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U.S. Solar Surges in Record – Breaking Quarter

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One megawatt of solar power was installed every 32 minutes in the U.S. from July to September, for a record total of 4,143 megawatts of new, clean energy, according to the Solar Energy Industries Association (SEIA) and GTM Research’s U.S. Solar Market Insight report.

That brings total installed solar capacity in the U.S. to 35.8 gigawatts, enough to power 6.5 million homes. Solar power may double from 2015 to 2016. SEIA said.

“The United States solar market just shattered all previous quarterly solar photovoltaic (PV) installation records,” stated SEIA.

Through the end of September, solar accounted for 39 percent of all new electric generating capacity brought on-line in the U.S. Both utility-scale installations and residential installations grew strongly. Electric power utilities accounted for 77 percent of additions to the grid, while both corporate and residential customers added capacity as well.

“The solar market now enjoys an economically-winning hand that pays off both financially and environmentally, and American taxpayers have noticed,” said Tom Kimbis, SEIA’s interim president.

Community solar represents another growing trend. In these programs, both residential and business customers share a large, central installation. These work well for renters and condo owners, homeowners who can’t install rooftop solar panels or owners of historic buildings that are not permitted to alter the structure.

Currently, 25 states have active community solar projects, serving both cities and smaller communities. In Boulder, Colorado, the sold-out Boulder Cowdery Meadows Solar Array generates 496,455 kilowatts. A 52-kilowatt installation is up and running in Wayne, Maine, serving nine Central Maine Power customers. Other projects can be found in Orlando, Seattle and Springfield, Missouri.

Community solar is expected to add 200 megawatts this year, a fourfold increase over 2015 according to SEIA. Much of the demand is being driven by the nosedive in solar system costs. Overall pricing fell by 6.9 percent in the 3rd quarter, with costs now below $3 per watt.

“The phenomenal boom in U.S. solar is being driven by dramatically lowering solar costs, to the point where solar is in many cases now the most affordable power and smartest investment for homeowners, businesses, and cities,” said Glen Brand, Maine chapter director for the Sierra Club. “And this is despite the enormous subsidies for dirty fossil fuels and the coordinated attacks on state solar policy by monopoly, private utilities.”

Municipalities, which are often large users of electricity for government buildings, streetlights and other needs are adding cost-effective solar as well. The village of Minster, Ohio, was the first. A 3-megawatt solar array is saving the town $1 million per month.

Peterborough, New Hampshire, completed its 1-megawatt installation in 2015 and Portland, Maine, plans to build a 660-kilowatt solar project on an a closed landfill that will power city hall and the 1,900-seat Merrill Auditorium.

Looking ahead, SEIA forecasts a decline in new installations in 2017 and 2018. Some near-term pullbacks are due to delays in utility connection projects, which currently see an 8-gigawatt backlog. SEIA expects growth to resume in 2019.

The solar industry employs 209,000 workers in the U.S. In contrast, the oil industry has shed 350,000 jobs as the price of oil has collapsed since 2014.

Source: ecowatch.com

Nissan and Renault to Share Common Electric-Car Platform in Future

Foto: EP
Photo: Pixabay

The Renault-Nissan Alliance currently leads all other makers in total global sales of electric cars. The Nissan Leaf remains the best-selling electric car in history, while the Renault Zoe is the best-selling electric car in Europe at the moment. These two cars account for the vast majority of the alliance’s electric-car sales, with the Leaf selling in substantially larger volumes than the Zoe.

The two cars are also quite different from each other. The Leaf is larger than the subcompact Zoe, and each uses a different powertrain and battery pack. But future generations of the Leaf and Zoe could share a common platform, according to Arnaud Deboeuf—senior vice president of Renault-Nissan BV, the company’s strategic management unit—in a recent interview with Automotive News (subscription required). The two battery-electric models will have different styling, he said, but will share basic underpinnings and powertrains.

Renault-Nissan CEO Carlos Ghosn has recently pushed for greater cooperation between the two automakers on core components and architectures, which he hopes will produce cost savings through economies of scale. Deboeuf said the converged Leaf and Zoe will compete in the same segment, but did not say whether the Leaf would shrink to a subcompact or the Zoe would grow to match the current Leaf’s size.

