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Volvo Ocean Race Team Will Raise Awareness Of Ocean Plastic Danger

Foto: volvooceanrace.com
Photo: volvooceanrace.com

A team in this year’s Volvo Ocean Race is dedicated to raising global awareness of danger posed by ocean plastic. The Volvo Ocean Race is one of the premier sailing competitions in the world. The course is more than 40,000 miles long and takes 9 months to complete. All of the energy needed to compete comes from two renewable sources — wind and muscles. The boats and sails are all identical, which makes the competition all about skill and endurance, rather than equipment.

The boats are equipped with a Volvo Penta marine engine which provides power for low-speed maneuvering while in port. It also powers a desalination system that makes fresh water for the crew members and allows then to reconstitute the freeze-dried food they carry on board. It is forbidden to use the engine for propulsion during the competition.

Given sufficient wind, the boats are capable of sustained speeds of 25 knots or more. They can sail in winds up to 60 knots — more than 65 miles per hour. With seas crashing over the bow most of the time, competing in the Volvo Ocean Race has been compared to “sailing into a fire hose.” The conditions, once under way, are rigorous by any measure.

In the last race, an all-female crew sponsored by SCA, a global manufacturer of sustainable paper products, was one of the eight teams in the race. Team SCA actually won one of the legs of that race. This year, a team composed of half men and half women will compete under the name of “Turn The Tide On Plastic.”

Headed by Dee Caffari, a veteran of the Team SCA campaign, the team is focused on raising awareness about the global threat of ocean plastic. It is supported in part by the Mirpuri Foundation and the Ocean Family Foundation, two groups deeply committed to preserving the oceans from further pollution by plastics. Ocean plastic was the subject of the UN Oceans Conference held in New York during the first week of June.

The Mirpuri Foundation was established by Paulo Mirpuri, a prominent Portuguese businessman, to help educate people about the dangers faced by the world’s oceans from human pollution and create a strong offshore legacy for future generations of Portuguese sailors. Caffari will include two other Portuguese sailors in her crew and intends to compete with an all-Portuguese crew in the future.

“We feel immense pride to be backing this incredible ocean health campaign which we are sure will provide a great contribution to the health of our wonderful blue planet,” says Mirpuri. “We must act immediately if the next generation is to inherit seas and oceans which resemble those that we knew as children.

“In Portugal, we have long held a rich maritime heritage, and this youth-orientated campaign is a major step towards shaping the world-class future of Portuguese offshore racing. The Mirpuri Foundation looks forward to working closely with the Volvo Ocean Race to achieve that objective over the coming years.”

Ocean plastic is not some mere annoyance. It is a scourge that endangers many of the creatures who live in the sea. Recently, British researchers found that remote Henderson Island — 500 miles from shipping lanes and visited by humans only every 5 years or so — is littered with more than 38 million pieces of plastic that have washed ashore.

Other researchers have found the amount of plastic trash on the bottom of the Arctic Ocean has increased 20 fold in just the past decade. In the last Volvo Ocean Race, which ended two years ago, the sailors reported they could see the increase in the amount of plastic debris infesting the waters they were sailing through with the naked eye.

“The Ocean Family Foundation is delighted to be supporting this exceptional campaign to support ocean conservation and clean-up,” said spokesperson Peter Dubens. “Plastic pollution has emerged as one of the greatest challenges facing our globe, with plastic debris forecast to double over this decade, causing huge damage to our oceans as well as to humans. With her public profile as a British world record-holding athlete, Dee Caffari is the perfect leader to raise awareness of the need for urgent action.”

Caffari says, “It’s an honour to represent this landmark campaign, and to lead the team on such a prestigious platform is exciting. Seeing the amount of plastic in the ocean is heartbreaking. We’re abusing our planet and this campaign is about pushing people to proactively do something about it. We will be sailing with a youth-orientated team because the reality is, it’s going to be the next generations who inherit the mess that we’re making now. This is a major issue and we need to encourage this generation, and future generations, to step up.”

Source: cleantechnica.com

Solar-Powered Electric Yacht — Soel Yacht SoelCat 12 — Unveiling In A Few Days

Photo: soelyachts.com
Photo: soelyachts.com

Once you leave your zero-carbon footprint home for a clean holiday using your long-range electric vehicle (EV), what’s better than arriving at your destination and finding yourself ready to continue your zero-emission journey on an electric boat? The idea of lounging and cruising quietly on lakes and seas on an electric pontoon is pretty tempting, and will soon be possible via the solar-powered Soel Yacht SoelCat 12.

The solar-powered Soel Yacht SoelCat 12 was designed by architect Joep Koster and business partner Czap, himself no stranger to the electric boat industry. Czap also cofounded Czeers Solar boats in 2006 and successively created the first solar-powered speedboat when he founded Naval DC in 2008, where he focused on developing solar electric propulsion systems. Naval DC and SoelYachts teamed up to make the solar-powered catamaran, dubbed the SoelCat 12.

