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Wales’ Largest Onshore Wind Farm Reaches Full Power

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

Thirty-eight months after construction started, one of the UK’s largest onshore wind farms has come fully online, promising to cut carbon emissions by more than 300,000 tonnes a year.

Vattenfall announced yesterday that its 76 turbine Pen y Cymoedd Wind Energy Project began operating at full power over the weekend, delivering clean power equivalent to the amount consumed by 13 per cent of Welsh homes.

The £400m project, which is now officially Wales’ largest onshore wind farm, is now expected to employ 20 onsite staff for the lifetime of the project.

“To get to this stage of the project safely and on schedule is obviously very important to Vattenfall and our contractors,” said Will Wason, Vattenfall’s project director, in a statement. “I sincerely hope that full generation from Wales’s largest onshore wind farm, producing competitive, clean, predictable power from the valleys will mean a lot to Wales.”

The project is part of a wave of onshore wind farm projects to secure approval before the government effectively blocked financial support for onshore wind farms in line with its 2015 manifesto commitment. Industry insders are now fearful the industry will experience a significant investment hiatus unless prospective onshore wind farms are provided with a new route to market.

Companies across the energy industry are calling on the Conservative Party to reconsider the decision to not allow onshore wind farms to compete for clean energy price support contracts, arguing the sector can build new capacity at a lower cost than any other form of technology, including fossil fuel power plants.

Source: businessgreen.com

San Francisco Goodwill Taps BYD To Supply 11 Zero-Emission Electric Trucks To Bay Area

Photo: sfgoodwill.org
Photo: sfgoodwill.org

The San Francisco Goodwill, with support from the California Air Resources Board and the Bay Area Air Quality Management District, has awarded BYD a contract for 11 electric trucks into its operations around the Bay Area.

This will be the first installation to put a fleet of electric trucks to the test in the hilly terrain of the Bay Area. The new purchase will bring 10 Class 6 BYD electric trucks and 1 Class 8 BYD electric refuse truck to the region. The 10 Class 6 trucks will replace existing collections trucks that will also be used to move donations around between the various Goodwill stores in the area.

President of BYD Motors, Stella Li, sees the deployment as more proof that electric vehicles are ready for mainstream applications:

“This deployment with Goodwill for BYD state of the art battery electric trucks will show the skeptics that zero emission technology is reliable and ready for wide scale use in medium and heavy-duty trucking applications.”

Goodwill operates in 165 regions with more than 2,500 retail locations around the world and is using the electric vehicle fleet in the Bay Area to prove out whether or not it can scale the vehicles to the rest of its fleet. Over 24 months, the team will collect and analyze data to determine how the vehicles perform compared to conventional fossil fuel vehicles. The team will assess the full cost of ownership of the vehicles, which should be a substantial improvement with the BYD refuse truck alone capable of saving $13,000 in fuel and maintenance costs per year compared to conventional diesel-powered refuse trucks.

Cost, it seems, will be the ultimate differentiator that will drive fleets to convert from inefficient 19th century technologies to cutting-edge electric vehicle technologies. The Workhorse W-15 plug-in hybrid electric pickup truck similarly touted a substantial improvement in the cost of ownership over the life of the vehicle compared to more conventional work trucks like the Ford F-150.

BYD estimates that the new fleet of electric trucks will eliminate more than 1,355 tons of greenhouse gas emissions and nearly 1.2 tons of criteria and particulate matter emissions over the lifetime of the vehicles. The program taps into California’s cap-and-trade program funds, with the Bay Area Air Quality Management District and SF Goodwill covering the remainder of the purchase.

Source: cleantechnica.com

Are Low Emission Zones the Route to Cleaner Air?

Photo: Pixabay
Photo: Pixabay

Following a high court order the government have launched their new clean air plan. One proposal is for clean air or low emission zones in many UK towns and cities aiming to reduce traffic pollution by restricting vehicles with weaker exhaust controls.

There are over 200 zones across Europe, but do they work? Europe’s largest is in London. Before the scheme the capital had one of the oldest delivery fleets in the UK. This changed in the run-up to the implementation of the zone and exhaust particles decreased alongside busy roads in outer London.