In September, Nissan was reported to be considering a subcompact electric car that shared underpinnings with the Zoe. It would slot below the Leaf, but not directly replace it. While the next generation of Leaf and Zoe will share powertrains, no decision has been made as to whether they will use lithium-ion battery cells from the same source. Today’s Leaf uses cells manufactured by Automotive Energy Supply Corporation (AESC), a joint venture of Nissan and Japanese electronics firm NEC, while the Zoe uses cells purchased from LG Chem.

The current Zoe went on sale in 2012, and an updated longer-range version was unveiled in September at the 2016 Paris Motor Show. By far its most significant change is a larger, 41-kilowatt-hour battery pack that essentially doubles range, to 300 to 400 kilometers (185 to 250 miles) on the European test cycle. The Leaf has been on sale in its current form since 2010, receiving a 30-kWh battery pack in 2016 that is rated at 107 miles of range on the U.S. EPA test cycle.

Using a standard seven-year model cycle, the Leaf is now due for a redesign for the 2018 model year, and the Zoe would follow the next year. A second-generation Leaf is expected sometime over the next 18 months, although Nissan has been entirely silent on that prospect and little industry intelligence has emerged thus far. If the two cars do indeed shift to the same platform, a redesigned Zoe might appear shortly after the launch of the second-generation Leaf.

Source: greencarreports.com

Environmental Approximation Strategy in the Republic of Serbia

eptisa_logoThe recently awarded project to EPTISA in consortium with Project Management from Ireland and Environmental Protection Agency from Austria and financed by the EU, will provide assistance with transposition, implementation and enforcement of acquis through further implementation of principles from Environmental Approximation Strategy (EAS).

In view of the candidate status of the Republic of Serbia for the EU Membership, and forthcoming process of the negotiations, the EAS is one of the most important documents in terms of European integrations in the field of environment. It will be the basis for accession negotiations for the Chapter 27 (Environment), which is considered one of the most difficult and complex negotiation chapters.

Overcoming this challenge requires sustained progress in three particular areas: transposition of the EU’s environmental legislation into national legislation, putting in place the administrative capacity to implement, monitor and enforce that legislation, and establishing the infrastructure required for compliance with the legislation.

Over the next 24 months, a team of local and international experts will support the Ministry in charge for environment (MAEP) and Negotiating Group 27 in ensuring further alignment with the EU environment Acquis, with the specific focus on development of institutional capacities and enforcement of national legislation and strategic planning.

More specifically, the activities will focus on preparation of the Action Plan for development of administrative capacities, which includes assessment of the institutional capacity needed for implementation of Serbian environmental legislation harmonized with the EU legislation at all levels of governance. Also, assistance will be provided for enhancement of implementation planning capacities through coordination of investment and financial planning among sectors and through development of 8 Directive Specific Implementation Plans (DSIPs).

Source: eptisasee.com

A Place for Waste in 2017

Photo: Pixabay
Photo: Pixabay

In the United States, approximately 34 million tons of food is delivered to landfills annually, accounting for 35 percent of total landfill waste. Once in the landfill, this food slowly decomposes, emitting large volumes of methane, a particularly harmful greenhouse gas and contributor to global climate change. What many people may not realize is that landfills produce 20 percent of the total U.S. methane emissions.

In response to these troubling statistics, some action has already been taken—on the national and statewide level—to reduce impacts both environmentally and economically. In September, 2015, the United States Department of Agriculture (USDA) and EPA announced the first ever domestic goal to reduce food loss and waste by half by the year 2030 and currently five states and three cities have their own legislative goals and specific restrictions to more properly manage food waste forcing businesses and municipalities to make changes.

In July, for example, New York City implemented a law that requires high waste generating businesses to find alternative disposal methods for their food waste. To comply with the new law, many businesses have turned to on-site solutions like aerobic digestion. Other municipalities, like Berkeley County, W. Va., are adopting technologies that convert incoming solid and food waste into clean alternative fuel.

As we enter into a new era of more state and local control over environmental regulation, there are tremendous opportunities for local governments to focus on waste, set targets and goals, and reward innovation and technology adoption in an industry which has been traditionally slow to adapt. If done correctly, waste diversion can be attractive for everyone as businesses can cut costs and minimize inefficiencies, fewer garbage trucks will be on the roads, and sparse landfill space will be salvaged.