The company says it is currently building the first solar-powered Soel Yacht SoelCat at a shipyard in Auckland, New Zealand. It says it will ship the unit in July to a resort in the French Polynesia. To which we say: we can go, we will go, and we have a European passport. Let us know when, how, and what seats you reserved for us.

In many ways, electric sea vessels powered by solar energy are the ideal electric transportation choice for faraway travel and exotic destinations. Since the Soel Yacht SoelCat 12 is seaworthy, this means it can take on almost any lakes you throw at it.

With its two 60 kWh lithium-ion batteries, the total battery capacity is 120 kWh. That means the SoelCat 12 can operate for 6 hours at 8 knots, with a maximum speed of 14 knots. However, direct sun prolongs the duration to 7.5 hours. A “break-even speed” of 6 knots stretches the capacity to 24 hours, including at night (when there is no energy harvest from the solar array, of course).

Vehicle to Grid (V2G) and Vehicle to Home (V2H) tech are intelligently built-in feature, which turn your water vessel into a mobile power station able to power homes up to 15kVA. After cruising all day long on a sunny lake or sea, the SoelCat 12 can deliver power for up to 5 households in the evening, even in the most remote of places. And yes, you connect to and manage your solar energy SoelCat 12 through your smart device (iPhone, iPad, Android, etc.) on the craft’s guest Wi-Fi. As if!

If you think that islands like Fiji are the largest energy consumers per person — with 58% of sea transportation compared to cars, buses, and airplanes — sustainable alternatives for water travel are crucial to reduce enormous impacts on the local environment and planet.

As to how much for the solar-powered SoelCat 12 Yacht? The answer is about what you would expect from a first solar yacht from a startup: $600,000.

Sustainable sea transportation is big business, and with partner Naval DC, Soel Yachts designed a solar electric naval drive propulsion into the SoelCat 12 which can handle saltwater and lakes. The company is launching the 16-person solar electric catamaran SoelCat 12 Yacht this week in Auckland, Australia. It will be later billed as a water taxi and as a watercraft for dive operations and reef excursions.

If you live in or will be near Auckland, Australia, how about trying for a free test drives/ride? You can register with Soel Yachts for test drives in Auckland on Sunday, June 25th. The SoelCat 12 will be open for the public, where you will be able to come on board and inspect the solar electric SoelCat 12. A cruise will be held from 11:00 am to 2:00 pm. You can also contact the company directly: Soel Yachts B.V., Nieuwelaan 62, 2611RT Delft, NL.

Source: cleantechnica.com

Portion Of West Antarctica Twice Size Of California Partially Melted In 2016

Photo-illustration: Pixabay
Photo: Pixabay

A portion of West Antarctica over twice the size of the US state of California partially melted in 2016 as the result of high temperatures brought by an especially pronounced El Niño, compounded by a rapidly warming climate, according to new research published in the journal Nature Communications.

While it’s been clear for sometime that West Antarctica’s ice sheets are being melted from underneath, by warming oceans, the new work is some of the first to document widespread surface melting occurring as a result of high air temperatures.

The findings were the result of the installation of various measurement instruments a few weeks before the January 2016 warm spell, which were intended to be used to study the effect of cloud cover on the amount of energy that reaches the snow surface.

The press release provides more: “Julien Nicolas, lead author of the paper, is a research associate at the Byrd Polar and Climate Research Center (BPCRC) at The Ohio State University. He’s part of the OSU team that provides weather and climate analysis for AWARE.

“When Nicolas got a January 2016 alert from the AWARE expedition that the weather at their campsite atop of the West Antarctic Ice Sheet had turned unseasonably warm, he checked to see in the satellite data what was happening to the rest of West Antarctica.

“The presence of water in the snow is often hard to detect from visible satellite imagery, especially if clouds block the view. Instead, Nicolas analyzed satellite measurements of the microwave radiation emitted by the snowpack, since dry and wet snows have very different microwave signatures. What he saw during the melting event was an area of roughly 300,000 square miles, including most of the Ross Ice Shelf, that likely contained a mix of snow and water.”

What’s particularly notable about this is that it occurred despite strong westerly winds also being present at the time — which typically keep the warmer air being pushed south by El Niño events out.

BPCRC senior research associate Aaron Wilson noted: “Without the strong westerlies, it’s likely there would have been much more melting.”

Coauthor David Bromwich, professor of geography and leader of the Ohio State team, commented: “In West Antarctica, we have a tug-of-war going on between the influence of El Niños and the westerly winds, and it looks like the El Niños are winning,” he said. “It’s a pattern that is emerging. And because we expect stronger, more frequent El Niños in the future with a warming climate, we can expect more major surface melt events in West Antarctica.”

