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ABB and Solar Impulse show that a clean energy future is achievable

abbAs Hawaii embarks on the complex transition from a fossil-fueled past to a clean energy future, Solar Impulse and ABB are proving that renewables are a reliable power source.

By flying halfway around the world on solar power alone, Solar Impulse has already proven that it is possible to produce a stable, 24/7 electricity supply using only renewable energy. On the ground, ABB, a world leader in power and microgrid technologies, is helping remote communities and islands like Hawaii to meet and sustain their own energy needs by incorporating renewable and clean energy technologies into the power grid.

Powered only by energy from the sun, Solar Impulse will soon begin the second part of its epic 40,000-kilometer flight around the world, taking off from Kalealoa Airport in Hawaii for the mainland United States. The Aloha State is a leader among all 50 states by pledging to power its islands with 100% renewable energy sources by 2045. ABB technology is already helping Hawaii with that goal as a part of Kauai island’s Battery Energy Storage System, which helps to maintain a stable power supply and provides instant backup power in the event of unplanned outages.

“One of our goals for this historic round-the-world journey and for our technology partnership with Solar Impulse is to demonstrate that you can separate economic growth from environmental impacts with help from smarter and more sustainable technologies,” said Greg Scheu, president, Americas region, ABB. “Renewable energy, microgrids, battery storage, higher efficiency standards – these all show that we can power the world without consuming the earth.”

“We had to build an aircraft with an extremely efficient grid: from the electric motors to the batteries and the management system,” said Solar Impulse pilot and CEO, André Borschberg. “What we have is a system that captures its own energy, converts it into electricity, and stores it and manages its consumption in a sustainable way. This is exactly what ABB is doing on the ground with its distributed energy resources or microgrids.”

“If Solar Impulse can fly day and night around the world with no fossil fuel, it demonstrates that these technologies are now mature and ready for the market so everyone can use them,” said Solar Impulse pilot and chairman, Bertrand Piccard. “ABB gives credibility to what we are doing, because it is doing it on the ground.”

ABB (www.abb.com) is a leading global technology company in power and automation that enables utility, industry, and transport & infrastructure customers to improve their performance while lowering environmental impact. The ABB Group of companies operates in roughly 100 countries and employs about 135,000 people.

Source: www.abb.com

Finnish Fortum wins bid for 100 MW solar park in India

Photo: pixabay
Photo: Pixabay

Finnish Fortum won the bid for 100 megawatt (MW) solar power park in a reverse auction in Karnataka, India, with a fixed tariff for 25 years, the company announced late Wednesday. Fortum said the solar power plant will be built in the Pavagada Solar Park in the Tumkur District of Karnataka in Southern India. “We are excited to become a successful bidder in the reverse auction process. Solar has always been a focus area for Fortum in India. The country provides a good platform for Fortum to further develop its business in solar elsewhere,” said Sanjay Aggarwal, managing director of Fortum India.

Fortum currently has 15 MW of solar capacity in India. Tuesday’s bid is Fortum’s second reverse auction success in 2016 having already won the bid for a 70 MW project with a fixed tariff for 25 years in January 2016. As part of Fortum’s vision to become a forerunner in clean energy, the company has targeted India as it offers one of the best solar resources and has sound government support for the development of the sector. The company said it seeks to allocate planned growth capital in the range of €200 to €400 million for solar projects in India.

http://aaenergyterminal.com

Iran to build three power plants in Kazakhstan

Photo: Pixabay
Photo: Pixabay

Iran, Kazakhstan sign deal to construct 3 power plants – 2 wind plants and 1 thermal plant in Kazakhstan’s Caspian Sea Coast. Tehran and Astana have signed a contract worth $600 million to build three power plants in Kazakhstan, Iran’s Mehr news agency reported Monday. “The project will be carried out in Kazakhstan by Iranian constructors and contractors using foreign finance, marking the first venture of its kind in the Central Asian country,” said Bahman Salehi, CEO of Iran Power and Water Equipment and Services Export Company (SUNIR).