Waste diversion through food waste bans, aerobic digestion, and waste-to-fuel technology at the local level may not be the silver bullet solution to global climate change, but it is without a doubt a vital step in the right direction.

Looking forward to 2017, the waste industry’s will continue sustainable evolution.

Source: waste360.com

Queensland’s Largest Solar Farm Plugs Into the Grid a Month Early

Photo: Pixabay
Photo: Pixabay

Queensland’s largest operating solar farm has plugged into the national electricity grid and is set to generate enough power for almost 10,000 households by the end of 2016.

The Barcaldine remote community solar farm, in the state’s central west outback, connected to the national electricity market on Wednesday, more than a month ahead of schedule.

The early delivery of the 20 megawatt plant, one of the first in the country to be funded by the Australian Renewable Energy Agency, was evidence of the growing speed and proficiency of big solar developers, said Arena’s chief executive, Ivor Frischknecht.

It is to be followed by a dozen new large-scale solar farms to be built across Australia by the end of 2017, which would ramp up national solar capacity to enough power for 150,000 average homes.

Those plants – six in Queensland, five in New South Wales and one in Western Australia – would be the fruits of an Arena funding program expected to “unlock almost $1bn in commercial investment and boost regional economies”, Frischknecht said.

The Barcaldine plant developer, Elecnor – one of a number of Spanish companies invested in Australian solar – is a transnational corporation with interests from gas and rail to aerospace. Elecnor was backed by $22.8m in funding commitments by Arena and $20m in loans from the federal government’s “green bank”, the Clean Energy Finance Corporation.

Barcaldine’s mayor, Rob Chandler said the project, which features 78,000 solar panels, had “enthusiastic supporters” in a local community that saw “the great benefits it can bring to outback communities like ours”.

“If it’s one thing we have a lot of it’s sun so it’s great to see it being harnessed to power the electricity grid.”

Frischknecht said: “As well as generating clean energy, the project is demonstrating how project developers can monetise network benefits and ultimately how solar farms can improve network efficiency and reliability at the edge of the grid.”

Elecnor’s business developer manager, Manuel Lopez-Velez, said the Barcaldine solar farm would generate about 57,000 megawatt hours a year, “an energy consumption equivalent to approximately 9,800 households”.

Arena has committed $1.1bn in funding to developers of more than 270 renewable energy projects, who are expected to at least match that investment.

This includes $20m to Origin Energy’s 107 megawatt Darling Downs solar farm at Dalby, set to be Australia’s largest operating plant by the end of next year.

Another project, Genex Power’s 50 megawatt Kidson solar farm west of Townsville, will be built on an old goldmine site.

The largely coal-fired national electricity market – which excludes WA and the Northern Territory – has a total generating capacity of 45,000 megawatts, supplying 200m megawatt hours a year to about 9m customers.

The energy sector is Australia’s largest source of carbon pollution, making up 35.4% of total emissions (186m tonnes of CO2) in 2014.

Source: theguardian.com

Ecotricity Trumpets 20 Years of Wind Energy

Photo-illustration: Pixabay
Photo: Pixabay

Green energy supplier Ecotricity is this week celebrating another milestone for UK wind energy this week, after the firm’s first ever wind turbine turned 20.

The Lynch Knoll windmill in Gloucestershire was completed just before Christmas 1996, and over the 20 years it has been in operation it has generated enough clean electricity to power almost 300 homes every year.

It was not the UK’s first electricity-generating wind turbine – that accolade goes to a machine installed in 1887 by a Scottish academic called James Blyth, who designed a turbine to light his holiday home in Marykirk in Scotland.

But when Ecotricity’s first turbine was installed 20 years ago, wind power as we know it today was still very much in its infancy, with only a handful of turbines installed across the country, mainly in Cornwall, the home county of Ecotricity founder Dale Vince.

“This was one of the first windmills in Britain, and the biggest in the country back then,” Vince said of the Lynch Knoll turbine. “It was also the first to work without a gearbox – really a pioneering approach to wind energy at the time.”