In other words, it’s another sign of the way that the situation in West Antarctica is changing faster than most official models have suggested it would. It’s fair to guess that the whole West Antarctic ice sheet may well collapse completely within the lifetime of many of those reading this.

Source: cleantechnica.com

How Dead Is the Great Barrier Reef?

Foto: 50reefs.org
Photo: 50reefs.org

Worried about the future of the Great Barrier Reef? If so, you’re not alone.

Many publications have already written obituaries for the reef, despite the fact that it is not completely dead.

According to water quality expert Jon Brodie, the Great Barrier Reef is now in a “terminal stage.” Warming oceans are causing large bleaching events in the Great Barrier Reef for the second year in a row, new aerial surveys have shown.

Climate Nexus reports that reef scientists are worried that the “shocking” back-to-back bleaching gives the reef little chance to recover and that increasing frequency of bleaching events could be ultimately devastating.

“The significance of bleaching this year is that it’s back to back, so there’s been zero time for recovery,” Professor Terry Hughes, who led the surveys, told the Guardian. “It’s too early yet to tell what the full death toll will be from this year’s bleaching, but clearly it will extend 500km south of last year’s bleaching.”

Source: ecowatch.com

EDF Renewable Energy Signs Wind & Solar PPAs To Supply 600 Megawatts

Photo: Pixabay
Photo: Pixabay

Energy company EDF Renewable Energy has this week reportedly signed two separate Power Purchase Agreements for solar and wind energy projects that together total 600 megawatts.

On Wednesday, US independent power producer EDF Renewable Energy announced that it had signed a Power Purchase Agreement (PPA) agreement to supply the Southern Minnesota Municipal Power Agency (SMMPA) with 100 megawatts (MW) of wind energy from the Stoneray Wind Project, beginning in 2020. The 100 MW wind project is located in Pipestone and Murray counties in southwest Minnesota and is expected to begin construction in early 2018, and when completed by the end of the year the wind farm should be able to provide enough electricity to meet the needs of 47,000 average homes.

“EDF RE is pleased to expand on its strong historical working relationship with SMMPA to help meet their energy supply goals and objectives,” said Kate O’Hair, Vice President for Development-North Region. “Minnesota has long been a key state for EDF RE due to its favorable regulatory environment, excellent wind resource, and advantageous transmission expansion. Stoneray marks our twelfth wind project developed in the state totaling over 1.2 GW and further demonstrates EDF RE’s commitment to investment, involvement and employment in Minnesota.”

“Stoneray Wind is a big addition to SMMPA’s diverse renewable energy portfolio,” said Dave Geschwind, SMMPA’s Executive Director and CEO. “Building on the success of the 100.5 MW Wapsipinicon Wind project with EDF RE, we’re glad to be working further with EDF RE to provide more Minnesota wind energy to our Members and economic benefits to southern Minnesota through this important project.”

The news comes on the heels of two other announcements from EDF Renewable Energy. Last week, the company revealed that it would sign a Purchase and Sale Agreement in which Alliant Energy Corporation would acquire 50% ownership interest in the 225 MW Great Western Wind Project in Oklahoma. The project was completed in December of last year, and under a long-term Power Purchase Agreement, it provides clean energy to Google.

“The sale of equity stakes represents an integral part of EDF Renewable Energy’s business model, allowing us to maintain a balanced ownership portfolio in order to assist in the funding of new project development,” explained Raphael DeClercq, Vice President of Portfolio Strategy for EDF RE. “We are pleased to forge a new business relationship with Alliant Energy on this first transaction. We are confident that our expertise as a developer and operator complements Alliant Energy’s renewable energy strategy.”

Finally, in the first half of this month, it was reported by The Desert Sun that EDF Renewable Energy had signed a PPA with Southern California Edison for 125 MW of the electricity generated at the 500 MW Maverick Solar project (formerly the Palen solar project), built near Desert Center. The Palen solar project has been through the ringer, repeatedly announced and cancelled. The new PPA now waits on confirmation from the California Public Commission and then further approvals from Riverside County and the federal Bureau of Land Management.

Source: cleantechnica.com

Indian Railways Will Install Rooftop Solar Panels On 250 Trains

Foto: Pixabay
Photo: Pixabay

Indian Railways is going all out to reduce its fuel costs and adopt solar power in a major way. Apart from planning large-scale solar power projects and rooftop solar power systems, the world’s fourth-largest railway network is planning to install solar panels on top of coaches.

Indian Railways has floated a tender for installation of solar panels atop 250 trains to power fans and lighting systems. The tender, according to media reports, would require winning companies to install battery systems in addition to solar panels.

