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US Renewables Matching Nuclear For Now, Soon To Overtake

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

The US Energy Information Administration last week published its latest ‘Electric Power Monthly’ which reveals US renewable energy is locked in a virtual dead-heat with US nuclear energy, each providing roughly 20% of the country’s electrical generation.

However, according to experts looking at recent figures, it’s predicted that nuclear will soon see its percentage share decrease, while renewables are only expected to continue to increase their percentage share of electrical generation.

Each month the US Energy Information Administration (EIA) publishes its ‘Electric Power Monthly’ report which provides an exhausting look at the electricity generation sources across the US. Of recent months it has been important to keep a close eye on this report as renewable energy continues to increase its percentage share of electrical generation, and other generation sources like nuclear and coal begin to feel the effects of gas and renewables greater attractiveness.

Of particular importance this year has been the growth of renewables as compared to nuclear energy. Specifically, EIA figures in June showed that renewable energy generation in March and April beat out nuclear energy for the first time ever. Fast-forward and it turns out that over the first half of this year, renewables beat out nuclear in March, April, and May. Further, across the whole of the first half of 2017, nuclear and renewables both provided roughly 20% of the total electrical generation for the US — 20.05% for renewables and 20.07% for nuclear.

Ken Bossong, who runs the Sun Day Campaign, highlighted the EIA’s figures as he does pretty much each month, and dug further into the EIA’s numbers to see what things look like in the future.

According to the EIA, “monthly nuclear electricity generation will surpass renewables again during the summer months of 2017 and that nuclear will generate more electricity than renewables for all of 2017.” However, Ken Bossong is less likely to jump on this particular bandwagon right away. Specifically, the growth trends of both nuclear and renewables don’t line up perfectly well with the EIA’s predictions — renewables’ growth continues to expand while nuclear is stagnating, if not outright declining. Looking at the numbers, renewables electrical output across the first half of 2017 was 16.34% higher than it was during the first half of 2017, whereas nuclear output dropped by 3.27%. In June alone, electrical generation from renewable energy sources was 27.15% higher than in June 2016, while nuclear dropped by 0.24%.

“Everyone loves a horse race,” noted Ken Bossong, Executive Director of the SUN DAY Campaign. “However, the smart money is now on renewables to soon leave nuclear power in the dust.”

“Nuclear power is in irreversible decline in the US, due to rising costs and failing economics of new and existing reactors, alike,” added Tim Judson, executive director of the Nuclear Information and Resource Service. “Last month’s cancellation of half the new reactors under construction in the U.S. means that gap is going to be wider than projected, and accelerating.”

There is growth across the whole spectrum of renewable energy sources — most notably in the solar sector, which when utility-scale solar is combined with small-scale solar, has grown by 45.1% over the first half of this year when compared with a year earlier. Hydropower is up 16.1%, wind is up 15.6%, and geothermal is up by 3.2%.

On the other hand, nuclear in the US is “bleeding cash” and numerous facilities are being shuttered or planned-expansions are being halted. In July the cancellation of the Summer 2 and 3 reactors in South Carolina joined Duke Power’s announcement that it was cancelling construction of the twin William Lee reactors. Meanwhile, it is expected that the Vogtle 3 and 4 reactors in Georgia are also coming up on the chopping block. This month, Bloomberg New Energy Finance predicted that 55% of America’s nuclear plants are costing their owners $2.9 billion a year.

Source: cleantechnica.com

GE Signs Order For 150 Megawatt Wind Project In Jhimpir, Pakistan

Photo: Pixabay
Photo-illustration: Pixabay

GE Renewable Energy has this week announced the signing of an agreement to provide wind turbines for the largest wind project in Jhimpir, Pakistan, a 150 megawatt project being built by Power China in the Gharo-Keti Bandar Wind Corridor in Jhimpir.

The US Agency for International Development (US AID) and the National Renewable Energy Laboratory (NREL) currently predict that Pakistan has more than 132 GW (gigawatts) worth of wind energy capacity available to be exploited. The Pakistan Government has also set out its Vision 2025 which aims to increase the percentage of indigenous sources of power generation to more than 50%. Wind projects such as those being developed in the Gharo-Keti Bandar Wind Corridor in Jhimpir, in the province of Sindh, are a big step forward to helping the country meet its Vision 2025.

