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Diesel Cars are 10 Times More Toxic than Trucks and Buses, Data Shows

Photo: Pixabay
Photo: Pixabay

Modern diesel cars produce 10 times more toxic air pollution than heavy trucks and buses, new European data has revealed.

The stark difference in emissions of nitrogen oxides (NOx) is due to the much stricter testing applied to large vehicles in the EU, according to the researchers behind a new report. They say the same strict measures must be applied to cars.

NOx pollution is responsible for tens of thousands of early deaths across Europe, with the UK suffering a particularly high toll. Much of the pollution is produced by diesel cars, which on the road emit about six times more than allowed in the official lab-based tests. Following the Volkswagen “dieselgate” scandal, the car tests are due to be toughened, but campaigners say the reforms do not go far enough.

The new report from the International Council on Clean Transportation (ICCT), a research group that played a key role in exposing Volkswagen’s cheating, compared the emissions from trucks and buses in realistic driving conditions with those of cars.

It found that heavy-duty vehicles tested in Germany and Finland emitted about 210mg NOx per kilometre driven, less than half the 500mg/km pumped out by modern diesel cars that meet the highest “Euro 6” standard. However, the buses and trucks have larger engines and burn more diesel per kilometre, meaning that cars produce 10 times more NOx per litre of fuel.

The ICCT analysis showed that manufacturers were able to ensure that heavy duty vehicles kept below pollution limits when on the road, but that emissions from cars soar once in the real world.

Official EU tests for cars are currently limited to laboratory measurements of prototype vehicles. “In contrast, for measurement of NOx emissions from trucks and buses, mobile testing devices became mandatory in 2013. As a consequence, randomly selected vehicles can be tested under real-world driving conditions,” said Peter Mock, managing director of ICCT in Europe.

Changes to the car testing regime in the EU are due to start in September, with mobile devices, called portable emissions measurement systems (PEMS), attached to vehicles as they drive on real roads.

But Mock warned: “Manufacturers will still be allowed to carefully select special prototype cars for emissions testing. Instead, it would be much better to measure the emissions of ordinary mass-production vehicles, obtained from customers who have had been driving them in an ordinary way.”

Such a system is used in the US where the dieselgate scandal first emerged. It will also be put forward for discussion by the European commission on 17 January in Brussels, but the ICCT said it faces resistance from some vehicle manufacturers and EU member states.

In December, the European commission started legal action against the UK and six other EU states for failing to act against car emissions cheating in the wake of the dieselgate scandal. But later the same month, a draft European parliament inquiry found the European commission itself guilty of maladministration for failing to act quickly enough on evidence that defeat devices were being used to game emissions tests.

Evidence that some diesel cars emitted up to four times more NOx pollution than a bus was revealed in 2015. Catherine Bearder, a Liberal Democrat MEP and a lead negotiator on the EU’s air quality law, said “It is disgraceful that car manufacturers have failed to reduce deadly emissions when the technology to do so is affordable and readily available. The dramatic reduction in NOx emissions from heavier vehicles is a result of far stricter EU tests, in place since 2011, that reflect real-world driving conditions. If buses and trucks can comply with these limits, there’s no reason cars can’t as well.”

Source: theguardian.com

Tesla just Kicked off Battery Production at its Massive Nevada Gigafactory

Photo: tesla.com
Photo: Tesla.com

Tesla just took a big step towards realizing CEO Elon Musk’s vision of a sustainable energy future by kicking off the mass production of lithium-ion battery cells at its Gigafactory near Sparks, Nevada. Tesla has set an ambitious target of eventually producing 150 GWh of lithium-ion battery cells annually – enough batteries to support up to 1.5 million electric vehicles. Tesla also plans on manufacturing as many as 500,000 cars per year before 2020. There are more than 400,000 pre-orders for the Model 3 so the demand is certainly there.

The electric vehicle maker and clean energy storage company partnered with Panasonic to design, engineer and manufacture the “2170 battery cell” (21 millimeters in diameter and 70 millimeters in length). The 2170 cells that began production Wednesday will be used in Tesla’s Powerwall 2 and Powerpack 2 energy products. The batteries for the Model 3 — the company’s first affordable EV, which is priced at $35,000 and expected to hit the assembly line this year — are set to start production in the second quarter.

Tesla said that by 2018 the Gigafactory will produce 35 GWh/year of lithium-ion battery cells, “nearly as much as the rest of the entire world’s battery production combined.” The Gigafactory is being built in phases, with nearly 30 percent completed — a footprint of 1.9 million square feet. When the 10 million square foot structure is completed, Tesla expects it to be the biggest building in the world. A second Gigafactory is planned for Europe, with the location yet to be announced.