Companies selected through the tender process will be required to install flexible solar panels and battery systems on six trains on experimental basis. These trains will be put into commercial operations and performance of the panels and batteries would be tested for a period of two months before a decision on large-scale implementation is taken.

Indian Railways, through the mandate of the central government and its own target to shift to clean energy sources in the long-term, has taken numerous initiatives in the recent past. A study by the United Nations Development Program stated that Indian Railways could source as much as 25% of its energy needs from renewable energy sources by 2025.

The Council on Energy, Environment and Water (CEEW) has found that Indian Railways could set up 5 gigawatts of solar power capacity, through rooftop and utility-scale projects, to significantly increase its consumption of renewable energy over the next few years.

The study by CEEW shows that 3,900 megawatts of utility-scale projects and 1,100 megawatts of rooftop projects can be installed by the Indian Railways with an estimated investment of $3.6 billion. Last year, the Indian Railways joined hands with UNDP to execute plans to set up 5,000 megawatts of solar power capacity.

Earlier this year, the Indian government announced a major push by Indian Railways in the rooftop solar power market, perhaps the largest in India and the world!

The Indian Finance Minister Arun Jaitley announced that the 7,000 railway stations across the country will be fed with solar power as per the Indian Railways mission to implement 1,000 megawatts of solar power capacity. The minister made the announcement during the union budget speech on 1 February 2017.

The minister stated that work to set up rooftop solar power systems at 300 stations has already started, and soon this number will increase to 2,000 stations. According to data released by the Minister of Railways, India had 7,137 railway stations at the end of March 2015.

In the large-scale solar power market, Indian Railways is looking to adopt the model used by the Delhi Metro Rail Corporation (DMRC), India’s largest subway system. DMRC has signed a power purchase agreement of around 200 megawatts with Rewa Solar Power Park located about several hundred kilometers away.

The Indian Railways has approached the government of Madhya Pradesh with a proposal to set up a mega solar power park with a capacity of 700-800 megawatts (MW). The project will come up at Shajapur, a few hundred kilometres east of the Rewa solar power park which received the lowest-ever tariff bid ever in India.

 

Source: cleantechnica.com

450 Megawatts Of Solar Capacity Commissioned At 1 Gigawatt Indian Solar Park

Photo: Pixabay
Photo: Pixabay

A large-scale solar power park in southern India is slowly reaching its planned capacity of 1 gigawatt as more and more developers commission their projects.

The Kurnool solar power park, owned by India’s largest power generating company, has reached an installed capacity of 450 megawatts following operationalization of two projects. Two more projects need to be completed before the solar park will reach the milestone of 1 gigawatts to become one of, if not the largest, solar power park in the world.

SB Energy, a joint venture company of Softbank, Foxconn Technology, and Bharti Enterprises, had commissioned a 350 megawatt (AC) project in late March 2017 while Azure Power recently commissioned a 100 megawatt (AC) project in early June 2017. All projects commissioned at the solar power park will supply electricity to state-owned utilities of Andhra Pradesh where the park is located.

Both Azure Power and SB Energy secured rights to develop their projects under the ‘open’ category which means that they were free to use Indian or imported solar panels. While the origin of panels used by Azure Power is unknown, SB Energy used more than 700,000 panels manufactured by China-based Trina Solar.

The other two developers — Greenko Energy and Adani Green Energy — won their projects under the Domestic Content Requirement (DCR) category and are obligated to use Indian-made panels. Greenko is developing a 500 megawatt (AC) project at the park which, once commissioned, will likely become the second largest solar power project developed by a single developer at a single site in India.

Adani Green Energy, which currently operates the largest solar power project in India, will commission a 50 megawatt (AC) project at the Kurnool solar power park.

Source: cleantechnica.com

Trina Solar Modules Now Producing Electricity At India’s 2nd Largest Solar Power Project

Foto-ilustracija: Pixabay
Photo: Pixabay

Trina Solar recently issued a press release boasting of the fact that its solar modules have started feeding electricity to the grid in India from a large-scale project of SB Energy, a joint venture company of Softbank, Foxconn Technology and Bharti Enterprises.

The project, with a capacity of 455 megawatts (DC), is perhaps the second largest solar power plant developed by a single company in India, with the largest operational project being the 648-megawatt power plant in Tamil Nadu owned by Adani Green Energy. The SB Energy power plant is part of the 1 gigawatt NTPC solar power park at Kurnool.

Trina announced that it shipped more than 700,000 TALLMAX 72-cell polycrystalline panels to the project which was commissioned on 29 March 2017 and recently started commercial operations. As mentioned in earlier articles, SB Energy was the sole winner of the 350 megawatts (AC) solar power tender launched by India’s largest power generation company NTPC Limited for a solar power park in Kurnool district of Andhra Pradesh. The auction took place in December 2015 and was awarded to SB Energy at a tariff of Rs 4.63/kWh (7.12¢/kWh), the lowest in India at that time.