“It was born from the realisation that energy was the biggest single cause of climate change – and that we had to begin to change the way electricity is made,” he added. “I had no horizon beyond that first windmill really. It started with just that dream, but quickly expanded into what Ecotricity is today.” Ecotricity now supplies almost 200,000 customers with green energy across Britain.

To celebrate the turbine hitting the two decade milestone, Ecotricity illuminated the machine with a display of green lights earlier this week.

The UK now has more than 7,000 wind turbines installed onshore and offshore across the country, with a capacity of more than 14GW, according to data compiled by RenewableUK.

And according to figures released earlier this week, wind farms now play a major role in reducing the country’s greenhouse gas emissions, saving 36 million tonnes of carbon dioxide from being emitted over the six years to 2014.

The sector also set a new output record this month, passing the 10,000MW mark for the first time.

Source: businessgreen.com

NOAA: ‘Arctic Is Warming at Least Twice as Fast as the Rest of the Planet’

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The Arctic broke multiple climate records and saw its highest temperatures ever recorded this year, according to the National Oceanic and Atmospheric Administration’s (NOAA) annual Arctic Report Card released Tuesday.

The report shows surface air temperature in September at the highest level since 1900 “by far” and the region set new monthly record highs in January, February, October and November. “The Arctic as a whole is warming at least twice as fast as the rest of the planet,” report author and NOAA climate scientist Jeremy Mathis told NPR.

Report Card Highlights:
-The average surface air temperature for the year ending September 2016 is by far the highest since 1900 and new monthly record highs were recorded for January, February, October and November 2016.
-After only modest changes from 2013-2015, minimum sea ice extent at the end of summer 2016 tied with 2007 for the second lowest in the satellite record, which started in 1979.
-Spring snow cover extent in the North American Arctic was the lowest in the satellite record, which started in 1967.
-In 37 years of Greenland ice sheet observations, only one year had earlier onset of spring melting than 2016.
-The Arctic Ocean is especially prone to ocean acidification, due to water temperatures that are colder than those further south. The short Arctic food chain leaves Arctic marine ecosystems vulnerable to ocean acidification events.
-Thawing permafrost releases carbon into the atmosphere, whereas greening tundra absorbs atmospheric carbon. Overall, tundra is presently releasing net carbon into the atmosphere.
-Small Arctic mammals, such as shrews, and their parasites, serve as indicators for present and historical environmental variability. -Newly acquired parasites indicate northward sifts of sub-Arctic species and increases in Arctic biodiversity.

Source: ecowatch.com

America’s First Offshore Wind Farm Goes Online

Photo: Pixabay
Photo: Pixabay

With the flip of a switch Monday, the country’s first offshore wind power project began commercial operations. That’s something to celebrate—and it’s only the beginning for this abundant energy resource!

Developed by U.S.-based Deepwater Wind, the Block Island Wind Farm is located three miles southeast of Block Island, in Rhode Island waters and features five 6-megawatt turbines—enough to power 17,000 homes; transmission cables connect the turbines to Block Island and the mainland. Four of the turbines went online Monday and Deepwater expects the fifth to be operating next month once a minor fix is made.

Previously, Block Island relied on an electricity plant that burned polluting and expensive diesel oil. By displacing that plant, the Block Island Wind Farm will not only improve public health and air quality, but also reduce the cost of electricity for Block Islanders by as much as 40 percent.

Deepwater employed more than 300 local workers in the construction process, including welders, ironworkers, electricians and carpenters, with vessels moving in and out of four Rhode Island ports. The massive steel support structures for the turbines were built by Gulf Island Fabrication, a Louisiana- and Texas-based offshore oil and gas platform manufacturer.

And these jobs will be only the beginning, if the U.S. continues to commit to offshore wind power. In fact, the U.S. Department of Energy estimates that by 2050, with the right policies in place, the offshore wind industry could support 160,000 jobs here in America.

Deepwater worked hard, with stakeholders and others, to build support for the project and minimize conflicts. And the Natural Resources Defense Council was proud to join them, other environmental groups and the New England Aquarium in developing specific steps to protect endangered North Atlantic Right Whales in the area during project construction; Deepwater will follow similar protective measures in building other offshore wind projects in the area.

At least ten other U.S. offshore wind projects are already poised to move forward. And soon, the Long Island Power Authority, with the support of New York Gov. Andrew Cuomo, is slated to approve a contract for a 90-megawatt offshore wind project 30 miles northeast of Montauk.