While Musk has discussed how increasing automation will likely lead to a universal basic income for displaced workers, he is doing his part to create jobs. Tesla and Panasonic said they will hire several thousand employees this year and at peak production, the Gigafactory will employ 6,500 people and indirectly create another 20,000 to 30,000 jobs in the surrounding area.

Source: inhabitat.com

World’s Tallest Solar Tower Could Help Make Israel a ‘Sunshine Superpower’

Photo: Pixabay
Photo: Pixabay

Construction of the world’s tallest solar tower is underway. The 820-foot tower, which stands in the middle of a 121-megawatt concentrated solar complex in Israel’s sun-drenched Negev desert, is slated for commercial operation by the end of 2017.

The Ashalim Solar Thermal Power Station, built and operated by Megalim Solar Power Ltd, consists of more than 50,000 computer-controlled heliostats, or mirrors, that track the sun and reflect its rays onto a boiler on top of the tower. The boiler creates superheated steam that then feeds a steam turbine for power generation.

Like other concentrated solar power (CSP) plants, the beauty of the Ashalim complex is that it’s designed to produce energy even when the sun isn’t shining.

“Compared to solar photovoltaic (PV) applications, direct steam CSP has the advantage of being able to produce electricity for longer periods of time during the solar hours,” General Electric, a Megalim shareholder, explained in a brochure. “The ability to operate during peak demand times reduces the need for utilities to build power plants to operate only during peak times—thereby lowering the overall system’s electricity production costs.”

The electricity generated at the Ashalim facility will be enough to supply 120,000 homes with clean energy and avoid 110,000 tons of CO2 emissions each year.

“When operational, the Ashalim Solar Thermal Power Station will help Israel achieve its goal of having 10 percent of its electricity production from renewable energy sources by 2020,” the developers tout on its website.

As the Associated Press reported, the solar tower is a symbol of Israel’s renewable energy ambitions. Renewable sources currently make up only 2.5 percent of the country’s energy mix and the Ashalim plant will help increase Israel’s energy security by reducing its dependence on fossil fuel imports from other countries.

The Ashalim plant is made of three plots in the Negev desert. It will expand to a fourth plot by 2018. Once the four plots are online, they are set to generate about 310 megawatts of power. That amount of energy can fulfill 1.6 percent of the country’s energy needs, or about 5 percent of Israel’s population.

“It’s the most significant single building block in Israel’s commitment to CO2 reduction and renewable energy,” Megalim CEO Eran Gartner told the AP.

Israel’s Finance Ministry told the AP that if Ashalim is successful, the government will aim to develop more of these facilities.

As Leehee Goldenberg, director of the department of economy and environment at the Israel Union for Environmental Defense said, “Israel has a potential to be a sunshine superpower.”

Source: ecowatch.com

China and India Tipped for Multi-Billion Dollar Renewables Investment Surge

Photo: Pixabay
Photo: Pixabay

The Asian renewables market can expect a dual boost this year, as the Chinese and Indian governments both look to step up investment in clean energy infrastructure.

According to Reuters’ reports, China’s energy agency today announced plans to invest 2.5 trillion yuan ($361bn) in renewable power generation by 2020 as the government looks to accelerate its transition away from coal-power.

The move comes in the same week as the government confirmed plans to cut ‘outdated’ coal capacity by 800 million metric tons a year by 2020 and increase the use of cleaner coal by 500 million tons.

The National Energy Administration’s (NEA) new five year plan running from 2016 to 2020 said the new investment in will help create over 13 million jobs in the renewable energy sector as the country looks to ensure around half of all new electricity generation comes from low carbon sources by 2020.

The plan follows a similar blueprint from the National Development and Reform Commission (NDRC), which last month published proposals to invest 1tr yuan in solar projects over the next five years, alongside 700 billion yuan of investment in wind farms, and 500bn for new hydro power projects.

The unveiling of China’s latest clean energy plans comes in the same week as a new report from consultancy Bridge to India predicted the Indian solar market will enjoy a “bumper year” throughout 2017, establishing it as the world’s third largest solar market after China and the US.

The report predicts the market could see 90 per cent growth over 2016 with 14GW of utility scale solar projects in the pipeline, including 7.7GW which are expected to be commissioned this year.

The analyst firm said that combined with an expected 1.1GW of new solar rooftop capacity, the country should add 8.8GW of capacity in 2017, establishing it as one of the world’s leading markets with around 18GW of total installed capacity expected by the end of the year.