SunEdison also secured rights to develop a 500-megawatt (AC) project at the solar power park through a separate auction. Once commissioned, the project will overtake SB Energy as the operator of India’s second-largest solar power project.

SB Energy is among the leading solar power developers in India and remains at the forefront of the sharp decline in solar power tariffs. Last month, the company secured rights to develop 100 megawatts capacity out of the 250 megawatts offered by Adani Enterprises at the Bhadla solar power park. The capacity was allocated at Rs 2.63/kWh (4.1¢/kWh), one of the lowest tariffs in India at the time. Two days later, the company also won 300 megawatts capacity offered by IL&FS, an infrastructure company, at the same solar power park at Rs 2.45/kWh (3.8¢/kWh) another record low in India.

Source: cleantechnica.com

California Named US State With Worst Air Quality, Yet Again

Foto-ilustracija: Pixabay
Photo: Pixabay

The state of California has again been named by the American Lung Association as the US state with the worst air quality — mostly as a result of having the highest ozone/smog levels out of any state in the country, but also high particle pollution levels.

What that means is that California has now ranked at the top of 17 out of 18 of the American Lung Association’s annual State of the Air reports. This reality is no doubt partly due to the fact that the state’s population has been growing fairly rapidly in recent years — it’s hard to reduce air pollution when every type of activity, from transportation, to agriculture, to climate control, keeps growing.

Another clear reason is the state’s heavy auto dependency and auto-oriented design, which results in a great deal of driving, traffic congestion, and pollution. It’s also home of Carmageddon.

The 3 worst regions in the US as regards smog levels are all in California, according to the report — with Los Angeles-Long Beach, Bakersfield, and Fresno-Madera topping the list.

“The Los Angeles basin is exposed to the highest ozone levels in the country,” noted Steve LaDochy, PhD, professor of geosciences and environment at California State University, Los Angeles, an expert in air pollution and climate. “It is getting better here, but it’s still the worst.”

The press release provides more: “The annual study ranks the cleanest and most polluted areas in the country by grading counties in the US based on harmful recorded levels of ozone (smog) and particle pollution. The 2017 report used data collected from 2013 to 2015.

“The air quality in the state was significantly better in northern California, found the report. Nonetheless, more than 90% of Californians still live in counties with unhealthy air. …

“LaDochy suspects that California’s continuously growing population is largely to blame for the state’s failing grades on ‘State of the Air’ reports and more residents is also behind the Central Valley’s recent drop in air quality, according to the report.”

LaDochy noted: “Population in (the Central Valley) has really bloomed; it’s nearly doubled. The coast is so expensive, so more and more people are moving to central California.”

To put numbers to that assertion … going by the figures provided by the US Census Bureau, the population of California has increased from 15.8 million (in 1960) to 39.2 million (as of 2016).

Source: cleantechnica.com

Flights Cancelled In Phoenix Because Of Extreme Heat (+118° Fahrenheit)

Photo: Pixabay
Photo: Pixabay

The intense heat wave that’s been gripping much of the western US in recent days has actually forced the cancellation of a number of flights out of Phoenix, Arizona — owing to the simple fact that the Bombardier CRJ aircraft to be used for the flights in question weren’t designed to operate above 118° Fahrenheit.

And, of course, the temperature in Phoenix on Tuesday, when the flights were cancelled, was over 118° Fahrenheit.

To be more specific here about the details, American Airlines reportedly cancelled 50 flights out of Phoenix Sky Harbor aboard Bombardier CRJ aircraft on Tuesday — a fair amount of business to cancel, but I guess that there was no safe choice other than cancellation. The primary issue is apparently that hotter air usually means thinner air, which can make takeoff an issue, depending upon other variables.

Providing some background to the news, Climate Central noted in its coverage: “All-time record hot or not, the extreme weather has the potential to be life-threatening. The National Weather Service has issued an excessive heat warning and its Phoenix office has said ‘heat of this magnitude is rare, dangerous and very possibly deadly.’

“Perhaps it’s no surprise these cities could be in line to set records. Phoenix is the second-fastest warming city in the US over the past 50 years while Las Vegas comes in at third and Tucson at seventh. Climate change is largely responsible for boosting those background temperatures, increasing the odds of setting record highs like the ones currently broiling the region. The heat island effect only compounds the risks of deadly heat in cities.”

While the recent extreme heat in the southwestern US will probably lead to some people taking a second look at global warming (or heating) and climate change science and predictions, I wouldn’t count on there being any major change in the demographics of belief — people tend to forget by the time that winter rolls around (seriously — year after year), and jokes can be made about how maybe climate change won’t be a bad thing.