In Germany, where zones also ban the most polluting cars, air pollution in cities with zones improved faster than in those with no zone. This was especially the case for particle pollution. In contrast, researchers struggled to find improvements from Dutch zones. One possible reason is that the schemes were too weak; they applied to small areas of each city and banned only the very oldest lorries.

For many years new diesels passed ever-tighter exhaust tests in the laboratory only to emit much more nitrogen oxides on roads. Defra estimates an annual health cost of £13 billion from nitrogen dioxide pollution. If a clean air zone achieved the replacement of a 12-year-old diesel car with a new one we could save £350 per year in health cost. A new petrol or electric replacement would be over £750 saving. Removing the car and using public transport, walking and cycling would be even better. This would simultaneously tackle problems of obesity and lack of exercise, improve traffic noise and help air pollution and climate change.

Source: theguardian.com

Mumbai Society Switches to Solar Power Will Save ₹5 Lakh a Year

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Grace Co-operative Housing Society, Vasant Oscar, Mulund (West), switched to solar energy last month and will save Rs 5 lakh per annum in electricity bills, which means a monthly saving of Rs41,000. It got solar panels installed that help light up elevators and common areas of five buildings in the society, which has 160 apartments.

The residents of the society have also been segregating their organic waste and recycling it to manure to ensure the 100-odd trees they have within the complex stay intact. “Other than saving on electricity bills, we are also trying to reduce our carbon footprint. India has signed the Paris climate accord and it’s our duty to fulfil the nation’s commitment,” said S C Shrivastava, secretary of the society. “Our long term goal is to save future generations from ill effects of climate change.”

Set up at a cost of Rs18.5 lakh, the 29.4 kilowatt power (kWp) solar system with 94 panels will produce 45,000 units of electricity in a year and 120 units daily. A two bed-room-kitchen apartment in Mumbai uses on average 8-10 units of electricity per day. “We expect to recover the cost of installation over the next three years. We will also be recovering Rs 5 lakh through subsidy provided by Maharashtra State Electricity Board (MSEB) as per government rules,” said KV Mujumdar, resident and another committee member.

Residents also estimated reduction in carbon dioxide (CO2) emissions from the project. “The use of green energy will reduce almost 30 tonnes of CO2 emissions in a year, which is equal to planting 1,250 trees,” said Mahesh Rathore, treasurer of the society.

The renewable energy source will not only benefit the residents of Grace CHS but also areas in the city where electricity supply is less. A net-metering system, which allows surplus power generated by solar will be exported back to the grid and any deficiency is imported from the grid. At the end of a financial year, the society will be charged by the power supplier only for the ‘net usage’. “Therefore, excess electricity will compensate areas facing power cuts in the city,” said Dhaval Gori from Aditya Green Energy that set up the plant.

Moreover, the society has recycled 3.28 lakh kg organic (kitchen, horticultural) waste in past three years. Daily segregation of 300kg of wet waste and 180 kg of dry waste is done from every household.

While the wet waste is composted into 30kg of manure per month, only the dry waste is collected by the civic body’s dumper truck daily.

“We are following a zero waste concept as there is 100% waste segregation in the society. Our wet waste is being converted into manure at four compost drums where waste is churned with the help of various enzymes,” said Rani Pandit, a resident. “We will soon begin plastic segregation too.”

Source: hindustantimes.com

Nebraska Sails Past 1K Megawatts of Wind-Energy Capacity

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

With the raising of a 400-megawatt wind farm in the state, Nebraska has sailed past 1,000 megawatts — or 1 gigawatt — of wind-generated capacity.

Nebraska’s turbines provide over 1,300 megawatts of capacity with more on the way, looking to take advantage of the state’s largely untapped wind potential, the Lincoln Journal Star reported.

The American Wind Energy Association said Nebraska is the 18th state to join the group of gigawatt-level wind energy states.

The association reported last month that wind accounted for over 10 percent of electricity generated in the state for the first time last year. The figure was less than 3 percent just five years ago, according to the federal Energy Information Administration.

The state’s turbines cranked out electricity an average of 45 percent of the time last year, the highest rate in the nation, according to the association.

The most recent wind farm built, the 200-turbine Grande Prairie, is both the largest wind project in Nebraska and the biggest built in the United States last year.