The market is being aided by a favourable policy environment – with further announcements expected on how the government plans to support domestic solar manufacturers – and the plummeting cost of solar power, which has helped make solar technology the most cost effective source of new generating capacity in some parts of the country.

“There has been some concern about weak power demand growth in India and growing incidence of grid curtailment and what it means for growth of solar power,” the report notes. “But we believe that continuing reduction in module prices and downward trend in domestic interest rates will provide strong ongoing demand impetus to the market. Solar tariffs are expected to fall below the critical INR 4.00 (USD 0.06)/ kWh mark making solar power the cheapest new source of power.”

“We expect sustainable demand of 6-8 GW for utility scale solar in the coming years,” the report adds. “As the Indian market ramps up, it will become a key pillar for demand growth when demand in other leading countries including China, Japan and even possibly the USA is expected to slow down. We already see leading international equipment suppliers paying more attention to this market and developing specific pricing and product strategies for India.”

Source: businessgreen.com

France Submits 2050 Emission Reduction Plan to the UN

Photo: Pixabay
Photo-illustration: Pixabay

France has become the fifth country to submit plans to the United Nations detailing how it plans to cut greenhouse gas emissions through to 2050, setting a 75 per cent emissions reduction target for mid-century against 1990 levels.

France’s long-term plan was presented last week, setting out how the country would need to cut around 9-10Mt of emissions annually over the next 35 years to achieve the target.

The country is currently reducing its greenhouse gases at a rate of around 8Mt per year, but “the rate of reduction must be stepped up, without jeopardising the economic development of France, or merely exporting these emissions by relocating the most emission-intensive activities”, the plan states.

The plan outlines how France can achieve a low carbon economy over the next 35 years across each of its major sectors, including transport, buildings, industry, energy, waste, agriculture, and forestry.

“The key issue at stake here is France’s carbon footprint,” the plan states. “Huge investments are required and it is essential to rethink our modes of production and consumption.”

France has already submitted plans outlining how it intends to achieve a 40 per cent reduction in emissions by 2030 against a 1990 baseline as part of the Paris Agreement, which reached the threshold for international ratification late last year.

Long-term 2050 emissions reduction strategies were also submitted by the US, Canada, Mexico and Germany last November.

The news comes as the French government also confirmed it is aiming to launch its first green bond by the end of the month, which would see proceeds earmarked for financing environmentally-friendly projects.

Mews agency Reuters quoted the country’s finance minister Michel Sapin this week as saying the country would be aiming for a maturity of 15-25 years depending on investor demand.

He declined to say how much France intended to raise through the issuance, but the figure is expected to be larger than the $750m green bond issued by Poland last month – the first state-backed green bond of its type – and could be as much as $2.5bn.

The move follows the first direct green bond issued by French bank BNP Paribas in November, with the $500m issuance attracting strong demand from investors.

Source: businessgreen.com

China to Invest £292bn in Renewable Power by 2020

Photo: Pixabay
Photo: Pixabay

China will plough 2.5tn yuan (£292bn) into renewable power generation by 2020, the country’s energy agency has said, as the world’s largest energy market continues to shift away from dirty coal power towards cleaner fuels.

The investment will create more than 13m jobs in the sector, the National Energy Administration said in a blueprint document that lays out its plan to develop the nation’s energy sector during the five-year 2016 to 2020 period.

The NEA said installed renewable power capacity including wind, hydro, solar and nuclear power would contribute to about half of new electricity generation by 2020. The agency did not disclose more details on where the funds, which equate to about £58bn each year, would be spent.

Still, the investment reflects Beijing’s continued focus on curbing the use of fossil fuels, which have fostered the country’s economic growth over the past decade, as it ramps up its war on pollution.

Last month, the National Development and Reform Commission, the country’s economic planner, said in its own five-year plan that solar power will receive 1tn yuan of spending, as the country seeks to boost capacity by five times. That is equivalent to about 1,000 major solar power plants, according to experts’ estimates.

The spending comes as the cost of building large-scale solar plants has dropped by as much as 40% since 2010. China became the world’s top solar generator last year.

“The government may exceed these targets because there are more investment opportunities in the sector as costs go down,” said Steven Han, renewable analyst with securities firm Shenyin Wanguo.

About 700bn yuan will go towards wind farms and 500bn to hydro power, with tidal and geothermal getting the rest, the NDRC said.

The NEA’s job creation forecast differs from the NDRC’s in December that said it expected an additional 3m jobs, bringing the total in the sector to 13m by 2020.

Concerns about the social and economic costs of China’s air pollution have increased as the northern parts of the country, including the capital Beijing, have battled a bout of hazardous smog.