The news concerning flight cancellations is interesting, though, as it serves as example of the way that rising temperatures will impact services and infrastructure in ways that are at first not obvious. Expect to see more of the same over the coming years and decades, as rising temperatures bring down quite a number of the services and infrastructure that modern industrial society depends upon.

Source: cleantechnica.com

Major New Irish Wind Farms Come Online

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The power grid in Ireland and Northern Ireland has received a major green energy boost this week, after three wind power projects came online.

Gaelectric will today officially open the Inishative and Cregganconroe wind farms in Northern Ireland, which together will deliver 27.6MW of renewable power capacity.

The announcement came just days after SSE announced the first phase of its giant 169MW Galway Wind Park project has been officially completed and is now fully operational.

The Gaelectric developments follow over £41m of investment in the two projects.

They mark the latest phase in the company’s plan to deliver approximately 400MW of consented wind energy projects on the island of Ireland by the end of 2017.

“These openings mark yet another important milestone for our business and further strengthens Gaelectric’s platform in the energy market,” said Patrick McClughan, head of corporate affairs for Gaelectric Developments Ltd. “Our total permitted portfolio now stands at 140MWs in Northern Ireland and represents a total investment of approx £170m.”

The company’s expanding wind energy portfolio also complements its plans to develop a Compressed Air Energy Storage (CAES) facility in Larne, Co. Antrim, which promises to store energy as compressed air in caverns specially engineered for the purpose.

The news follows SSE’s announcement that 22 turbines boasting 66MW of capacity have come online at the Comhlacht Gaoithe Teoranta (CGT) Galway Wind Park project.

“Phase one is an impressive wind farm in its own right, and its completion is a major milestone in the context of the overall Galway Wind Park project,” said James O’Hara, SSE’s Project Manager for Galway Wind Park.

The second phase of the project, which unlike the first phase is owned by a 50/50 joint venture between SSE and forestry company Coillte, is due to be completed later this year.

SSE said once completed the project will be Ireland’s largest onshore wind farm, and will help cut emissions by around 190,000 tonnes of CO2 a year, while providing clean energy to almost 80 per cent of the homes in Co. Galway.

The announcements follow news earlier this week that Greencoat Renewables Plc announced plans to list on the London and Irish Stock Exchanges, as it seeks to raise up to €250m to support expansion plans primarily focused on the Irish wind energy market.

Source: businessgreen.com

Domestic Appliances Guzzle Far More Energy than Advertised – EU Survey

Photo-illustration: Pixabay
Photo: Pixabay

TVs, dishwashers and fridge freezers have been found to guzzle up to twice as much energy as advertised on their energy labels, in a wide-ranging EU product survey.

When tested under real-world conditions, the €400,000, 18-month investigation found widespread overshooting of the goods’ colour-coded A-G energy classes, due to the outmoded and selective test formats on which these have been based.

Switching on modern TV features such as “ultra-high definition” and “high-dynamic range” in real-world test cycles boosted energy use in four out of seven televisions surveyed – one by more than 100 per cent.

In an echo of past “defeat device” scandals, another TV set increased its energy consumption by 47 per cent when tested in a cycle based on real-world viewing, instead of the European standard measurement.

“This model stands out as potentially detecting and adjusting its behaviour to reduce average power consumption when measured with the EN 62087:2016 test video clip,” the report says.

The video clip is a standard test sequence introduced a decade ago by the International Electrotechnical Commission (IEC) to measure home viewing patterns.

Regulators in the UK and Sweden have already complained to the European commission about TV sets that seem to cut their energy use when they recognise the IEC clip being played.

Chris Spiliotopoulos, an expert at the European Environmental Citizens Organisation for Standardisation, which co-authored the report, said: “Policy-makers should now step up and provide the right direction for standardisation bodies to better represent real-life conditions.

“To get the best deal for our citizens and planet, we can no longer rely on outdated and unrepresentative test methods that may provide an unfair playing field.”

Ecodesign innovations are expected to cut around nine per cent of the EU’s emissions by 2020 and 15 per cent by 2030, while saving consumers nearly €500 per year in energy bills. But much will depend on how streamlined products become in real life.

No brands are named in the new report, which focuses on test practices, but a similar study in the US last year found that the energy use of Samsung and LG TV sets spiked by as much as 45 per cent outside lab conditions.

Some products were more energy efficient than their labels indicated, but three of seven TVs tested increased their energy uptake by a third when their firmware updated. This often happens automatically when a new TV is installed at home. Five sets shut off their energy-saving features without warning.

Half of the fridge freezers covered in the latest research increased their energy use by up to 32 per cent during everyday routines, such as opening the fridge door, or putting food inside. One model continued operating in power-hungry mode for 24 hours.

Dishwashers surveyed in the report also consumed up to 73 per cent more energy than advertised, when not used in the eco mode that is standard in official test cycles. A recent study by the University of Bonn found that four fifths of real-life washes were done in other settings.