Nebraska Energy Office director David Bracht said three things need to be present for the state to attract more wind farms: wind, a market for selling the power and transmission lines to get the electricity to the buyer.

“We’re a big state area-wise but we’re a small state in terms of population,” he said. “That translates to more limited transmission. That is one of the advantages that Iowa had in developing its wind, larger population and transmission all over the state.”

Source: heraldcourier.com

Philippines Approves 30 Megawatt Solar + Storage Project To Assess Impact On Grid

Photo-illustration: Pixabay
Photo-illustration: Pixabay

More developing markets are now considering storage solutions for better and efficient integration of solar power projects into the existing grid.

The Department of Energy in the Philippines recently approved four large-scale solar power projects to assess the impact of their integration into the existing transmission network. These projects include two of 70 megawatts capacity each, one of 22 megawatts, and another of 30 megawatts with battery storage.

The two projects of 70 megawatts capacity each will be developed by Pilipinas Newton Energy and Pilipinas Einstein Energy in San Manuel in the province of Pangasinan. C-Solar Power will develop the 22-megawatt project in Tarlac. A battery-based solar power project with a capacity of 30 megawatts will be developed by Silay Global Energy Solutions in Negros Occidental.

These projects are expected to play an important role in developing a roadmap for large-scale integration of not only solar power but projects based on other renewable energy technologies as well. Absorption of renewable energy technologies into existing transmission grid remains a major challenge across all developing markets, be it India, Chile or China.

In March, the Department of Energy also approved a 150-megawatt solar power project equipped with storage technology, based on batteries, for development in Concepcion. The project will be developed by Solar Philippines and will consist of nearly half a million modules.

The Concepcion solar power project will initially sell electricity in the open market while continuing to negotiate with utilities for a long-term power purchase agreement.

After the Renewable Energy Law was approved in 2008, a surge in renewable energy capacity addition was seen in the Philippines. The government had announced a feed-in tariff scheme wherein projects were offered ¢0.21 per kWh. The tariff scheme attracted overwhelming response from project developers, forcing the government to expand the capacity under the program from 50 megawatts to 500 megawatts.

Source: cleantechnica.com07

Range for E-cars up to 1000 km with New Batteries

Foto - ilustracija: Pixabay
Photo – illustration: Pixabay

You cannot get far today with electric cars. One reason is that the batteries require a lot of space. Fraunhofer scientists are stacking large cells on top of one another. This provides vehicles with more power. Initial tests in the laboratory have been positive. In the medium term, the project partners are striving to achieve a range of 1,000 kilometers for electric vehicles.

Depending on the model, electric cars are equipped with hundreds to thousands of separate battery cells. Each one is surrounded by a housing, connected to the car via terminals and cables, and monitored by sensors. The housing and contacting take up more than 50 percent of the space. Therefore, the cells cannot be densely packed together as preferred. The complex design steals space. A further problem: Electrical resistances, which reduce the power, are generated at the connections of the small-scale cells.

More space for batteries

Under the brand name EMBATT, the Fraunhofer Institute for Ceramic Technologies and Systems IKTS in Dresden and its partners have transferred the bipolar principle known from fuel cells to the lithium battery. In this approach, individual battery cells are not strung separately side-by-side in small sections; instead, they are stacked directly one above the other across a large area. The entire structure for the housing and the contacting is therefore eliminated. As a result, more batteries fit into the car. Through the direct connection of the cells in the stack, the current flows over the entire surface of the battery. The electrical resistance is thereby considerably reduced. The electrodes of the battery are designed to release and absorb energy very quickly. “With our new packaging concept, we hope to increase the range of electric cars in the medium term up to 1000 kilometers,” says Dr. Mareike Wolter, Project Manager at Fraunhofer IKTS. The approach is already working in the laboratory. The partners are ThyssenKrupp System Engineering and IAV Automotive Engineering.