Illustrating the scale of the challenge, the NEA repeated on Thursday that renewables will still only account for just 15% of overall energy consumption by 2020, equivalent to 580m tonnes of coal.

More than half of the nation’s installed power capacity will still be fuelled by coal over the same period.

Source: theguardian.com

Hazardous Waste Incineration Project Rounds off Busy 2017 for China Everbright

Photo: Pixabay
Photo: Pixabay

China Everbright International Limited rounded off 2017 with the signing of an $37.5 million agreement to invest and construct the Mianzhu Hazardous Waste Treatment Project.

The company said that the deal was reached with the People’s Government of Mianzhu City in Sichuan Province and that once operational the plant will have an annual industrial hazardous waste incineration processing capacity of 20,000 tonnes.

Everbright added that he project will be constructed on a BOO (Build-Operate-Own) model with a concession period of 30 years and gas emissions will fully comply with the Euro 2010 Standard.

The project will serve the Chengdu Economic Zone and will be adjacent to the Group’s Mianzhu Urban-rural Integration Project, resulting in a synergetic effect in management.

“During 2016, Everbright International set another record by securing nearly 40 new projects with a total investment of over RMB14 billion,” commented Mr Chen Xiaoping, CEO of Everbright International.

He added that the Group is proactively expanding its environmental protection business in Hubei, Jiangxi, Vietnam, Poland etc.

“The Group’s management has also proactively explored new business areas, including sponge city construction, river-basin ecological repair, industrial waste water treatment, the harmless treatment of the animal carcass etc., which will foster new sources of growth in the future, make its business more diversified and further enhance the Group’s leading position in environmental protection market,” continued the CEO.

Government Policy

Mr Chen explained that the Chinese government promulgated a number of environmental protection policies in 2016, including the 13th Five-Year Plan for Eco-environmental Protection, the Opinions on Further Enhancement of Municipal Household Waste Incineration Work, the 13th Five-Year Plan for Biomass Energy Development, and the Water Pollution Prevention and Control Law (Draft Amendment).

“We believe China’s environmental protection industry will grow rapidly with an enhanced development momentum in the new year based on the strengths it has accumulated,” he concluded.

Source: waste-management-world.com

Tesla Delivered 76,000 Cars in 2016, Missing its Goal

295255While the auto industry will start to report December and year-end sales totals today, Tesla Motors issued its year-end delivery and production results yesterday.

The Silicon Valley car maker, now completing its ninth year of production, delivered 22,230 electric cars during the fourth quarter of 2016. That brings its total for last year to 76,230 vehicles—less than the low end of its guidance to financial analysts, which had been for 80,000 units.

Of its fourth-quarter deliveries, 12,700 were the Model S luxury sedan, now entering its sixth model year, and 9,500 were the newer Model X crossover utility vehicle.

As for production, during the fourth quarter of 2016, Tesla says it built 24,882 vehicles. That brings its total 2016 production to 83,922 vehicles. Tesla built just over 50,000 vehicles during 2015, the year the Model X struggled into production. That total just met the company’s projections, unlike this year’s lower-than-projected number. Total deliveries for 2014 had been 31,655.

In its announcement of the fourth-quarter and year-end deliveries and production, Tesla suggested the shortfall had been due to the switch from Autopilot “Hardware 1” sensors to an expanded suite of “Hardware 2” sensors. That change came only months after a Tesla driver was killed after his car broadsided a tractor-trailer unit that turned across the highway while the Model S was operating on Autopilot.

The company wrote:

„Because of short-term production challenges starting at the end of October and lasting through early December from the transition to new Autopilot hardware, Q4 vehicle production was weighted more heavily towards the end of the quarter than we had originally planned.”

The new suite of sensors does not include hardware or software from Mobileye, a supplier that had publicly criticized the uses to which Tesla had put its products after integrating them into its cars.

The company’s main tasks during 2017 will include sustaining the sales of its current Model S and Model X vehicles while getting its battery gigafactory in Nevada up and running to support the start of production of its $35,000, 200-mile Model 3.

Tesla says that production of the Model 3 will start before the end of this year, though to date it hasn’t released full details on the battery and powertrain options, model lineup or pricing.

Those details will likely come at the point when the first of the 365,000 people who have put down $1,000 deposits on the Model 3 are asked to convert their deposits into firm orders. Tesla will also have to continue expanding its Supercharger fast-charging network and its Service Center locations to handle what’s expected to be a vastly higher volume of customers once the Model 3 is on sale.

Source: greencarreports.com

Solar Power Becoming World’s Cheapest Form of Electricity Production, Analysts Say

Photo: Pixabay
Photo: Pixabay

Solar power is becoming the cheapest way to generate electricity, according to leading analysts.