The contract includes building three power plants in Kazakhstan; two wind power plants with the capacity of 50 megawatts (MW) and 60 MW, and also one 250 MW thermal power plant. The power plants will be constructed on Kazakhstan’s Caspian Sea coast where local equipment will be utilized. A variety of infrastructure deals were also signed by the two countries. “In addition to the construction of the three power plants, agreements have also been reached with Kazakh authorities to implement projects like road construction, water and sewage projects, gas pipelines, mining development and exploration for which Memorandum of Understanding (MoU) will be signed,” added Salehi. Currently, Iran has power and water projects in 13 foreign countries of which Azerbaijan, Cuba, Ethiopia, Iraq and Pakistan rank as the top five countries on the list.

http://aaenergyterminal.com

UK hydropower sector branded 100 percent Scottish

Photo: Pixabay
Photo: Pixabay

In UK, 14 hydropower schemes with 26.8 megawatt capacity are currently under construction, all located in Scotland. The U.K.’s hydropower industry comes under the rule of Scotland with all projects that hold planning permission being located north of the border, according to Scottish Renewables. Research by the industry representative on Tuesday showed that, of the 14 schemes with 26.8 megawatts of capacity currently under construction in the U.K., all are located in Scotland.

Additionally, 27 projects totaling 58.5 megawatts, enough to power 42,000 homes, have planning consent in Scotland alone. “No project in England, Wales or Northern Ireland currently has the green light to proceed,” the research showed. “Scotland’s terrain and rainfall mean the country is ideal for the development of hydroelectricity,” Hannah Smith, policy officer at Scottish Renewables, said. In 2015, cuts of 37 percent were imposed on the sector’s feed-in-tariff support scheme. The cuts are given as a reason to why hydropower projects are not as appealing to investors in the rest of the U.K.

 “The cut has already caused a contraction in the number of schemes being developed and, it seems, a geographical withdrawal to hydro’s traditional heartland,” Smith said. Under such circumstances, she said that, “developers are now looking to innovation to make projects financially viable.” Scottish Renewables released its findings ahead of the Hydro Conference and Exhibition taking place in Perth on May 18.

http://aaenergyterminal.com

Paris Agreement Signing on 22 April in New York – Over 130 Countries Confirm Attendance

paris_agreement_logo_transparentThe Paris Climate Change Agreement opens for signature on 22 April 2016 during a high-level ceremony convened by UN Secretary-General Ban Ki-moon in New York, marking an important international push on the way to the agreement’s timely entry into force. Over 130 countries have confirmed to United Nations headquarters that they will attend the signing ceremony, including some 60 world leaders, amongst them President Francois Hollande of France. The event will also be attended by the President of COP21, France’s Segolene Royal, and the Executive Secretary of the UNFCCC, Christiana Figueres.

All Parties to the UN Framework Convention on Climate Change are invited to sign the agreement, taking note of established international practice that full powers are required to sign. A country’s signature on the agreement initiates the critical domestic process, on which depends its final entry into force. This process takes many separate forms and can be rapid or lengthier, depending on each country’s domestic practices. The outcome may be countries’ instruments of ratification, acceptance, approval or accession. Following each national completion of this process, instruments are submitted to the Depositary under the UN Secretary-General in New York.

It is only once such an instrument is deposited that a country can be said to have ratified the Paris Agreement.  The Paris Agreement will enter into force on the 30th day after the date on which at least 55 Parties to the Convention accounting in total for at least an estimated 55 % of total global greenhouse gas emissions have deposited their instruments of ratification, acceptance, approval or accession with the Depositary. An information note on the entry into force of the Paris Agreement is available here: http://unfccc.int/files/paris_agreement/application/pdf/entry_into_force_of_pa.pdf

Renewable energy increased in 2015

Foto: Pixabay
Photo-illustration: Pixabay

Renewable generation capacity increased by 152 gigawatts (GW) or 8.3% during 2015, the highest annual growth rate on record, according to  new data released by the International Renewable Energy Agency (IRENA). Renewable Capacity Statistics 2016 finds that as of the end of 2015, 1,985 GW of renewable generation capacity existed globally.

“Renewable energy deployment continues to surge in markets around the globe, even in an era of low oil and gas prices. Falling costs for renewable energy technologies, and a host of economic, social and environmental drivers are favoring renewables over conventional power sources,” said IRENA Director-General Adnan Z. Amin. “This impressive growth, coupled with a record $286 billion invested in renewables in 2015, sends a strong signal to investors and policymakers that renewable energy is now the preferred option for new power generation capacity around the world.”