The federal agency in charge of offshore wind power siting—the Bureau of Ocean Energy Management—has already granted 11 leases to offshore wind developers in designated “wind energy areas” along the Atlantic coast. These developers include American companies such as Deepwater Wind and Fishermen’s Energy, as well as leading European developers like DONG Energy. Overall, the U.S. Department of Energy sees the potential to develop 86 gigawatts of offshore wind power capacity by 2050, enough to power 31 million homes.

The Bureau of Ocean Energy Management ‘s next offshore wind leasing auction is scheduled for Dec. 15 for the New York wind energy area, an 80,000-acre area located 12 miles south of the Rockaways and Long Beach. New York’s clean energy agency, NYSERDA, will participate in that auction as part of an innovative plan for the state to guide offshore wind development and promote competition.

Eighty-two offshore wind power projects in a dozen European countries now supply electricity to 8 million European homes. As offshore wind in Europe has scaled up, a robust supply chain has developed and technology has advanced, resulting in plummeting costs there. In fact, prices have dropped by 28 percent since the second half of 2015 alone and continue to fall.

The U.S. offshore wind industry will also experience these lower costs as more projects are built and the U.S. creates its own supply chain. In some areas, such as Long Island’s South Fork where electricity prices are high and land for generation or transmission is scarce, offshore wind power is already cost-competitive. The Long Island Power Authority, for instance, has stated that the South Fork offshore wind project is the lowest cost option for that region’s needs.

Offshore wind will add economic value in other ways, too. Eighty percent of the electricity used in the U.S. is consumed in coastal states, much of it in population centers close to offshore winds. By avoiding the need for lengthy and expensive new transmission infrastructure, offshore wind can reduce system costs. And because offshore wind power produces the most electricity when demand is high—on hot summer afternoons and cold winter days and nights—it can help make the electric grid more reliable and lower wholesale electricity costs, which skyrocket when demand soars. Offshore wind also produces health benefits by displacing fossil fuel power generation, not only protecting our communities but avoiding an array of health-related costs.

Because of its jobs, infrastructure, clean energy and public health benefits, offshore wind has won bipartisan support at the state level. Massachusetts Gov. Charlie Baker, a Republican, for instance, signed legislation this summer that will lead to the construction of 1,600 megawatts of offshore wind capacity off Massachusetts within a decade. New York’s Andrew Cuomo, a Democrat, has committed to making offshore wind a key part of his plan to get 50 percent of New York’s electricity from renewable sources by 2030.

While offshore wind generation is just beginning, America’s onshore wind industry continues to surge, providing almost 5 percent of U.S. electricity generation last year and surpassing 75 gigawatts of total capacity this year.

During the campaign, President-elect Donald Trump vowed to strengthen American infrastructure and create jobs. Investing in clean energy—from energy efficiency to land-based wind to solar and offshore wind power—is the smartest way to do this. For progress on offshore wind to continue at the right pace, the federal government must continue to be an active partner with states like Massachusetts and New York in siting offshore wind infrastructure. As the new administration and Congress take office, the Natural Resources Defense Council will work with other clean energy stakeholders to build the case for this partnership and all the benefits it can produce.

Source: ecowatch.com

Shell Prepares to Set Sail with Offshore Wind Investment as Consortium Secures Dutch Contract

Photo: Pixabay
Photo: Pixabay

The Netherlands’ position as an emerging hub for low cost offshore wind farms received a further boost this week, as a consortium secured the rights to develop a new 700MW project with one of the lowest bids ever recorded.

The Borssele 3&4 offshore wind farm is now set to be built by a consortium featuring Shell, Van Oord, Eneco and Mitsubishi/Diamond Generating Europe following a winning strike price bid excluding transmission costs of €54.50/MWh.

The bid further underlines the rapid reduction in costs being seen across the offshore wind sector. The first project in the Borssele zone was secured earlier this year by DONG Energy with a then record low bid of €72.70/MWh.

The new project is scheduled for commissioning in 2020 and is the second of five auction rounds planned by the Netherlands as it seeks to deliver 4.5GW of offshore wind capacity by 2023.