Data produced by Bloomberg New Energy Finance (BNEF) showed the cost of solar in 58 lower-income countries – including China, Brazil and India – had fallen to about a third of levels in 2010 and was now slightly cheaper than wind energy.

 In August, an auction to supply electricity in Chile achieved the record low price of $29.10 (£23.30) per megawatt-hour – a record low price and about half the price of a coal competitor.

BNEF chairman Michael Liebreich said in a note to clients: “Renewables are robustly entering the era of undercutting [fossil fuel prices].”

Renewable energy is cheap in developing countries that are looking to add more electricity to their national grids.

“Renewable energy will beat any other technology in most of the world without subsidies,” Mr Liebreich said.

However, in rich nations where new renewable energy generators must compete with existing fossil fuel power stations the cost of carbon-free electricity can be higher.

The dramatic plunge in price had partly been produced by the economies of scale, with China in particular adding a vast amount of new solar capacity.

Ethan Zindler, head of US policy analysis at BNEF, said: “Solar investment has gone from nothing – literally nothing – like five years ago to quite a lot.

“A huge part of this story is China, which has been rapidly deploying solar.”

Beijing has also been helping other countries to pay for solar projects.

A BNEF report, called Climatescope, found China, Chile, Brazil, Uruguay, South Africa, and India were the emerging markets most likely to attract investors in low-carbon energy projects.

Solar power has proved a godsend for remote islands such as Ta’u, part of America Samoa, in the South Pacific.

Once reliant on imports of vast amounts of diesel, it is now powered completely by 5,000 solar panels and 60 Tesla batteries.

Source: independent.co.uk

Spain Announces Tender for 3 GW of Renewables

Foto-ilustracija: Pixabay
Photo: Pixabay

Spain’s government has announced it will launch a technology neutral auction for 3 GW of renewable energy capacity at the start of this year. The announcement came from energy minister Alvaro Nadal on Dec. 14 as he spoke to the nation’s parliament.

Nadal stated that the 3 GW auction is necessary to assure Spain of meeting its binding European Union target for 2020 stipulating that 20 percent of final energy consumption be sourced from renewable energy. Presently, the figure is a little over 17 percent.

However, with an absence of details over how the auction might overcome problems experienced with Spain’s previous auction in January 2016 and how it will introduce technology neutrality into the new auction, the announcement has left the industry somewhat bemused.

Reacting to the announcement, CEO of the Spanish Wind Energy Association (AEE), Juan Virgilio Márquez, told Renewable Energy World: “We still don’t know the details of the auction, so it is hard to build an opinion on it. The sector wants the paralysis that we have suffered for the last three years to come to an end, but within a well-designed system.”

At first glance, Spain hosts a buoyant renewable energy landscape, with a renewable share in its electricity generating mix close to 50 percent.

However, in recent years poor legislation and mixed signals from government have contributed to stagnancy in development .

Indeed, the AEE report that 2016 represents the second consecutive year with no new wind capacity installed in Spain. Meanwhile, though the renewable energy auction of January 2016 saw contracts for 500 MW of wind power awarded, to the dismay of developers, all went with zero premiums over market prices.

Commenting on the auction’s outcomes, Márquez said: “We believe that the outcome did not reflect the reality of the sector. The fact that the auction was isolated no calendar for further calls, and small-sized (only 500 MW), in a context where the sector had been paralyzed for several years due to the green moratorium caused an unexpected result.”

David Robinson, Senior Research Fellow at Oxford Institute for Energy Studies, provided further perspective on the forthcoming auction to Renewable Energy World. Robinson said: “Investors are hoping not to repeat the outcome of the last renewables auction in Spain: a zero premium above the revenue to be earned in the energy market.”

He added that “they expect the premium to be positive because the quantity to be auctioned this time is much greater and because last time, there were a number of projects with sunk investments which had an incentive to bid very aggressively. This auction will also have stricter guarantees to ensure that the bidders deliver the projects which are selected.”

On the other hand, Robinson noted that comparing the prices from recent PV and wind auctions in Latin America, Africa and the Middle East with Spanish wholesale energy market prices, premium resulting from the auction may not be very high.

“One cannot rule out a repeat of the last auction,” he said.

Source: renewablesourceofenergy.com

Green Infrastructure Investment Set to Plummet 95 Per Cent by 2020

Photo: Pixabay
Photo: Pixabay

UK investment in renewables looks set to plummet by up to 95 per cent over the next three years, the think tank Green Alliance has warned in a new analysis of the latest government data on the UK’s infrastructure investment pipeline.