Ceramic materials store energy

The most important component of the battery is the bipolar electrode – a metallic tape that is coated on both sides with ceramic storage materials. As a result, one side becomes the anode, the other the cathode. As the heart of the battery, it stores the energy. “We use our expertise in ceramic technologies to design the electrodes in such a way that they need as little space as possible, save a lot of energy, are easy to manufacture and have a long life,” says Wolter. Ceramic materials are used as powders. The scientists mix them with polymers and electrically conductive materials to form a suspension. “This formulation has to be specially developed – adapted for the front and back of the tape, respectively” Wolter explains. The Fraunhofer IKTS applies the suspension to the tape in a roll-to-roll process. “One of the core competencies of our institute is to adapt ceramic materials from the laboratory to a pilot scale and to reproduce them reliably,” says Wolter, describing the expertise of the Dresden scientists. The next planned step is the development of larger battery cells and their installation in electric cars. The partners are aiming for initial tests in vehicles by 2020.

Source: sciencedaily.com

Turbines Propel Nebraska Past a Wind-Energy Milestone

Foto - ilustracija: Pixabay
Photo-illustration: Pixabay

With the raising of Grand Prairie, a 400-megawatt wind farm in Holt County, Nebraska has sailed past 1,000 megawatts — or 1 gigawatt — of wind-generated capacity. It’s the 18th state to join the club, according to the American Wind Energy Association.

For the first time last year, wind accounted for more than 10 percent of electricity generated in Nebraska, the association reported last month. Just five years ago, that figure was less than 3 percent, according to the federal Energy Information Administration.

Nebraska’s turbines provide 1,328 megawatts of capacity, and there are more on the way, looking to take advantage of the state’s largely untapped wind potential. Developers have 7 megawatts of turbines under construction and others totaling 586 megawatts in development, the association reported in its first quarterly report for 2017.

Despite ranking fourth among states in abundant wind, Nebraska has long been a straggler when it comes to harnessing that resource. The state briefly climbed to 17th in wind energy production last year before being bumped down to 18th by New Mexico during this year’s first quarter.

The fact that Nebraska has lagged behind other states such as Iowa — which became the first state to generate 35 percent of its electricity from wind in 2016 — could play into its favor in attracting future development, said David Bracht, director of the Nebraska Energy Office.

“Given the fact that Nebraska has really good wind and has, relatively speaking, developed less of that, we have more of our very best wind left to develop,” Bracht said.

Another factor in Nebraska’s favor is that its wind is some of the most-productive in the country. Turbines can only spin when the wind blows. Nebraska’s turbines cranked out electricity an average of 45 percent of the time in 2016, the highest rate in the nation, according to the American Wind Energy Association.

Nebraska’s electricity is provided by a network of nonprofit public power districts that can’t collect federal wind production tax credits like investor-owned utilities in other states can, a factor that has long been cited as a barrier to wind development.

Lincoln Electric System and other Nebraska utilities have tackled that obstacle by signing contracts to buy power from private turbine owners who collect the tax credits, such as Invenergy, which has a regional office in Littleton, Colorado, and owns Prairie Breeze II Wind Energy Center, a 41-turbine complex in Antelope and Boone counties.

Source: journalstar.com

China Increases Solar Power Output by 80% in Three Months

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

China electricity output from photovoltaic plants rose 80 per cent in the first quarter after the world’s biggest solar power market increased installed capacity.

Solar power generation rose to 21.4 billion kilowatt-hours in the three months ending 31 March from a year earlier, the National Energy Administration said on Thursday in a statement on its website. China added 7.21 gigawatts of solar power during the period, boosting its total installed capacity to almost 85 gigawatts, the NEA said.

The power-generation increase comes even as more solar plants stand idle because of congested transmission infrastructure. China idled about 2.3 billion kilowatt-hours of solar power in the first quarter, up from 1.9 billion kilowatt-hours a year earlier, according to the NEA data.

Central and eastern China accounted for about 89 per cent of new capacity, the NEA said.

Source: independent.co.uk

Germany Breaks Record: 85% of Energy Comes From Renewables Last Weekend

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

Germany’s “Energiewende”—the country’s low-carbon energy revolution—turned another successful corner last weekend when renewable energy sources nearly stamped out coal and nuclear.

Thanks to a particularly breezy and sunny Sunday, renewables such as wind and solar, along with some biomass and hydropower, peaked at a record 85 percent, or 55.2 gigawatts, and even came along with negative prices for several hours at the electricity exchange.