This most recent deal is for 87 of GE’s 1.7-103 wind turbines which will be provided to engineering, procurement, and construction (EPC) contractor, Power China, and upon completion will provide an estimated electricity equivalent to the needs of more than 50,000 Pakistani homes. According to information available on the Sapphire Wind Power website, it would appear that the latest contract is for three 50 megawatt (MW) wind farms.

“GE is committed to supporting the Pakistani government in meeting its goals of providing reliable power to improve the lives of the people of Pakistan,” said Dr. Manar Al Moneef, CEO of Renewable Energy at GE Middle East, North Africa and Turkey. “We want to increase and sustain Pakistan’s installed renewable energy capacity and annual wind additions. Wind power generation is an affordable & environmental-friendly solution, benefiting from a short implementation cycle delivering quick returns for the investment.”

The project name is clouded behind a number of subsidiary company names: GE specifically signed its agreement with Tricon Boston Consulting Private Limited (TBCPL), a Special Purpose Vehicle (SPV) set up by Sapphire Textile Mills Limited as an owner and operator of wind farms and is based in Karachi, Pakistan. Notably, Sapphire Textile is already a developer of wind farms, with a 52.8 MW project installed and operational.

“We are setting up the largest wind project which will feed the Pakistani national grid benefiting all sections of the community — households, cities, villages and industries,” added Nadeem Abdullah, CEO of Sapphire Wind Power Company Limited. “Pakistan has tremendous potential for wind energy, which is competitive with other generation technologies while having zero emissions. We are proud to be partnering with GE, a world leader in power generation technologies that continues to be a solid partner for us in our Group’s existing thermal and wind generation projects.”

Pakistan’s renewable energy capacity is currently dominated by 7.1 GW worth of hydropower. The country also has 591 MW worth of wind power, and 410 MW worth of solar. The solar market may get a boost in the near-term, however, with the country’s decision earlier this year to switch to competitive auctions for solar power projects, a move which will likely bring the cost of solar crashing down and make the Pakistani market much more attractive.

Source: cleantechnica.com

Major Changes Recommended In India’s 100 Gigawatt Solar Power Plan

Photo: Pixabay
Photo-illustration: Pixabay

An Indian Parliament committee has given recommendations for making major changes in the National Solar Mission which, it believes, are essential to achieve the 100 gigawatts of operational capacity target by March 2022.

Committee members noted that the government has taken notable measures to increase solar power capacity in the country, and the wind energy sector has prospered significantly through financial incentives. However, other renewable energy technologies like biomass, cogeneration, small hydro, and waste-to-power are way behind and need special attention from the government.

As per the Ministry of New & Renewable energy, an estimated Rs 5 trillion ($78 billion) would be required to achieve the 100 gigawatts of operational solar power capacity target by March 2022. The committee, however, notes that no financial program has been implemented by the Ministry of New & Renewable Energy. The government has allowed 100% foreign direct investment in the renewable energy sector, and capacity addition is nearly completely dependent on private sector investment.

The committee has recommended that the Ministry play a proactive role in arranging funding by facilitating loans with lower rates, floating green bonds through the Solar Energy Corporation of

India, and approaching international lenders, including the Green Climate Fund.

The committee has recommended that the Ministry should push defense establishments to set up 5 gigawatts of solar power capacity on surplus land and vacant rooftops. However, only Indian-made cells and modules can be used for this purpose. This proposal, however, may run into direct confrontation with the WTO ruling that found domestic content requirement obligation by the Indian government in violation of international trade laws. A provision that allows governments to use domestic content for their own use may come to its rescue though.

While the implementation of solar power parks have been encouraging so far, the program design needs some tweaking, feels the committee. Infrastructure for solar power parks is being developed in parallel to implementation of the solar power projects themselves, but this does not provide certainty to the participating developers. Thus, the Ministry should expedite development of support infrastructure for solar power parks to attract more interest and investment from project developers.

The committee has recommended that the Ministry should abolish the viability gap funding (VGF) program, as the capital cost for solar power projects has dropped sharply over the last few months which has also resulted in a remarkable fall in tariff bids. The committee feels that the VGF program has outlived its utility and the sector no longer requires such support to flourish.