More than £1bn of renewables investment planned between now and 2020 has been wiped from the government’s books over the last six months, figures published by the government last month show, as cutbacks to the UK’s clean energy subsidy schemes begin to bite.

Green Alliance is today warning this trend could accelerate between now and 2020 – threatening the UK’s ability to meet its ambitious climate targets – unless urgent action is taken to boost the number of clean energy projects in the pipeline.

Ministers are aware of growing concerns about a low carbon investment hiatus and the resulting risk of the UK missing its emissions reduction and renewable energy targets for the 2020s. The government has promised to come forward with a new plan in the coming months for ensuring the UK’s legally-binding medium-term emissions targets are met.

But Green Alliance argued the onus was on the government to come forward with a plan that stops clean energy investment collapsing over the next few years.

“The challenge for government will be to deliver the policy required in the forthcoming Emissions Reduction Plan to keep low carbon investment up for the tail end of this parliament and into the 2020s,” the think tank said in its analysis.

Green Alliance is calling on the government to set out its funding strategy for low-carbon development beyond 2020 to boost investor confidence and unlock new investment in wind, solar and other green energy technologies. It also claims more support for renewable heat and transport technology will drive fresh investment in areas that are crucial to the government’s decarbonisation goals.

However, there is some good news for green businesses in the latest analysis. In the six months since the government released its last infrastructure update, the share of investment over the next three years for high carbon infrastructure – such as roads, fossil fuel power stations and airports – has fallen from 33 per cent to 30 per cent. It marks the first time since 2012 that planned high-carbon investment has stopped growing.

Green Alliance suggests in its briefing that the apparent slowdown in high-carbon projects is due to a decline in private sector investment in high-carbon assets, rather than a strategic change in the priorities of the government, but nonetheless it labels the shift “good news” for the environment. With the right policy environment, infrastructure investors can be encouraged to directly switch investments from high-carbon to low-carbon projects, it notes.

Source: businessgreen.com

Allete Clean Energy Planning Expansion of North Dakota Wind Farm

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Photo: Pixabay

Allete Clean Energy (ACE), a wholly-owned subsidiary of Allete, Inc. has announced it will work with Montana-Dakota Utilities (MDU) to expand the Thunder Spirit wind farm in North Dakota.

Allete Clean Energy has agreed a 25-year power purchase agreement with MDU, a division of MDU Resources Group, and also has the option of purchasing the expansion when it is complete, as it did with the first phade of Thunder Spirit.

The company developed the Thunder Spirit wind farm, located near Hettinger, North Dakota, in 2014 and 2015. The first phase of construction consisted of 43 turbines, generating enough electricity to power about 30,000 homes. After completion in 2015, MDU bought the facility from Allete Clean Energy for $200 million and now operates it directly for its customers. It has now granted the company the right to develop the Thunder Spirit expansion, consisting of 13-16 turbines, which is expected to start in May 2018. The expansion of the wind farm will enable it to reach its 150-megawatt permitted capacity and MDU has ensured it will be eligible for federal renewable energy production tax credits.

“We are pleased MDU has selected us to expand the Thunder Spirit Wind project and look forward to partnering with them, area landowners and Adams County officials as well as North Dakota regulators on this exciting project that will deliver additional carbon-free energy to serve its customers” said Allan S. Rudeck Jr., President of Allete Clean Energy. “This transaction strengthens Allete Clean Energy’s renewable energy repertoire and is consistent with ACE’s multipronged growth strategy to expand its clean energy project portfolio by pursuing acquisitions and new builds with long-term power sales agreements, build-transfers and renewal investments of existing facilities.”

MDU President and CEO Nicole Kivisto added that MDU’s relationship with Allete Clean Energy on the first phase proved to be a winning formula and that the utility is in need of additional energy to meet growing demand. The easements, interconnection to the grid and permits already in place from the first phase of Thunder Spirit will make the expansion a great project for Montana-Dakota.

In addition to developing this expansion for MDU, Allete Clean Energy owns and operates wind generation facilities in Minnesota, Iowa, Oregon and Pennsylvania. The company was established in 2011 to acquire and develop capital projects to create energy solutions utilising a number of renewable and other technologies, including wind, solar, biomass and hydro.

Allete is headquartered in Duluth, Minnesota and owns utilities Minnesota Power and Superior Water and Light and Power of Wisconsin, along with Allete Clean Energy.

Source: renewableenergymagazine.com

Costa Rica Ran Almost Entirely on Renewable Energy in 2016

Photo: Pixabay
Photo: Pixabay

Costa Rica ended 2016 on a particularly green note.

