvachur, Sri Subramanyaswamy Temple in Kumara Vayalur, Sri Vekkali Amman Temple in Woraiyur, Sri Jambukeswarar – Akilandeswari Temple in Tiruvanaikovil have set up the solar power units.


According to officials, the solar units of varying capacities depending on the requirement have helped bring down the power bill, although the plan involved an initial investment of Rs. 3 lakh to Rs. 9 lakh depending on the capacity of the solar power plants.


The Tamil Nadu Generation and Distribution Corporation (TANGEDCO) accords special concession to temples and levies Rs.7 a unit.


Even then, the temples have to shell out a huge sum ranging between Rs. 20,000 and Rs. 30,000 as bi-monthly expenditure towards energy bills.


The temples have been using the green energy during the day while in the night they switch over to the power supply from the TANGEDCO. Sources said that the bi-monthly electricity bills has come down by about Rs. 5,000 for the Rockfort Sri Thayumanaswamy Temple, Rs. 10,000 for the Sri Subramniaswamy Temple in Kumara Vayalur and by Rs. 4,000 at Sri Mathura Kaliamman Temple in Siruvachur.


The HR and CE Department introduced the plan about a year ago and the plan is being implemented in a phased manner at the temples where power consumption was more than Rs.20,000. However, sources said that additional quality should be ensured for the solar power units. “We are unable to operate the computers using the solar energy. Further, low voltage has been a problem in a few ‘prakarams’ and shrines,” they said.


A few private companies vie with one another in furnishing the lowest tender for the temples.


“But, that should not dilute the quality,” says the source. Further, the HR and CE officials want back-up facility to be provided by the TANGEDCO so that the green energy generated during the summer could be best utilised in the night too.







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7 temples get solar power units

Friday, 18 December 2015

Dark days for solar power as UK subsidies are slashed

Dark days for solar power as UK subsidies are slashed


Support for rooftop solar energy in the UK has just been cut, with subsidies for domestic projects slashed by nearly two-thirds – a little less than the 87 per cent threatened in the summer, but still disastrous. Can solar initiatives survive?


Rewind to early November. At a gathering for the opening of a community-energy conference in Ware, a Hertfordshire town about 30 kilometres north of London, there was every reason to feel like we had all run out of juice.


In August, chancellor George Osborne had effectively pulled the plug on community-owned generation of renewable electricity by revealing that he would slash the feed-in tariff (FIT) subsidy for solar photovoltaics, the sum paid for surplus energy exported to the grid.


This was a bitter blow and still is, despite the slight softening of the cuts unveiled yesterday. Solar PV is the cornerstone technology for many such projects. Our own energy cooperative, Hertford Energy Now (HEN), had already installed panels on one school and we had hoped to repeat the process on 12 more.


Like many community-energy groups, we were relying on the FIT to repay investors in the community who had helped raise funds to buy the panels. Then in October, Osborne also cut the tax incentives that had helped encourage those investors.


Together, these two actions seemed to strangle the hopes of many communities aiming to make their own electricity. One early casualty occurred in Balcombe in Sussex, where a community-energy group set up to counter a fracking threat had to pull out of its flagship solar farm. For HEN, the changes threatened almost …


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Dark days for solar power as UK subsidies are slashed

Tuesday, 15 December 2015

SoftBank, Bharti & Foxconn JV bags first major solar power project in India


SBG Cleantech Ltd, a joint venture between SoftBank Group Corp., India’s Bharti Enterprises Ltd and Taiwan-based Foxconn Technology Group, has bagged a 350-megawatt (MW) solar power project in Andhra Pradesh after it matched the record low bid seen in the previous round.


SBG Cleantech won the project, under the Jawaharlal Nehru National Solar Mission (NSM), at a bid of Rs.4.63 per kilowatt-hour (kWh), according to people familiar with the bids.


India’s solar power tariff touched a record-low of Rs.4.63 last month when US-based SunEdison Inc. won a 500MW tender put out by state-run NTPC Ltd in Andhra Pradesh under NSM. SBG Cleantech lost the project as it bid higher at Rs.4.80 per kWh.


This is the first renewable energy project that SBG Cleantech Ltd has won in India. The venture was set up in June after SoftBank Corp.’s Masayoshi Son pledged to invest least $20 billion in solar energy projects in India.


An email sent to SBG Cleantech was not immediately answered.


The entire 350MW capacity is meant for a single project inside the solar park developed by NTPC, which will also be the buyer of the power produced from the plant.


The auction which concluded late on Monday night also saw Yarrow Infrastructure Ltd, a part of IndiaBulls group, bid at Rs.4.64, while Azure Power India Pvt. Ltd bid at Rs.4.76 and Reliance CleanGen Ltd bid at Rs.4.88.


Other bidders, who quoted a tariff above Rs.5 per kWh included Goldman Sachs-backed ReNew Solar Power Pvt. Ltd, China’s Trina Solar’s unit Mira Zavas Pvt. Ltd, and Marikal Solar Parks Pvt. Ltd, a unit of American photovoltaic module maker First Solar Inc.


“SoftBank is surely establishing itself as a serious and competitive player in the market. The company is likely to be a strong contender in the upcoming national bids as well,” said Jasmeet Khurana, associate director—consulting at Bridge to India, a boutique consulting firm.


Recent bids show that there are only about 10 to 12 developers who have the appetite to continuously try and take up large projects at current tariff levels, Khurana said.


Some expect the upcoming auction at Rajasthan—to be held later this year for a capacity of 420MW—to see more aggressive bids.


Some industry experts, however, have raised concerns over the viability of projects won at aggressive tariffs.


“This raises questions on the long-term viability. The advantages these companies (SunEdison and SoftBank) had in these two bids is that the plants would be at solar parks so they do not have to worry about setting up everything on their own. Also, NTPC is more bankable than any other state distribution companies,” said Bharat Bhushan Agrawal, senior analyst—India solar at Bloomberg New Energy Finance.


SunEdison, the world’s largest renewable energy company, is also increasing focus on India, its second largest market after the US. China’s Trina Solar and Russia’s OAO Rosneft, Italy’s Enel Green Power are among other global companies looking to invest in the Indian solar market.


India has raised its 2022 solar energy target to 100 gigawatts (GW) from 20GW as part of the Narendra Modi-led National Democratic Alliance (NDA) government’s efforts to lower dependence on coal-fuelled electricity.


India has a $250 billion investment opportunity in the renewable energy sector, Piyush Goyal, minister for power, coal and renewable energy, said at Mint’s fifth energy conclave in New Delhi in September.


Also Read: India: SunEdison calls off deal to acquire Singapore-based Continuum Wind


 India: SunEdison to sell 400 MW of solar power capacity for $350m


Aboitiz Power, SunEdison ink contract for $75.6m solar power project in PH


This article was first published on Livemint.com



SoftBank, Bharti & Foxconn JV bags first major solar power project in India