The poor capacity addition in the rooftop solar power sector forced the committee members to question the viability of the 40 gigawatts of operational capacity by March 2022. The committee has recommended that the Ministry reconsiders this target, possibly revising it downward. To expedite implementation of rooftop solar power projects across the country, public awareness programs, changes in building bylaws, and financial support schemes should be implemented.

Source: cleantechnica.com

9 States Embrace Clean Energy, Agree to Cut Power Plant Emissions an Extra 30%

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Nine Republican and Democratic Northeast and Mid-Atlantic governors committed to further cut pollution Wednesday through the Regional Greenhouse Gas Initiative (RGGI).

The proposed changes to the RGGI program, reached after more than 20 months of negotiations, will include extending the pollution cap to 2030 with a 30 percent reduction from 2020 levels.

This change is projected to reduce climate pollution by more than 132 million tons by 2030—the avoided emissions equivalent to taking 28 million cars off the road for a year. Environmental groups welcomed the decision, calling it a powerful sign of states stepping up on climate action despite a federal vacuum.

“The northeast and mid-Atlantic states continue to show bipartisan leadership on cutting emissions of dangerous heat-trapping gases and transitioning to clean energy sources, which is particularly welcomed given the Trump administration’s abdication on addressing climate change,” Ken Kimmell, president of the Union of Concerned Scientists, said in a statement.

“The RGGI states’ decision to lower the cap on fossil fuel plant emissions means cleaner air, a faster transition to renewable energy, job growth and even lower electric bills as states use proceeds from the program to invest in energy efficiency.”

Source: ecowatch.com

Extensive Coral Bleaching in the Pacific Shocks Scientists

Photo: Pixabay
Photo-illustration: Pixabay

A crew of scientists who are spending two years aboard a research ship traveling around the world have said they were shocked to find basically all of the Pacific Ocean’s reefs to be affected by bleaching.

“What we’ve seen in really isolated spots like Samoa for example, even though it’s very far away from [developed] countries with pollution, we struggled to find any coral life,” the captain of the ship, Nicolas De La Brosse, told the ABC.

“It doesn’t matter where you are in the Pacific, coral is starting to bleach.”

Coral bleaching occurs when the coral reacts to changes in environment, such as a rise in temperature, and expels the algae living in its tissue. The coral and algae rely on each other to survive. Without the algae the coral turns white and if the bleaching event is severe or repeats it can cause the coral to die and never recover.

De La Brosse has been on the French research vessel Tara, which has been sailing around the world for over a decade studying the effects of climate change on the ocean.

The current expedition, which is set to last two years, is the largest study ever conducted on coral reefs, with a journey of 100,000 kilometres planned, taking the crew, including engineers and scientists, from Europe to Asia and back again.

The team on this expedition is focussing on how coral reefs in the Pacific are adapting to climate change. In a stop-over in Sydney the crew remarked on their shock at the extent of the damage they have already witnessed. And they are only halfway through their expedition.

After their stopover in Sydney the team is headed north to study the effects of climate change on the Great Barrier Reef.

Final results from the data collected on this trip will be analyzed and released in 2019.

Global Citizen campaigns on the Global Goals, many of which, especially Global Goal 13 call for urgent action on combat climate. Global Goal 14 also focusses on the conservation and sustainably of our oceans and marine life.

Source: ecowatch.com

NREL Confirms Wind & Solar Have Cheapest Generation Costs

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The United States Energy Department’s National Renewable Energy Laboratory has updated its analysis of electricity generation technology costs, and it’s good news again for wind and solar, which come out cheapest alongside natural gas.

The National Renewable Energy Laboratory (NREL) has released its 2017 Annual Technology Baseline (ATB), the third edition of its highly respected analysis of current and projected energy technology generation costs, focusing primarily on utility-scale electricity generation technologies — although, this year NREL have also included distribution-level solar PV technologies as well.

“In addition to aggregating the most reliable, timely cost and performance data spanning the full range of energy technologies, the Annual Technology Baseline highlights key trends and makes projections out to 2050,” said NREL Senior Analyst Maureen Hand. “For energy analysts and others tasked with communicating relevant electricity technology cost and performance trends that have a bearing on energy markets, the ATB serves as an indispensable go-to resource that greatly facilitates and streamlines the work involved.”