RE Capacity Highlight_Infographic2015 was a record year for both wind and solar due in large part to a continued decline in technology costs. Wind power grew 63 GW (17%) driven by declines in onshore turbine prices of up to 45% since 2010. Solar capacity increased 47 GW (26%) thanks to price drops of up to 80% for solar photovoltaic modules in the same time period. Hydropower capacity increased by 35 GW (3%), while both bioenergy and geothermal energy capacity increased 5% each (5 GW and 1 GW respectively). Overall, capacity has increased by roughly one-third over the last five years, with most of this growth coming from new installations of wind and solar energy. In terms of regional distribution, the fastest growth in renewable generation capacity came in developing countries.

Central America and the Caribbean expanded at a rate of 14.5%. In Asia, where additions accounted for 58% of new global renewable power generation capacity in 2015, capacity expanded at a rate of 12.4%. Capacity increased by 24 GW (5.2%) in Europe and 20 GW (6.3%) in North America. “The significant growth rates for renewable generation capacity in developing economies are a testament to the strong business case for renewable energy,” said Mr. Amin. “Renewables are not just a solution for industrialized countries, they are also powering economic growth in the fastest growing economies in the developing world.” At year end, hydropower accounted for the largest share of the global total renewable power generation capacity with an installed capacity of 1,209 GW, the majority of which are large-scale plants. Wind and solar energy accounted for most of the remainder, with an installed capacity of 432 GW and 227 GW respectively. Other renewables included 104 GW of bioenergy, 13 GW of geothermal energy and about 500 MW of marine energy (tide, wave and ocean).

Highlights by technology:

Hydropower: In 2015, three-quarters of new hydro capacity was installed in Brazil, China, India and Turkey (26.3 GW in total). More than one GW of new capacity was also installed in Europe, North America and the Middle East (Iran), plus 550 MW in Africa.

Wind energy: About 95% of wind capacity is now located in Asia (China and India), Europe and North America; and 90% of new capacity was installed in those regions in 2015 (57.1 GW). Wind energy is also starting to expand rapidly in other regions such as South America, where capacity increased by 3.1 GW (40%) in 2015.

Bioenergy: Almost 40% of bioenergy capacity is in Europe, with another 30% in Asia and the remainder divided equally between North and South America. Growth in 2015 was similarly distributed, with an increase of 1.8 GW in Europe, 1.7 GW in Asia and the remainder elsewhere.

Solar energy: The major solar development in 2015 was the 48 % increase in solar capacity in Asia, with 15 GW of new capacity installed in China and another 10 GW in Japan. An increase of 8 GW in North America also surpassed the level of new installations in Europe (7.6 GW) for the first time. Capacity also expanded significantly in Oceania and Africa, with additions of 1 GW and 0.9 GW respectively. At the end of 2015, Europe accounted for 43% of global solar capacity, with another 40% in Asia (mostly China and Japan) and 13% in North America.

Geothermal energy: Geothermal power capacity increased by about 600 MW in 2015. Four countries (Italy, Mexico, Turkey and the United States of America) accounted for almost all of this increase.

Renewable Energy Capacity Statistics 2016 offers the most comprehensive, up-to-date and accessible figures on renewable energy capacity statistics. It includes figures from 2000 to 2015, and contains 13,546 data points from more than 200 countries and territories.

http://www.irena.org/menu/index.aspx?mnu=Subcat&PriMenuID=36&CatID=141&SubcatID=1719

Turkish-run Monalp developing two CHP plants in Sisak

Turkish-run-Monalp-developing-two-CHP-plants-in-SisakThe industrial zone of Novo Pračno will be the site of two cogeneration facilities of 5 MW each. Sisak’s municipal website said a contract granting the right for construction was signed with Monalp Biomass Sisak d.o.o., registered in Croatian capital Zagreb. The local council approved the proposition for the projects taking up a total of 43,000 square metres. The investor company was founded by Turkish-based Senay Turizm Ve Ticaret AŞ, based in Turkey, according to portal Sisak.info, which cited data from the official register. The firm plans biomass-fuelled power plants in Gospić and Donji Lapac and a geothermal facility in Slatina.

The local authority said the company will hire up to 25 people in production and that it is interested to distribute heat to state-owned utility HEP-Toplinarstvo for the district system, but also to sell it to neighbouring companies in the zone, located south of the town. The municipal government said Monalp is owned by Istanbul-based companies Alp Elektrik Uretim AŞ and Mono Mühendislik Havalandırma Sistemleri Ticaret Limited Şirketi. In the name of Sisak, the contract was signed by mayor Kristina Ikić Baniček, while the investor was represented by Arsen Kantarci.