The government said the level of subsidy required by the project stood at €300m, a fraction of the €5bn that was originally envisaged.

“With this second wind farm in the Borssele Wind Farm Zone, the subsidy savings are even higher than for the first 700 MW wind farm, which at the time was set to be the world’s cheapest offshore wind farm,” the government said in a statement. “Moreover, with the current energy price outlook, the second wind farm in Borssele can be operated without subsidy after 7.5 years.”

Announcing the tender result, Henk Kamp minister for economic affairs said the project showed how the Dutch government’s goal of delivering renewables that compete with fossil fuels without subsidy was “within reach”.

“The Netherlands is a front runner in the development of offshore wind energy, creating many opportunities for the Dutch industry,” he added. “With these winners this becomes even more clearly visible.”

He said that as the country’s full pipeline of offshore wind projects is delivered it is expected to create around 10,000 jobs by 2020. “Dutch industry is involved in the construction of almost all offshore wind farms in Europe,” he said. “Last week the Government presented the Energy Agenda, which sets out our route towards a low carbon energy supply. The results of this latest tender demonstrates that the energy transition offers ample economic opportunities.”

Source: businessgreen.com

US Solar Shatters Records with Brightest Quarter Yet

Photo: Pixabay
Photo: Pixabay

The US has enjoyed a record-breaking quarter for solar power, installing 4.1GW of new capacity over a three month period and setting the country on track to add an impressive 14.1GW during 2016.

New figures released this week from GTM Research and the Solar Energy Industries Association (SEIA) show on average one megawatt of new capacity was installed every 32 minutes over the course of the third quarter, taking the total level of installed capacity in the US to 35.8GW – capable of generating enough clean electricity to power 6.5 million homes.

The final quarter of the year is expected to be even stronger, with around 4.8GW of capacity slated to be added to the grid. Overall, the size of the US solar sector is expected to almost double year-on-year during 2016.

“Coming off our largest quarter ever and with an extremely impressive pipeline ahead, it’s safe to say the state of the solar industry here in America is strong,” Tom Kimbis, SEIA’s interim president, said in a statement.

Future growth in the market was secured last December when Congress passed an extension of the federal tax credits for renewable energy. However, a game of brinkmanship ahead of the agreement led many developers to assume the tax credits would expire by the end of 2016 as originally planned – prompting a rush to finish projects by the end of the year.

The bulk of the new installations came from the non-residential segment, which posted its second largest quarter ever installing 375MW of capacity. In particular, the community solar pipeline is enjoying record 20 per cent growth rates, the report notes.

Industry insiders are concerned President-elect Trump could seek to curtail the renewable energy sector’s growth as he stacks his cabinet with executives with links to the fossil fuel industry. But there is also optimism the solar and wind industries will continue to grow rapidly, benefiting from support at a state level and cost competitiveness in many regions.

Source: businessgreen.com

Check Out the World’s First Lights Powered by Micro-Sphere Solar Cells

Photo: Pixabay
Photo: Pixabay

Sphelar Power, makers of the world’s first “micro-sphere” solar cell, have declared “flatness is over” when it comes to solar power generation. The Japan-based company is in the midst of a crowdfunding campaign to back two products: the Sphelar Lantern and the Sphelar Stick. Both are powered by onboard solar cells that integrated right into the product and generate electricity passively when exposed to sunlight. Although the campaign is lagging behind on its fundraising goal, there is still time left to see this project advance to the next phase of production.

When Inhabitat first covered Sphelar’s spherical solar cell in 2012, the product was still in its infancy but showed enormous promise. At that time, the rounded solar cells challenged solar industry standards with their unique ability to capture sunlight from all angles simultaneously. Traditional flat solar panels must be angled directly toward the sun for maximum efficiency, but Sphelar’s design eliminates that fussiness.

Sphelar’s new products—a stylish modern lantern and a pocket-sized flashlight—incorporate the multi-directional solar cells and LEDs in new, portable lighting products. The Sphelar Lantern promises a 4-6 hour charging time for full battery capacity, which can power the light source for up to four hours. The Sphelar Stick provides up to four hours of light when fully charged, and can be recharged before the battery is fully drained.