Maybe of most interest from this year’s ATB is the fact that solar PV capital costs have continued to decline recently and are only expected to continue to decline. Similarly, onshore wind capital costs have also fallen while capacity factors have increased — higher megawatts at cheaper rates. Both of these trends are expected to continue, serving to further increase the attractiveness of solar and onshore wind, and making them increasingly cost-competitive — especially against natural gas combined cycle plants in the near term.

Source: cleantechnica.com

Policy Shift Puts 3 Gigawatts of Wind Energy Capacity in India for Sale

Photo-illustration: Pixabay
Photo-illustration: Pixabay

As India moves towards competitive auctions and away from incentives, companies that do not engage in renewable energy generation as their core business are now looking to offload these assets.

According to recent media reports, around 3,000 megawatts of wind energy capacity is up for sale in India as the central government has either reduced the quantum of financial benefits or completely ceased in some cases. Now, companies which had made investments in setting up wind energy projects with the purpose of reaping tax benefits and generating additional revenue are looking to sell these assets.

Wind energy developers used to get two incentives — accelerated depreciation and generation-based incentive — which played a critical role in the growth of the wind energy sector in India and making it the largest contributor in the renewable energy sector.

From 1 April 2017, accelerated depreciation has been reduced from 80% to 40%. Through this incentive, project developers can claim higher tax deductions on revenue generated from wind energy projects. A number of non-power companies invested in wind energy projects to avail tax incentives under this scheme. Such companies are now looking to sell these plants off.

A generation-based incentive expired on 31 March 2017. Under this program, wind power generators received Rs 500/MWh ($7.8/MWh) in addition to the feed-in tariff.

The recent shift towards competitive auctions has also put doubts on the future of non-power companies in the sector. States like Karnataka, Andhra Pradesh, and Gujarat have refused to sign power purchase agreements under the feed-in tariff programs with wind projects ready to be commissioned.

These developments were a direct result of the first-ever wind energy auction in the country that took plans in February earlier this year. A total of 1,050 megawatts of wind energy capacity was auctioned at a record low tariff bid of Rs 3.46/kWh (5.2¢/kWh).

Source: cleantechnica.com

India’s Renewable Energy Capacity Addition In Q2 2017 Lowest In 6 Quarters

Photo: Pixabay
Photo-illustration: Pixabay

India added the least renewable energy capacity it has added in six quarters during Q2 2017, which is also 25% less than what was added during the same period last year.

According to the data released by Central Electricity Authority, India witnessed a renewable energy capacity addition of just 1,043 megawatts between April and June 2017, compared to 1,680 megawatts during the same period last year. Solar power capacity addition was down from 1,026 megawatts in 2016 to 826 megawatts in 2017. Wind energy capacity fared even worse, with the capacity addition falling to just 226 megawatts compared to 285 megawatts.

Coal-based power capacity, on the other hand, fared much better than renewable energy capacity. Almost 2,400 megawatts of coal-based power generation capacity were added in Q2 2017, up from 1,040 megawatts in Q2 2016. Interestingly, some capacity in the coal and waste-to-power generation capacity was retired in June 2017.

In 2016–2017, India witnessed a massive surge in renewable energy capacity addition, helped by a healthy pipeline of solar power projects, due to a large number of competitive auctions and wind energy projects lined up for commissioning before March 31, 2017, when some tax and financial incentives were set to expire.

“India added more renewable energy capacity than thermal power capacity in financial year 2016-17, the Central Electricity Authority of India has reported. The renewable energy capacity added during the period April 2016 to March 2017 was nearly twice as much as the thermal power capacity added during the same period.

“A total of 6,990 megawatt coal-based power capacity was added in India in FY2016-17 while the thermal power capacity addition during the financial year stood at 7,655 megawatts. In comparison, 14,140 megawatts of renewable energy capacity was added in the same period.”

The second quarter usually sees reduced capacity addition across the entire Indian power sector, as it is the first quarter of the Indian financial year. Project developers are under no pressure to meet deadlines to secure any incentives that usually expire at the end of March every year.

Many other factors would likely have impacted the renewable energy capacity addition as well — issues with land acquisition, the end of some crucial incentives, and market developments that increased uncertainty for many project developers.