Last May, the municipal head signed a contract with Zagreb-based EPI Consulting for the first in a series of small biogas power plants in Croatia, starting with her town, which has a population of just under 50,000 people. The announcement had said the facility should be complete in nine months. In February of this year, local opposition groups said another company represented by the same people, Regenerate d. o. o., was registered at the address of the town hall, in a rented space, while there is no progress in the construction of the power plant. National electricity utility HEP Group signed a deal in April of 2015 for the construction of two wood-fuelled combined heat and power (CHP) plants in Sisak and Osijek with companies HoSt and Đuro Đaković. The contract for the Sisak facility is worth EUR 18.95 million.

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Official COP21 passenger car

rgWith great pleasure, it was announced that Renault-Nissan Alliance was the official partner of COP 21 in Paris. Thanks to Alliance’s fleet, consisted of 100% electric vehicles, we could contribute to our goal of providing CO2 neutral event. The technology of electric cars effectively helps to reduce greenhouse gas emissions in the transport sector. The Renault-Nissan Alliance signed in May 2015 a partnership agreement with the General Secretary in charge of the preparation and organization of the 21st annual Conference of parties to provide a fleet of 200 all-electric vehicles to shuttle delegates during the event from  November 30 to December 11. More than 20,000 UN participants from 195 countries were expected to attend the annual climate summit. This was the first time that the UN member states will use the entire fleet of transportation vehicles with zero emission during all COP events. The goals of the Parisian summit were the creation and implementation of new global climate-change agreement on climate change by the end of 2015 as well as the implementation of the Climate Green Fund, established to assist developing countries in adapting to climate change and emissions reduction, through fund allocation. With great pleasure, we announce that Renault-Nissan Alliance was the official partner of COP 21 in Paris. Thanks to Alliance’s fleet, consisted of 100% electric vehicles, we could contribute to our goal of providing CO2 neutral event.

Solutions COP21

16_17The Renault Nissan Alliance was also participant in Solutions COP21, an international exhibition on climate change solutions, at the Grand Palais in Paris. The exhibition, which was organizes from 4 to 10 December 2015 was  featured CO2 solutions from cities, businesses and other organizations around the world. In addition to an EV display, the Alliance will have more than 10 EVs available for the public.

www.renault.rs

EBRD financing Albania’s power system overhaul

EBRD-logoThe European Bank for Reconstruction and Development will conduct a final review of the project for the restructuring of Albanian Power Corporation (KESH sh. a.) and the energy sector of Albania in general with focus on sector management and operational efficiency. The international financing institution’s project summary document said loan proceeds will be used to refinance and lengthen the tenors of short-term sovereign guaranteed overdrafts which KESH has entered into with commercial banks on an emergency basis and require annual reapproval, perpetuating a liquidity crisis as well as uncertainty and instability. The sovereign guaranteed loan of EUR 218 million will be divided into two tranches. Involvement of commercial banks for co-financing will be explored, mainly for the second tranche. The full amount of the proceeds will be applied to refinancing short-term debt. The loans were necessary to alleviate critical cash shortages created by hydrology conditions and sector organization, the document adds. The reforms aim to include KESH’s corporate governance, market practices and regional trade. The refinancing of the balance sheet should lengthen tenors and relieve the utility of urgent liquidity concerns, EBRD stated.

The project supports both the bank’s policy dialogue efforts for reform in the sector as well as opportunities for the country to develop regional and internal market principles. The project will promote regional integration and trade. It will promote the adoption of secondary legislation consistent with and required for the implementation of the new Power Sector Law. This is expected to include improvements in tariff formation. The bank said it will also require a thorough corporate governance review and recommendations for how to bring KESH to best international standards in compliance with international norms and codes. The state-owned electricity utility meets almost 70% of Albania’s electricity demand. Due to the general corporate nature of the project, the bank will review all operations of the company and review whether current investment plans allow KESH to attain European Union’s environmental standards, the document said. The potential impacts of the restructuring on workers (for example the risk of retrenchment) or on tariff affordability will need to be addressed, according to EBRD.