As of the time of this report, Sphelar has raised just over $7,000 of its $20,000 goal with six days remaining in the Kickstarter campaign. If the goal is met, the company aims to expand its production. Currently, the Lantern and Stick are only available inside Japan, but Sphelar hopes to broaden its reach and share its multi-directional solar technology with the world, one light at a time.

Source: inhabitat.com

Milestone in Nord Stream’s Repair Preparedness Strategy: Subsea Repair Clamp Delivered to Haugesund

nsThe latest element of Nord Stream’s repair preparedness strategy, a subsea repair clamp, reached its destined storage facilities in Haugesund, Norway. The hydraulically activated repair clamp can restore structural and pressure integrity of the pipeline in the unlikely event that this should be needed, for instance due to a leak or other structural damage. This repair clamp is unique worldwide in terms of size and long-term applicability as a repair solution.

“Owing to the high quality of the materials involved and the conservative design of the pipelines, we do not foresee repairs during Nord Stream’s minimum operational lifespan of 50 years. Nevertheless, Nord Stream stringently follows a best-in-class approach. Today’s delivery of the subsea repair clamp is an important milestone in the implementation of our integrated maintenance and repair strategy. Nord Stream is as prepared as it can be”, says Ruurd Hoekstra, Maintenance Director at Nord Stream AG.

The clamp was commissioned by Nord Stream AG and produced by Oil States Industries in Houston, Texas. Its dimensions (length of 10 metres, width of 2.5 metres, and height of 4 metres), diameter (48-inch), and weight (just over 106 tons) make it the world’s largest full structural and leak repair clamp. The clamp has been designed with a varying diameter to be applicable at any point along the pipeline route. The two matched halves of the clamp can be locked around the pipeline to seal it and restore normal operating conditions on a length of 3 metres. Hydraulically activated saddles at each end of the clamp help position it properly on the pipeline.

In the unlikely event of a pipeline repair, after installation of the clamp, the Nord Stream Pipeline can continue to operate normally. The clamp’s design life of 50 years matches the planned operational lifespan of the Nord Stream Pipeline. It will be stored at the Statoil PRSI facilities in Haugesund.

Source: nord-stream.com

Lao PDR to Strengthen and Climate-Proof Rural Roads with World Bank Support

Photo: Pixabay

The World Bank’s Board of Executive Directors approved today a US $25 million credit from the International Development Association (IDA) to help Lao PDR strengthen its road maintenance systems and improve road connectivity throughout the country.

The approved Lao PDR Road Sector II Project is part of the country’s national program to build climate resilient infrastructure nationwide through a stronger institutional framework for road maintenance. This project will help strengthen the government’s capacities for sector financing, planning, integration of climate change adaptation into road sector strategies, business processes, standard designs for climate resilient road asset management, governance and accountability, monitoring and evaluation.

“We thank the World Bank for the assistance it has extended to help Lao PDR achieve the goals of the country’s National Socio-Economic Development Plan (NSEDP),”said  Dr. Bounchan Sinthavong, Minister of Public Works and Transport. “Through this project, we are able to partner with the World Bank to support the country’s road maintenance program, resulting in better and safer roads. Many people from rural areas will benefit from more reliable roads, in both dry and rainy seasons.”

In addition, the Road Sector II Project will support road maintenance works in six poor provinces that are highly vulnerable to flash floods, landslides, and other natural disasters Phongsaly, Houaphan, Oudomxay, Xiengkhouang, Xayabouly and Bolikhamxay.  Around 1.6 million people from these provinces will benefit from improved and more reliable roads, ensuring year-round access to basic services, to schools and markets, even during the rainy season. Lao PDR is one of the ASEAN countries most vulnerable to floods, droughts and storms with local transport infrastructure particularly exposed due to the climate-related increase in the frequency and intensity of natural disasters.

“Better roads can help Lao PDR avoid disaster-related road closures, improve peoples’ mobility and access to basic services, markets, and sources of livelihoods,” said Ulrich Zachau, World Bank Country Director for Southeast Asia. “The World Bank is pleased to help finance this project and support the Government of Lao PDR’s goal to build stronger, safer roads to provide more services and more income opportunities for more people.”

This project is co-funded with an additional grant of EUR 5 million, credit of EUR 6 million from the Nordic Development Fund and US $10 million from the Government of Lao PDR.  The terms for the IDA credit include a maturity of 25 years, with a grace period of five years and a service charge of 0.75 percent, and interest rate of 1.25 percent.