Changing the dishwasher setting to “holiday” mode had no effect on power-saving and even raised energy usage in one case, the new survey found.

“The more artificial the test, the easier it is to detect,” said Stéphane Arditi, a policy manager at the European Environment Bureau (EEB), which co-authored the report.

“The test standard has balanced the situation towards being comparable, reproducible and affordable – but at the expense of accurately reflecting real-life use. It is time to rebalance that towards a more representative standard.”

The Collaborative Labelling and Appliance Standard Program (Clasp), and Topten.eu also contributed to the survey.

Source: businessgreen.com

NB Power announces expansion of Kent Hills wind farm

Photo-illustration: Pixabay
Photo-illustration: Pixabay

NB Power has announced an expansion of the Kent Hills wind farm in Albert County.

The expansion will see TransAlta build five new wind turbines, in addition to the 50 already on the site, which will add 17.25 megawatts of generating capacity to the company’s wind farm.

According to TransAlta, this will power an additional 7,300 homes a year.

The new turbines will make up for the wind farm producing a lower-than-expected amount of energy so far.

When the wind farm was originally built, it was believed the number of turbines would be enough to fulfil the agreement TransAlta signed for the sale of power to NB Power. That wasn’t the case.

NB Power spokesperson Marc Belliveau said the lower than expected energy production can be attributed to a nationwide overestimating of wind capacity.

“The industry was so new,” he said Tuesday.

TransAlta is providing the capital for the expansion of the wind farm near Riverside-Albert, but information about the cost of the project and the cost of the power was not available from the company, and NB Power said it didn’t know the cost.

The new turbines, which collectively will be called Kent Hills 3, are expected to be up and running by late 2018, but more regulatory work is still ahead, Belliveau said.

“There’s a lot of work that needs to be done as far as outreach for that, speaking to the community, First Nations engagement and so on, before the construction would begin,” said Belliveau.

Source: cbc.ca

World Bank Commits $54.4 Million To Reliable Electricity & Renewables In Mongolia

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

The World Bank announced last week that it would contribute $54.4 million in financing to help the Mongolian government address important electricity reliability issues while also supporting the development of the country’s first large-scale solar PV power plant.

The landlocked nation of Mongolia suffers from numerous bottlenecks in its electricity distribution, due to obsolete and inefficient distribution networks, leading to significant distribution (transmission) losses — as high as 25% on some Mongolian networks. In a country with a population of just over 3 million, more than 300,000 people live without electricity.

The new financing from the World Bank will help to address some of these distribution issues by upgrading assets and expanding distribution capacity. Specifically, the World Bank will look to upgrade and expand the capacity of power distribution infrastructure in the Baganuur-Southeast and the Erdenet-Bulgan distribution networks, which are responsible for providing electricity to nine of the country’s twenty-one provinces.

“More reliable access to electricity will improve the lives of families and help businesses thrive,” said James Anderson, World Bank Country Manager for Mongolia. “The World Bank is committed to continuing our partnership with Mongolia to strengthen the power sector and explore options for renewable energy to help the country pursue sustainable development.”

As regards to renewable energy, the World Bank will work to build the country’s first large-scale solar PV farm, a 10 MW project developed outside the Central Energy System which will provide electricity to Mongolia’s western region — a region which is highly reliant upon energy imports, sourcing 70% of its power from imports.

“We are encouraged by the government’s target to increase the share of renewables to 30 percent by 2030,” — said Peter Johansen, Senior Energy Specialist of the World Bank. “With its abundant solar and wind power resources, the country is now considering to more effectively and efficiently incentivize renewable energy investment to fully use its potential.”

Mongolia currently only has 5.100 MWe worth of solar PV capacity, according to the International Renewable Energy Agency, as part of a larger renewable energy capacity of 84.7 MWe, dominated by 50.60 MWe of onshore wind capacity, and 23 MWe of large-scale hydropower. The new solar capacity addition will therefore triple the country’s cumulative solar capacity, bringing a significant boost goal of boosting its renewable energy capacity from 7.62% in 2014 to 20% by 2020 and 30% by 2030, as part of its Intended Nationally Determined Contribution (INDC) to the Paris Climate Agreement (PDF). Additionally, Mongolia’s INDC includes a promise to reduce electricity transmission losses from 13.7% in 2014 to 10.8% by 2020 and 7.8% by 2030.

Source: cleantechnica.com

Middle East & Africa Wind Capacity Set To Increase By 40 Gigawatts By 2026, Predicts MAKE

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

New wind power capacity in the Middle East and Africa region in 2016 amounted to 676 megawatts, but MAKE Consulting expects the region’s capacity to skyrocket over the next decade, with an expected 40 gigawatts being installed between 2017 to 2026.