Conversely, coal use was at an all-time minimum. According to DW, on April 30, coal-fired power stations were only operational between 3 and 4 p.m. and produced less than eight gigawatts of energy, well below the maximum output of about 50 gigawatts.

“Most of Germany’s coal-fired power stations were not even operating on Sunday, April 30th,” Patrick Graichen of Agora Energiewende told RenewEconomy. “Nuclear power sources, which are planned to be completely phased out by 2022, were also severely reduced.”

Graichen added that days like Sunday would be “completely normal” by 2030 thanks to the government’s continued investment in the Energiewende initiative.

Following the Fukushima disaster in Japan, Germany announced in May 2011 that it plans to phase out nuclear and shut down all its nuclear power plants by 2022. That Sunday, nuclear power plants reduced their output from 7.9 to 5 gigawatts.

Germany’s ambitious energy transition aims for at least an 80 percent share of renewables by 2050, with intermediate targets of 35 to 40 percent share by 2025 and 55 to 60 percent by 2035.

Source: ecowatch.com

Polenergia Gains Approval for Second 600MW Baltic Offshore Wind Project

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

Polish energy firm Polenergia has this week been given the green light by the Gdańsk regional environmental protection authority to develop a second 600MW offshore wind farm in the Baltic Sea.

The legally-binding decision setting out the environmental requirements for the Polenergia Baltic Sea II (Polenergia Bałtyk II) project comes after the firm secured approval for the sister 600MW project Polenergia Baltic Sea III project last August, bringing total expected capacity for the wind farms to 1.2GW.

Located north of the coastline cities of Smoldzino and Leba in the Pomorskie region, the wind farms are set to be the largest ever built in Poland, Polenergia said.

Each wind tower will be a maximum of 300 metres in height and 250 metres in diameter with a generating capacity of 8-10MW.

Once the construction permits are granted, work on the wind farms is scheduled to begin in 2019, with the Baltic Sea III project set to come online in 2021-2022, before the Baltic Sea II project begins generating electricity in 2026.

Both projects have a 25 year lifespan, but after 2025 the company also expects to be able to acquire additional capacity that could potentially see both wind farm projects double in capacity to a maximum of 1.2GW, delivering up to 2.4GW in total.

By 2030, the company believes the two wind projects will have created 77,000 new direct and indirect jobs and deliver a PLN 60bn (£12bn) boost to the Polish economy.

“Polenergia Baltic Sea II and Polenergia Baltic Sea III Offshore Wind Farms are a strategic investment that will allow not only the company but, above all, the Polish economy to become the leader in this kind of venture,” said Jacek Głowacki, project director on Polenergia’s management board.

Source: businessgreen.com

Google and E.ON Team Up to Shine Light on German Rooftop Solar Potential

Foto-ilustracija: Pixabay
Photo: Pixabay

E.ON and Google have teamed up to launch a solar “offensive” in Germany that will help simplify and streamline the process for identifying prime rooftop solar sites.

The duo announced yesterday that Google’s Project Sunroof platform, which uses satellite imagery, 3D modelling and machine learning to assess the solar potential of millions of rooftops, is expanding into Germany.

It marks the first time the tool has been made available outside of the US, where it found that almost 80 per cent of US rooftops are technically viable for generating solar power, rising to 90 per cent in sunnier states.

In Germany Project Sunroof will be able to assess the solar capability of around seven million buildings, covering major urban areas including Munich, Berlin, and the Ruhr region. The platform can help users identify a home’s potential solar capacity by calculating sunlight hours, weather data, roof pitch, and the level of shadows from surrounding buildings. It can also draw up plans for installing a solar system and estimate potential cost savings.

“With Sunroof, we are able to digitise sales of solar systems more intensively and thereby increase the appeal of photovoltaics,” Karen Wildberger, chief operating officer of E.ON, said in a statement. “It clearly demonstrates the potential benefits of digitalization for the ongoing shift in energy production.”

Homeowners that visit E.ON’s solar website to use the Project Sunroof tool will also be able to compile an energy bundle featuring solar PV panels, an Aura battery storage unit, and E.ON’s new Solar Cloud offering. Launched in March, SolarCloud allows E.ON customers with their own PV panels to ‘store’ their power in a virtual electricity account, to be drawn down when needed.