Source: http://balkangreenenergynews.com

Kula wind power plant to start delivering electricity, works at La Piccolina launched

Photo: Pixabay
Photo: Pixabay

MK-Fintel Wind’s 9.9 MW project in Serbia’s northwest will soon complete its test drive, started in late February. Ivan Stanisavljević, project manager, told Balkan Green Energy News the operator will start delivering power from the three Vestas wind turbines in Kula as soon as it obtains the exploitation permit. The state is obligated to stimulate 500 MW in wind power, according to quotas for green energy until 2020.

Energy minister Aleksandar Antić has been saying the power purchase agreement will be introduced soon. Still, the first wind power plant in the country will operate normally under the terms from the pre-contract, Stanisavljević added. The venture company of Italy’s Fintel Energia Group SpA and MK Group from Serbia started the construction of the facility in February. Blades are 178 metres high and they are able to generate 27 GWh per year, equivalent to the needs of 8,000 households, the company said earlier. MK-Fintel also doesn’t expect that connecting the plant to the supply system will lead to higher electricity bills. Meanwhile, media reports cited a statement from MK Group that works were launched at La Piccolina wind farm at Vršac, in the country’s northeast. Fifty people were reportedly hired for the works at the future facility, worth EUR 10 million and planned for a capacity of 6.6 MW.

Source: http://balkangreenenergynews.com

IEA and Thailand launch Thailand Energy Information Centre in Bangkok

160401_ThailandCentre1The International Energy Agency (IEA) and Thailand today launched a centre to consolidate high-quality, accurate and comprehensive energy information. Thailand’s Vice Minister of Energy, Nattipon Kanokchot, and IEA Executive Director Fatih Birol unveiled the Thailand Energy Information Centre in Bangkok during an inauguration ceremony attended by high-level government officials, industry executives and members of the diplomatic corps. During the event, deep gratitude was expressed for the IEA’s strong support for Thailand.  While Thailand’s energy data are considered by the IEA to be among the best in Southeast Asia, further efforts through the centre to improve energy data and information will facilitate better energy policy making in the country. To connect the work of the centre to the IEA’s efforts to enhance global co-operation on energy data and statistics, the IEA’s Chief Statistician will take an advisory role as a member of the centre’s steering committee. “I am delighted that Thailand – which became an Associate member country of the IEA in 2015 – invited us to be a partner in the Thailand Energy Information Centre,” said Dr. Birol.

“Thailand shares the IEA’s priorities and goals, and is a leading example for many other emerging economies in areas such as energy security, energy data and energy policy analysis. With the launch of the centre, Thailand will make further progress to meet its ambitious energy policy objectives.” Energy Minister Anantaporn Kanjanarat of Thailand said the centre heralds a new era of engagement between the IEA and Thailand. “This new relationship could enhance Thailand and IEA co-operation in various areas under the Association membership,” he said. “We would like to thank the IEA for supporting Thailand for many years with several co-ordinated activities such as energy emergency response study, data and statistics analysis. We hope that Thailand and the IEA could strengthen our co-operation by working closely in wider-range areas of energy.” The opening of the centre comes just days after Dr. Birol and China’s Energy Minister (Administrator) Nur Bekri jointly announced plans in Beijing to establish an IEA-China Energy Co-operation Centre.

These developments mark important steps in the IEA’s new “open doors” approach towards deeper and wider-ranging collaboration with the emerging economies. Vice Minister Kanokchot said the Thailand Energy Information Centre aims to be an integrated energy information centre and analytical think-tank. He added that the centre will reach out to all stakeholders in the country and “overcome technical barriers” that have in the past created misunderstanding from energy information. “We need to enhance our capacity, and the IEA has been the key partner to support us,” said Vice Minister Kanokchot. During his visit to Bangkok, Dr. Birol met (as pictured) with with the Deputy Prime Minister of Thailand as well as Energy Minister Anantaporn Kanjanarat. Dr. Birol also presented the IEA’s new Thailand Electricity Security Assessment, a report that represents the Agency’s first peer-reviewed engagement with Thailand. The study makes recommendations aimed at enhancing Thailand’s energy security, supporting its transition towards clean energy technologies, improving energy efficiency and developing a regional electricity market.

http://www.iea.org

England’s green power: East Riding best for wind while Cornwall tops solar

Foto: Pixabay
Photo: Pixabay

Analysis by Green Alliance has mapped onshore wind turbines and solar panel installations for the first time. The East Riding of Yorkshire is England’s top area for producing wind power, a new analysis has found, with Lincolnshire and Cambridgeshire not far behind. The national hotspot for solar generation is sunny Cornwall, perhaps unsurprisingly. But though Cornwall is also one of the windiest counties, it fails to make the top 10 for wind electricity generation. Cambridgeshire emerges as arguably the greenest county in England and Wales, in terms of electricity generation, as the only county to make the top 10 for both onshore wind generation (in third place) and solar power (fifth place). The analysis of the distribution of green power generation around the country comes from the Green Alliance thinktank, which has mapped onshore wind turbines and solar panel installations for the first time.