The Central American nation ran entirely on renewable energy for more than 250 days last year, the country’s power operator announced.

Renewables supplied about 98.1 percent of Costa Rica’s electricity for the year, the Costa Rican Electricity Institute (ICE) said in mid-December. Fossil fuels provided the remaining 1.9 percent.

The country of 4.9 million people gets most of its electricity from large hydropower facilities, which are fed by multiple rivers and heavy seasonal rains.

Geothermal plants and wind turbines are also prominent sources of power, while biomass and solar power provide a tiny but growing share of electricity.

A few diesel-burning power plants round out the electricity mix, but Costa Rica has barely used them in the last two years.

The country enjoyed a 110-day stretch of carbon-free electricity from June 17 through Oct. 6, when the power company briefly turned on its fossil fuel plants. After that blip, Costa Rica resumed its run of consecutive, fossil fuel-free days, a spokesman for ICE told Mashable on Dec. 13.

In 2015, Costa Rica used 98.9 percent renewable energy, slightly more than 2016’s expected total.

Compared to larger, more industrialized countries, Costa Rica seems like a verdant gem amid a pile of black coal rocks.

But Costa Rica’s smaller economy and natural resources give it an advantage over an energy-hungry powerhouse like the United States.

Costa Rica’s population, for instance, is roughly 65 times smaller than the U.S.’s. It also generates about 373 times less electricity than the United States does, according to national energy data from both countries.

Given its huge energy appetite, the U.S. faces a bigger challenge in greening the electric grid.

Nearly 15 percent of the U.S. electricity supply for January-October 2016 came from hydropower, wind, solar and other renewable sources, the U.S. Energy Information Administration reported on Dec. 23.

Coal and natural gas together accounted for nearly two-thirds of U.S. electricity generation over that period. Nuclear power provided the remaining 19 percent.

For Costa Rica, the clean energy success story is likely to continue into 2017.

ICE’s president Carlos Manuel Obregón said the power company expects renewable power generation to stay “stable” this year, thanks in part to the nation’s four new wind farms and favorable hydro-meteorological conditions, which are projected near the nation’s hydropower plants.

Source: mashable.com

Antic: No Plans for Electricity Price Increases

Foto: Ministarstvo rudarstva i energetike
Photo: Ministry of mining and energy

There are no plans whatsoever at this time for electricity price increases, says Minister of Mining and Energy Aleksandar Antic.

The priorities of the national electric power company EPS are completely different, Antic said during a tour of the Nikola Tesla B coal-fired power plant in Obrenovac on Sunday.

The EPS has a financial consolidation plan and certain benchmarks and criteria it must meet every year, he said.

“The EPS has excellent solvency now. We have stable finances at the time and the priorities are to continue the rightsizing – we are completing a redundancy programme under which we expect about 1,900 people to leave the EPS,” he said.

Payment of electricity bills has improved, and so have cost cuts at the EPS – if these priorities are achieved, the likelihood of price increases requested by the IMF will be increasingly lower, he said.

Source: tanjug.rs

Green Energy UK Unveils Smart Tariff to Drive Prices Down for EV Owners

Photo: Pixabay
Photo: Pixabay

Green Energy UK customers with smart meters are now being offered a ‘Time of Day Tariff’ that sees prices vary between low and peak periods of electricity demand, in what the energy supplier claims is a first for the UK energy market.

Using smart meter technology, customers on the new TIDE tariff – which launched yesterday – will be charged more for using electricity during peak evening periods compared to rates charged overnight, which the company hopes will encourage better energy demand management in the home.

In particular, the company said the tariff would enable its customers who drive electric vehicles to charge their cars overnight and gain “more control over their electricity bills”. It comes amid fears that the surge in electric vehicle numbers in the UK could put excess pressure on local electricity grids if the cars are charged during periods of peak demand.

Customers with smart meters signing up to the TIDE tariff will pay 4.9p per unit/kWh from 11pm to 6am, which is around 30 per cent less than the standard tariff, according to Green Energy UK.

Customers can then help the environment by reducing their demand for power during the peak time of 4pm-7pm on weekday evenings, the company added.

Doug Stewart, Green Energy UK chief executive, said the new TIDE tariff was about customers “being savvy and smart” and that simply offering the cheapest flat rate energy deal was neither profitable nor sustainable.

“The mantra of ‘switch to the lowest tariff’ has done nothing for energy efficiency and encourages higher use by those who can’t necessarily afford it,” said Stewart in a statement. “The introduction of a Time of Day Tariff is the first step into the new world of energy infrastructure; a step which puts consumers in charge, lets them take control and decide when they use energy and what that means to their bill.”