It comes as utilities are increasingly seeking to gain an early mover advantage in the decentralised energy system, which is putting growing numbers of consumers in control of the production and consumption of their energy.

While Project Sunroof will only cover about 40 per cent of the German population initially, Google and E.ON plan to expand it to cover the majority of the population in the coming years.

Source: businessgreen.com

New Solar PV Additions To Exceed 1,000 Gigawatts Between 2017 & 2026, Predicts Navigant

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The global installed capacity of distributed solar PV between 2017 and 2026 is expected to reach 429 gigawatts, while an additional 591 gigawatts of utility-scale solar are also expected to come online during the same period, according to new figures from Navigant.

According to new research published by Navigant Research this week in its latest Market Data: Global Distributed Solar PV report, global capacity additions for distributed solar PV in 2016 dropped slightly from 2015 figures, declining by 3% to 21.9 gigawatts (GW), and accounting for 29% of the 74.8 GW total installed solar PV capacity in 2016. Distributed solar PV capacity additions generated revenue worth $33.8 billion, while the global blended average price for solar installations dropped from $2.28/W in 2015 to $1.89/W in 2016, continuing the overall trend in the renewable energy industry of ever-declining prices.

The big news from the report, however, was Navigant’s market forecast for the distributed and utility-scale solar PV industry. Specifically, Navigant predicts that the distributed solar PV market will add 429.1 GW worth of new capacity between 2017 and 2026, and generate revenue of around $528.9 billion. The utility-scale solar industry is expected to add 591.7 GW of new capacity.

Navigant Research believes that China and the United States will remain strong key markets for distributed solar, despite the fact that there will be a geographic shift of some measure to countries with high irradiation continue to look to solar as a means of efficient and economically viable new energy source. Navigant believes that India will likely continue its growth and become a major distributed solar PV market in the next few years, while markets in Latin America and the Middle East will also emerge.

Solar PV module prices and installations costs are also predicted to decline at a rate of about 4% and 10% depending on the maturity of the market, and Navigant Research predicts that costs will likely reach a global average in the range of $1.20/W by 2026, regardless of geographic location.

Source: cleantechnica.com

Nespresso Bid to Recycle Coffee Pods

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The coffee company Nespresso – part of the Swiss multinational Nestlé – is to trial a scheme to make it easier for consumers to recycle their used aluminium capsules in the UK, in the face of a growing environmental backlash against increasingly popular single-serve pods, many of which end up in landfill.

A six-month pilot, starting this week in the London borough of Kensington and Chelsea, will allow Nespresso Club members to recycle their used capsules through their council household recycling service, using special purple bags provided by the company. The borough’s 190,000 residents will only be able to put out capsules made by Nespresso.

Most other capsules on the market are not made of aluminium, usually consisting of mixed plastic and sometimes foil, which require different recycling processes. The dregs of leftover coffee remaining in the pod also make them difficult to process in standard municipal recycling plants. Nespresso has defended its use of aluminium, saying it helps keep the coffee fresh.

The company said it was responding to its users, who have requested more convenient recycling through their local council-run scheme. The trial is part of a project to give customers more convenient recycling options.

“We launched our own dedicated recycling services seven years ago,” said Francisco Nogueira, managing director of Nespresso UK and Ireland. “Every week we are seeing an increase in the volume of capsules being sent in by customers through our system. But we know there is still much to be done and recycling through the municipal system is something our members have asked for.”

The bags of aluminium capsules will be sent to Nespresso’s recycling facility in Congleton, while the waste coffee grounds will be extracted and turned into compost. Nespresso capsules are included in other national recycling schemes such as the Green Dot programme in Germany as well as in a number of other countries, including France and Canada. But in the German city of Hamburg, coffee capsules have been banned from state-run buildings as part of a drive to cut waste.

Nespresso introduced the first single-serve coffee machine in 1986, initially using only its own-brand pods. But after Nespresso’s patents began to expire in 2012, competitors started to offer capsules and machines compatible with the Nespresso system.