Source: worldbank.org

European Electric and Plug-In Hybrid Sales for Jan-Oct 2016

Photo: Pixabay
Photo: Pixabay

While the Nissan Leaf remains the best-selling electric car in other markets, the Japanese automaker’s French partner once again remains on top of the European sales charts. The Renault Zoe was again the best-selling electric car in Europe between January and October, the most recent month with available data.

The Zoe and Leaf have traded the lead throughout the year, but the French electric car has had the advantage for the past several months. An updated version of the Zoe now available to be ordered could help Renault extend the streak even longer.

Headlining the changes for this model is a 41-kilowatt-hour battery pack, which replaces the previous 22-kWh and essentially doubles range to 300 to 400 kilometers (185 to 250 miles) on the European test cycle. The updated Zoe will go on sale early next year, although orders are now being taken in certain European markets.

As always, European sales data comes from the running tally of electric-car and plug-in hybrid sales kept by the European Alternative Fuels Observatory (EAFO). In the first 10 months of 2016, the Zoe achieved 17,060 sales in Europe, giving it the largest market share at 10.6 percent. The Leaf followed with an accumulated 15,791 sales.

The Tesla Model S maintained its third-place spot with 10,293 sales. The EAFO uses registration data to determine its figures, which is how it can calculate monthly Model S sales. Tesla Motors refuses to release official monthly sales results or break down its quarterly delivery reports by country or region.

Just outside the top three were two German electric hatchbacks: the BMW i3 (6,446 sales) and Volkswagen e-Golf (5,949 sales). They were followed by the Kia Soul EV and Mercedes-Benz B250e, which achieved 3,811 and 2,931 sales, respectively. Demonstrating a considerable popularity gap between Tesla’s two current models, its Model X was in eighth place, with 1,871 sales.

Rounding out the top 10 were the Volkswagen e-Up (1871 sales) and Peugeot iOn (1,619 sales), two small city cars not sold in the U.S. The e-Up is an electric version of the VW Up minicar, while the iOn is a re-badged Mitsubishi i-MiEV. The little i-MiEV and its rebadged siblings are now the oldest electric car on the market; the design will reach 10 years in production next year, though rates were low at first.

Source: greencarreports.com

Apple’s New Solar-Powered Spaceship Office is Nearly Complete

One of the world’s most anticipated buildings is nearly complete – new drone footage shows that Apple’s $5 billion solar-powered “spaceship” office is on track to meet its 2016 completion goal. According to Apple CEO Tim Cook, Campus 2 will be the “greenest building on the planet.” A new drone video taken by aerial videographer Matthew Roberts earlier this month shows Apple putting the finishing touches on its shiny new campus.

The new video shows remarkable progress has been made on Apple’s circular building as well as the Research and Development facility, which looks to be very close to completion. The drone footage, along with recent photos featured on the French blog MacGeneration show that only one crane is currently on site. The rooftops – including the “tantau roof” on the security kiosk – are all in place and solar panels are being installed. The “construction foam” is almost entirely covered with soil for the landscaping efforts that will be needed for the massive 2.8-million-square-foot development.

Once complete, the Apple Campus 2 will house over 13,000 employees. The spectacular (and expensive) four-story donut-shaped building is expected to meet net-zero energy standards by generating 100 percent of its power from renewable energy sources – including 700,000 square feet of rooftop solar panels.

The building is slated for completion by the end of 2016, with a move-in date scheduled for 2017.

Source: inhabitat.com

Iran to Discuss with Russian Partners New Oil, Gas Contracts Soon

Photo: Pixabay
Photo: Pixabay

Iran is planning to discuss new potential oil and gas contracts with Russian companies soon, Iranian Minister of Communications Mahmoud Vaezi said on Tuesday.

“Iran plans in the nearest future to discuss with Russian partners new oil and gas contracts,” Vaezi said, as quoted by the press service of the Russian Energy Ministry.

The minister added that the country was discussing with Russia’s energy company Lukoil its proposals on the Anaran oil field and the arrival of Lukoil CEO Vagit Alekperov to the Asian nation.

Source: sputniknews.com