He added: “Choosing when you do certain things around the price of the electricity, like when’s the best time to charge your EV, is an obvious way to control your consumption and in turn your bill.”

It follows a trial project launched last April in the Cornish town of Wadebridge by Wadebridge Renewable Energy Network (WREN), where residents were given access to cheaper electricity prices during the sunniest parts of the day when solar power generation is highest.

WREN, in collaboration with Western Power Distribution (WPD), Tempus Energy and sustainable energy industry group RegnSW, hoped the trial would help to better match local supply of clean energy with nearby demand.

Source: businessgreen.com

Cornish Village Marks 25 Years of UK Wind Power

Photo: Pixabay
Photo: Pixabay

From Pam the lollipop lady to the repairs for a storm-battered church roof, the fruits of wind power are not hard to find in Delabole. The residents of this Cornish village have lived alongside the UK’s first commercial windfarm since it was built in the year the Gulf war ended and Ryan Giggs rose to fame.

The Delabole windfarm marked its 25th anniversary in December, having produced enough power to boil 3.4bn kettles since the blades began spinning. Peter Edwards, a local farmer, erected the first turbines after going on an anti-nuclear march with his wife, Pip.

“They thought ‘if not nuclear’, then what do we build?” said Juliet Davenport, CEO of Good Energy, the utility that bought the farm from the family in 2002. Since there was effectively no wind industry in the UK in 1991, Peter went on an exploratory mission to Denmark, which had by then become a world leader in wind power, spurred by the oil crises of the 1970s.

With the help of local people, local authorities and utilities, he raised about £10m to fund the first 10 turbines, which were each rated at 0.4 megawatts (MW) of capacity. Today, renewable energy accounts for a quarter of the UK’s electricity generation, and the biggest turbines are rated at approximately 8MW.

“After the windfarm started generating in 1991, one of the main criticisms was that the amount we contributed to the National Grid was so insignificant that we shouldn’t have bothered,” said Edwards. “That’s why it’s so satisfying to see just how far wind energy has come and how it now competes with nuclear.”

While locals acknowledge there are some people in the village who don’t like the windfarm, many are vocal supporters of a technology that in some parts of the UK has become so politically toxic the Conservatives effectively banned it by pulling subsidies when they came to power in 2015.

“It’s definitely positive. I stood up for it for years ago when I was parish councillor,” said Tricia Hicks, who is now retired and runs a volunteer hospital car service in the village where she has lived for 40 years.

“It’s been brilliant for Delabole: we’ve not had power cuts; they’ve given money for repairing the church roof after storm damage, for playgrounds; they’ve put a load into the village. You’ll get the few [who are negative]. They’re in the minority.”

The windfarm is also a draw for passersby. Delabole residents Susan and John Theobald said: “We’ve always enjoyed being around the turbines and have often walked right up to them with our dogs. It’s always lovely – still to this day – to see so many people taking photos of the site.”

The area, as Hicks and others point out, has always been a mixture of natural beauty and industry. Next door is the country’s biggest slate quarry, where more than 10m tonnes of the rock have been mined over the last millennium.

Some of the goodwill for the windfarm is financially driven. Householders in Delabole, which has held on to a pub, primary school, two churches and a Spar, can sign up for a special tariff with Good Energy, and enjoy lower electricity bills on windy years via a windfall. The company also provides a local fund of £10,000 a year, which has helped pay for everything from the local football and cricket team to a community newsletter produced by volunteers.

The local tariff was one of the fruits of door-to-door discussions in 2010, when it made economic sense for Good Energy to “repower” the site by taking down the old turbines and replacing them with four new ones. With the turbines twice the height and much more powerful at 2.3MW each, the new windfarm produces more than double the power of the old one, enough for about 6,200 homes.

“The major difference with the turbines is the size,” said Davenport, of how the technology has changed. “The ones we’ve put on there are gearbox-less. It reduces the noise – with the bigger turbines, the key noise you hear is the blades, but the older ones you heard the gearbox as well.”

Aerodynamics of modern turbines have improved too, while costs have “come down significantly”, said Davenport. “But really it’s about getting more power from the same land area.”

For now, wind power’s expansion from this corner of Cornwall to more than a 1,000 onshore wind projects across the UK is halted. Ministers have made clear they will only support windfarms at sea. “I can’t see onshore wind being positively supported by this government,” said Davenport.

But Delabole’s story as a pioneer is not necessarily over. Next on Davenport’s wishlist for the site is a solar farm, and an energy storage plant, a technology many believe will be key for renewable energy’s next big breakthrough.

Source: theguardian.com