Three Welsh counties – Dyfed, Mid Glamorgan and Powys – figure in the top 10 for onshore wind, though the analysis did not include Scotland. Separately, figures published by the Department of Energy and Climate Change on Thursday showed that Scotland produced more than half of its electricity needs from renewable sources last year, for the first time. Amy Mount, senior policy adviser at the Green Alliance, told the Guardian: “The distribution shows that countries are playing to their strengths. Most of the wind power is clustered in the windiest sites, generally coastal areas, and the south gets more sun than the north. While funding for renewables is constrained, developers will favor the sites that maximize their technology’s potential. It also means these are the places that will suffer from the drop in construction activity due to the current block on subsidy-free wind and solar power. There’s much more we can do across the country to make the most of our great British weather.”

The future of onshore wind and solar power are now in doubt, as the government has slashed support and brought in tighter rules on planning permission to discourage new construction. Ministers have also taken a hostile stance towards renewables in their rhetoric, to the consternation of investors. The chilling effect on the renewable sector comes even as the economics of onshore wind and solar power have never looked more  favorable, and about a quarter of the UK’s electricity now comes from renewable sources. Mount said: “Wind is now cheaper than new gas plants and is one of the most popular forms of electricity generation. Solar costs have come down dramatically. Renewables are now core to the UK’s electricity system. Yet in the March budget the government did nothing to clarify whether onshore wind and solar technologies have a future in the UK.” She added that the government’s system for ensuring the future of the electricity supply, which relies on contracts awarded to generators, was not providing enough assurance to maintain a steady supply of renewable generation construction. “Developers need subsidy-free contracts to ensure the electricity they generate will be bought, to give them the confidence to invest. But we still don’t know if or when these will be available and in the meantime families and businesses are paying for more expensive, high-carbon energy.”

Sonia Dunlop of the Solar Trade Association said that although current solar generation is concentrated in the south-west, other areas were catching up. “The UK’s solar transformation started in the south-west, with the south-east hot on the west country’s heels. That is made clear in this data. But solar photovoltaic technology works well all over the UK, and deployment is now picking up all over the country. However, we are at risk of stopping this in its tracks, due to the government’s decisions to cut back or close the subsidy framework. We need to get behind our industry and invest in a market that will soon be worth trillions worldwide.”

Local authorities can also make a big difference to whether onshore wind and solar installations are encouraged or thrown out during the planning permission process. Martin Heath, director of the Hampshire Renewable Energy Cooperative, said: “Hampshire is one of the country’s sunniest areas and it is brilliant to see us third in the [solar] league table. But we are also one of the highest per capita users of electricity, so we need to make the most of our tremendous potential for more renewable energy. We have some of Europe’s best tidal resources in the Solent, and wonderfully windy areas off our coast. Hampshire is England’s most wooded county so we have lots of biomass as well. We should be aiming to be number one [in renewables].” Scotland, not included in the Green Alliance maps, has its own target, from the devolved government, of generating 100% of its electricity consumption from renewable sources within five years. But much of the policy framework on which renewable energy investment depends is still in the hands of the Westminster government. Jenny Hogan, director of policy for Scottish Renewables, the trade body, said: “There is still a huge amount of potential for future growth [of renewables in Scotland] if the industry is given the right backing by government. [But] recent changes to government support and hold-ups in the consenting process for offshore wind farms have set us on a path to fall short of the 2020 target [of generating 100% of Scotland’s electricity needs from renewable sources].”

http://www.theguardian.com/environment/

Carbon emissions highest in 66 million years, since dinosaur age

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The rate of carbon emissions is higher than at any time in fossil records stretching back 66 million years to the age of the dinosaurs, according to a study on Monday that sounds an alarm about risks to nature from man-made global warming. Scientists wrote that the pace of emissions even eclipses the onset of the biggest-known natural surge in fossil records, 56 million years ago, that was perhaps driven by a release of frozen stores of greenhouse gases beneath the seabed. That ancient release, which drove temperatures up by an estimated 5 degrees Celsius (9 Fahrenheit) and damaged marine life by making the oceans acidic, is often seen as a parallel to the risks from the current build-up of carbon in the atmosphere from burning fossil fuels. “Given currently available records, the present anthropogenic carbon release rate is unprecedented during the past 66 million years,” the scientists wrote in the journal Nature Geoscience. The dinosaurs went extinct about 66 million years ago, perhaps after a giant asteroid struck the Earth.