Nestlé would not say what proportion of its capsules are recycled, instead focusing on its recycling “capacity” – which it says is 100 per cent. Market research company Mintel estimated the UK coffee pods market to be worth £182m in 2016 in its most recent study, up from £158m in 2015, and forecast to reach £206m this year. According to their research, 29 per cent of Britons own a coffee pod machine.

The move was welcomed by Trewin Restorick, chief executive of environmental charity Hubbub, who said: “Nespresso pods are mainly aluminium and can be recycled whereas many of their competitors’ pods are mixed plastic which currently can’t be recycled. But using aluminium only makes sense from a resource point of view if the discarded aluminium is recycled, otherwise it is a very carbon intensive way for consumers to get their coffee. Nespresso needs to scale up the recycling process quickly.”

The company’s long-term ambition, a Nespresso spokeswoman said, was to enable more recycling of used capsules via council collection services.

Source: businessgreen.com

It’s Official: Block Island Now Powered by Nation’s First Offshore Wind Farm

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

Block Island, the smallest town in the country’s smallest state, is now powered by Rhode Island’s Deepwater Wind, the nation’s first offshore wind farm.

Block Island Power Company officially silenced its diesel generating plant in the early hours on Monday, meaning its 2,000 electric customers now have access to clean, renewable energy.

The utility’s interim president, Jeffery Wright, told The Block Island Times that the town’s electrical system was “successfully transferred” to the wind farm and National Grid’s Sea2Shore submarine cable on May 1 at 5:30 a.m.

The town’s switch ends nearly a century of dependency on costly, nosy and polluting generators that burn 1 million gallons of diesel fuel annually, Wright told Newsday.

Block Islanders will save $25 to $30 a month off their electricity bills with a starting cost of 24 cents per kWh, according to InsideClimate News.

Wright told Rhode Island Public Radio that switching to clean energy eliminates the risks of transporting diesel fuel to the island.

“(The fuel) gets loaded onto a truck, it gets transported over here, it gets unloaded out of the truck and the risk of a spill is always something we’re concerned with, and that risk right now was diminished a lot,” he said.

Deepwater Wind’s 30 megawatt Block Island wind farm consists of five wind turbines. Company CEO Jeffrey Grybowski said it’s “our honor to celebrate this historic milestone with Block Islanders.”

“We’re confident that the example Block Island has set will inspire communities up and down the Eastern Seaboard to chart their own path toward a renewable future,” he added.

Source: ecowatch.com

Wind + Solar Provide Majority of New Generating Capacity in Q1

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

According to the latest issue of the Federal Energy Regulatory Commission’s (FERC) monthly Energy Infrastructure Update (with data through March 31), wind and solar provided 50.84 percent of the new electrical generating capacity added to the U.S. grid during the first quarter of 2017.

Thirteen “units” of wind totaling 1,479 MW combined with 62 units of solar (939 MW) exceeded the 2,235 MW provided by 21 units of natural gas and 102 MW provided by one unit of nuclear power. There was also 1-MW of capacity from “other” sources (e.g., fuel cells). In the first three months of the year, no new generating capacity was provided by coal, oil, hydropower, biomass or geothermal.

Moreover, the pace of growth of new solar and wind capacity is accelerating. For the first quarter of 2017, new capacity from those sources is 18.07 percent greater than that added during the same three-month period in 2016 (2,418 MW vs. 2048 MW).

Renewable sources (i.e., biomass, geothermal, hydropower, solar and wind) now account for almost one-fifth (19.51 percent) of the nation’s total available installed generating capacity: hydropower (8.48 percent), wind (7.12 percent), solar (2.17 percent), biomass (1.41 percent) and geothermal (0.33 percent).

By comparison, at the end of 2016, renewables provided 19.17 percent of the total generating capacity. If current growth rates continue, renewables should top 20 percent before the end of this year.

Generating capacity by renewable sources is now more than double that of nuclear power (9.10 percent) and rapidly approaching that of coal (24.25 percent).

“The Trump administration’s efforts to reboot coal and expand oil drilling continue to be proven wrong-headed in light of the latest FERC data,” noted Ken Bossong, executive director of the SUN DAY Campaign.

“Once more, renewables—led by wind and solar—have proven themselves to be the energy sources making America great again.”

Source: ecowatch.com