Leading renewable energy industry analysts MAKE Consulting published its 2017 Middle East and Africa Wind Power Outlook this week, revealing that the Middle East and Africa (MEA) region installed 676 megawatts (MW) of new wind capacity in 2016, compared to 682 MW installed in 2015. This brings the region’s cumulative wind power capacity up to 4.2 gigawatts (GW) — not bad, considering the region only had 1 GW at the end of 2010.

The region’s new capacity additions were led by South Africa and Morocco, which accounted for 80% of the MEA’s total capacity additions last year. Specifically, South Africa’s Renewable Energy Independent Power Producer Procurement Program (RE IPPPP) continues to support new wind power capacity growth, although the RE IPPPP Round 4 has been impacted by ongoing delays in the government’s signing of Power Purchase Agreements. Meanwhile, in Morocco, the Law 13-09 (which allows private power producers to supply electricity to the grid or a third party via a Power Purchase Agreement) remains a strong driver of new wind power growth.

Unsurprisingly, therefore, MAKE Consulting points out that the Middle East currently remains behind Africa in terms of wind power development, only accounting for 8.7% of total cumulative capacity.

Looking forward, MAKE Consulting predicts the MEA region to install nearly 40 GW of new wind power capacity between 2017 and 2026, driven by significant wind resources across the region and a more developed and experienced value chain. This last will specifically result in the gradual reduction of wind power’s Levelized Cost of Electricity, dropping 15% between 2017 and 2022. Already auctions in countries such as South Africa, Egypt, Morocco, and the United Arab Emirates has resulted in some of the cheapest bidding prices globally for both wind and solar projects — confirming that the global trend of declining renewable energy prices is not avoiding emerging economies and markets.

Source: cleantechnica.com

Report: Community Energy Projects Powering 130,000 UK Homes

Foto-ilustracija: Pixabay
Photo: Pixabay

More than 200 community energy organisations are now operating enough solar, hydro and wind schemes across the UK to power 130,000 homes, a new analysis of the nascent sector has revealed.

The first ever Community Energy State of the Sector report today reveals that a total of 222 community energy organisations are operating renewable energy schemes in England, Wales and Northern Ireland boasting collective capacity of 121MW, or the equivalent to the domestic consumption of 85,500 homes.

When that capacity is combined with Scotland’s estimated community energy capacity of 67MW, it means the UK community energy sector can power 130,000 homes, or as many households as there are in Cardiff or Coventry, the report said.

Unlike for the rest of the UK, data for Scotland is collected separately by the Energy Savings Trust on behalf of the Scottish Government.

Yet in England, Wales and Northern Ireland alone, the 222 community energy organisations identifed by the report boast as many as 30,000 members and are supported by more than 1,700 volunteers.

Together they have raised £190m of investment for their schemes, the bulk of which are focued on solar projects.

Much of the finance has come from community share issues, the report shows, alongside a total of £1.9m, initial investment funding from the government.

Altogether, the report estimates community-run decentralised power installations have helped to reduce equivalent CO2 emissions by 110,000 tonnes by delivering renewable electricity generation and energy efficiency improvements across more than 70 local communities.

Community Energy England chief executive Emma Bridge said the review of the sector was the most comprehensive to date. She praised the achievement of local energy organisations across the UK in benefitting communities and the environment.

However, Bridge also highlighted the challenges faced by the sector in the face of reduced government support, which she said was “seriously threatening the future viability of the sector”.

“These projects have proved that they are both innovatory and resilient in a very tough climate but the unprecedented cuts in subsidy and tax incentives present them with their biggest challenge yet,” she said.

The report argues changes to tax relief schemes such as the Enterprise Investment Scheme (EIS) and Seed Enterprise Investment (SEIS) have made it harder for community organisations to access tax breaks, while a number of projects have stalled as a result of reductions in Feed in Tariff (FITs) subsidies and the removal of the Renewables Obligation.

“There is a clear link between recent subsidy changes and an increasing number of failed or stalled community projects,” explained Bridge. “These, or similar, support mechanisms are essential in providing the community energy sector with the security and viability to progress their projects and objectives.

She added: “If government is serious about creating a new renewable energy industry to meet the nation’s power needs it has got to share this confidence, embrace the community energy sector and restore the modest support that it needs to thrive.”

However, a spokesmand for the Department for Business, Energy and Industrial Strategy (BEIS) defended the government’s record on community energy and highlighted its recent second £290m Contracts fo Difference auction for renewables projects.

“This government is committed to empowering communities and these projects, which put local people in the driving seat, are an important part of a clean, secure and affordable energy system,” BEIS said in a statement. “It’s only right that we now focus funding on new low-carbon technologies so they can develop, delivering better value for money for bill payers and a further boost to our renewables industry.”

Source: businessgreen.com