Lead author Richard Zeebe of the University of Hawaii said geological records were vague and “it’s not well known if/how much carbon was released” in that cataclysm. Current carbon emissions, mainly from burning fossil fuels, are about 10 billion tonnes a year, against 1.1 billion a year spread over 4,000 years at the onset of the fast warming 56 million years ago, the study found. The scientists examined the chemical makeup of fossils of tiny marine organisms in the seabed off the New Jersey in the United States to gauge that ancient warming, known as the Paleoeocene-Eocene Thermal Maximum (PETM). U.N. studies project that temperatures could rise by up to 4.8C this century, causing floods, droughts and more powerful storms, if emissions rise unchecked.

Carbon dioxide forms a weak acid in seawater, threatening the ability of creatures such as lobsters or oysters to build protective shells. “Our results suggest that future ocean acidification and possible effects on marine calcifying organisms will be more severe than during the PETM,” Zeebe said. “Future ecosystem disruptions are likely to exceed the relatively limited extinctions observed at the PETM,” he said. During the PETM, fish and other creatures may have had longer time to adapt to warming waters through evolution. Peter Stassen, of the University of Leuven who was not involved in the study, said the study was a step to unravel what happened in the PETM. The PETM “is a crucial part of our understanding of how the climate system can react to carbon dioxide increases,” he told Reuters.

http://www.reuters.com

EU invests €217 million in energy infrastructure

eucMember States agreed on a Commission proposal to invest €217 million in key trans-European energy infrastructure projects, mainly in Central and South Eastern Europe. In total, 15 projects were selected following a call for proposals under the Connecting Europe Facility (CEF), an EU funding programme for infrastructure. The selected projects will increase energy security and help end the isolation of Member States from EU-wide energy networks. They will also contribute to the completion of a European energy market and the integration of renewables into the electricity grid. The European Commissioner for Climate Action and Energy Miguel Arias Cañete said: “Today, we are targeting those regions in Europe which need it the most. With this funding we will help secure supplies and fully integrate Europe’s energy market by connecting networks across Europe. We must press ahead with the modernisation of our energy networks to bring any country still isolated into the European energy market. Modern energy networks are also crucial to ensuring efficient use of our energy resources and therefore key to reaching our climate goals.”

In the gas sector, the allocated grants will cover, among others, studies for modernising the Bulgarian gas transmission network which will improve the possibilities for the transport of gas in the region, notably for the benefit of Greece, Romania, the Former Yugoslav Republic of Macedonia and Turkey. Funding will also be allocated to studies on the Midcat project which will help eliminate infrastructure bottlenecks between the Iberian Peninsula and France, and connect gas supplies from Algeria and Spanish LNG terminals with the rest of Europe.

The inter connector linking gas networks in Romania, Bulgaria, Austria and Hungary will also get EU funding. This is an important development for the EU gas market as this will allow gas from the Caspian region and other potential sources, including LNG, to reach Central Europe. The development of electricity infrastructure will also benefit from CEF financial assistance. This includes environmental and engineering design studies for the Germany-Denmark interconnection which will help supply Nordic electricity to Central Europe.Of the 15 proposals selected for funding:  9 are in the gas sector (financial aid worth €207 million) and six in electricity sector (€10 million); 13 relate to studies, such as environmental impact assessments (€29 million), and two to construction works (€188 million). The European Commission proposal to select these projects was supported by the CEF Coordination Committee, which consists of representatives from all Member States. Later this month the Commission will formally adopt the list of proposals which will receive financial assistance under CEF-Energy.

Background

Under the Connecting Europe Facility a total of €5.35 billion has been allocated to trans-European energy infrastructure for the period of 2014-2020. In order to be eligible for a grant, a proposal has to relate to a project included in the list of ‘projects of common interest’. There are currently 195 energy infrastructure projects on the list. When completed, the projects would each ensure significant benefits for at least two Member States, enhance security of supply, contribute to market integration and further competition as well as reduce CO2 emissions. The list is updated every two years. Under the first call for CEF-energy in 2014, 34 grants received €647 million in financial support. In 2015, two CEF-energy calls for proposals were launched. Within the first call for proposals,€150 million was allocated to energy infrastructure projects. Under the second call, 15 projects out of 24 eligible applications were selected. Proposals that were not selected under this call may apply for funding again under the next call for proposals scheduled for later this year.

Source: http://europa.eu/rapid/press-release_IP-16-94_en.htm

“Good Practice of the Year” award

Good_Practice_of_the_Year_logoThe call for submissions for the 3rd annual “Good Practice of the Year” award is now open! The Renewables Grid Initiative http://renewables-grid.eu/activities/good-practice-award.html warmly invites you to share the success stories of your most innovative approaches to grid planning. Take part in 1 of 3 categories: Communication & Participation, Technology & Design and Environmental Protection.

Submit your outstanding practice in grid development until the 15th of April to stephanie@renewables-grid.eu. The winners will be honored at the European Commission’s Energy Infrstructure Forum in Copenhagen. For more information about the award please see: Renewables Grid Initiative_Good Practice Award 2016

Source: http://www.caneurope.org/

2016 Arctic Sea Ice Wintertime Extent Hits Another Record Low

Photo: climate.nasa.gov
Photo: climate.nasa.gov

Arctic sea ice appears to have reached a record low wintertime maximum extent for the second year in a row, according to scientists at the NASA-supported National Snow and Ice Data Center (NSIDC) and NASA.

Every year, the cap of frozen seawater floating on top of the Arctic Ocean and its neighboring seas melts during the spring and summer and grows back in the fall and winter months, reaching its maximum yearly extent between February and April. On March 24, Arctic sea ice extent peaked at 5.607 million square miles (14.52 million square kilometers), a new record low winter maximum extent in the satellite record that started in 1979. It is slightly smaller than the previous record low maximum extent of 5.612 million square miles (14.54 million square kilometers) that occurred last year. The 13 smallest maximum extents on the satellite record have happened in the last 13 years.

The new record low follows record high temperatures in December, January and February around the globe and in the Arctic. The atmospheric warmth probably contributed to this lowest maximum extent, with air temperatures up to 10 degrees Fahrenheit above average at the edges of the ice pack where sea ice is thin, said Walt Meier, a sea ice scientist at NASA’s Goddard Space Flight Center in Greenbelt, Maryland.

The wind patterns in the Arctic during January and February were also unfavorable to ice growth because they brought warm air from the south and prevented expansion of the ice cover. But ultimately, what will likely play a bigger role in the future trend of Arctic maximum extents is warming ocean waters, Meier said.

“It is likely that we’re going to keep seeing smaller wintertime maximums in the future because in addition to a warmer atmosphere, the ocean has also warmed up. That warmer ocean will not let the ice edge expand as far south as it used to,” Meier said. “Although the maximum reach of the sea ice can vary a lot each year depending on winter weather conditions, we’re seeing a significant downward trend, and that’s ultimately related to the warming atmosphere and oceans.” Since 1979, that trend has led to a loss of 620,000 square miles of winter sea ice cover, an area more than twice the size of Texas.

This year’s record low sea ice maximum extent will not necessarily result in a subsequent record low summertime minimum extent, Meier said. Summer weather conditions have a larger impact than the extent of the winter maximum in the outcome of each year’s melt season; warm temperatures and summer storms make the ice melt fast, while if a summer is cool, the melt slows down.

Arctic sea ice plays an important role in maintaining Earth’s temperature—its bright white surface reflects solar energy that the ocean would otherwise absorb. But this effect is more relevant in the summer, when the sun is high in the sky in the Arctic, than in the winter, when the sun doesn’t rise for months within the Arctic Circle. In the winter, the impact of missing sea ice is mostly felt in the atmosphere, said Jennifer Francis, a climate scientist at Rutgers University in New Brunswick, New Jersey.

“In places where sea ice has been lost, those areas of open water will put more heat into the atmosphere because the air is much colder than unfrozen sea water,” Francis said. “As winter sea ice disappears, areas of unusually warm air temperatures in the Arctic will expand. These are also areas of increased evaporation, and the resulting water vapor will contribute to increased cloudiness, which in winter, further warms the surface.”

Source: https://www.nasa.gov