Wind and solar power are the largest contributors to India’s renewable energy capacity addition and both sectors witnessed some crucial developments in the last few months. Due to increased competition in the solar power market, tariff bids crashed by 26% in a matter of three months earlier this year. This development inspired power utilities to renegotiate old power purchase agreements, which has created a sense of uncertainty in the minds of developers.

Source: cleantechnica.com

Get a Free Report on Investment Projects for the Construction and Modernisation of Balkans Hydropower Plants

The analytical team of Vostock Capital has prepared a report on investment projects for the construction and modernisation of Hydropower Plants in the Balkan region.

A total of 180 experts – the decision-makers of hydropower companies, regional project operators, heads of Russian and foreign service-providing companies took part in the survey.

Request the investment projects report HERE:

The report provides:

– An overview of the most promising investment projects in the region (greenfield and brownfield construction of large and small HPPs): Shala Cascade, Gornji Horizonti, Sava River Project) and others

– Criteria for the selection of technologies and equipment by HPP operators

– Balkan hydropower market analysis

– Many other facts, crucial for further industry development

This report has been produced in the run-up to the International Summit “Hydropower Balkans 2017” (November 15-17, Montenegro), which will further spotlight these and other investment projects.

Request event brochure by clicking HERE.

Contact person: Forum Director Inessa Shahnazarova

Email: Inessa@vostockcapital.com  tel. +44 207 394 3090

Official website: http://www.hydropowerbalkans.com/en/

Netherlands’ Airports Switching 100% To Wind Energy

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

On January the 1st of 2017, Dutch National Railway company NS made a monumental step towards a world in which we no longer compromise the wellbeing of future generations for the sake of our own livelihood. NS is switching to wind energy from newly erected wind farms for transporting all of its 600,000 daily passengers, which is leading to the company cutting carbon emissions equivalent to the electricity consumption of the entire population of Amsterdam — 1.2 billion kWh a year! This bold move worked out great for the company’s public image, as it was featured in news outlets around the globe. NS found itself being widely lauded as exemplary for how companies can contribute to reducing a country’s carbon footprint.

Exactly one year later, on January the 1st of 2018, all major Dutch airports will significantly improve sustainability of their operations by completely shifting to wind power for the supply of their electricity. All airports part of Royal Schiphol Group are participating, including not just the main port, Amsterdam Airport Schiphol, but also Rotterdam The Hague Airport, Eindhoven Airport, and Lelystad Airport. Together, these handle almost all civil aviation flights arriving or departing in the Netherlands, transporting 70 million passengers and almost 1.7 million tonnes of cargo in 2016.

The electricity will be supplied by energy company Eneco, which is also serving the Dutch Railways. In terms of energy units, this deal is much smaller — 200 million kWh a year — but that still equates to the electricity consumption of about 60,000 Dutch households.

Part of the deal between Royal Schiphol Group and Eneco is that all electricity should come from newly built wind farms on Dutch dominions. That means that at first the majority of renewable energy will still come from older sources, but that as new wind farms come online, the share of already existing capacity will steadily diminish. By 2020, the airports will be operating purely on electricity coming from wind farms that haven’t come online yet at the time of writing.

The rationale behind this is that to have real impact, it is not enough to merely consume more renewable electricity. Rather, boosting renewable electricity generation is what matters. This is because the supply of “green” electricity exceeds demand in numerous European countries, meaning that Dutch electricity companies can easily greenwash their own unsustainably generated electricity by buying certificates of origin pertaining to hydropower from Norway or Sweden. By the stipulation that new wind farms should be erected, the supplier can’t make use of the certificates-of-origin greenwash scheme, making this a genuine move towards a more sustainable future.

Source: cleantechnica.com

Seattle to Ban Plastic Straws, Utensils at Restaurants Next Year

Foto: Pixabay
Photo-illustration: Pixabay

Starting next year, Seattle restaurants will no longer provide plastic straws and plastic utensils to its patrons after a 2010 ordinance finally takes effect.

“As of July 1, 2018, food services businesses should not be providing plastic straws or utensils,” Sego Jackson, the strategic advisor for Waste Prevention and Product Stewardship for Seattle Public Utilities, told Q13 FOX.

“What they should be providing are compostable straws or compostable utensils. But they also might be providing durables, reusables, or encouraging you to skip the straw altogether,” he added.

Jackson said the city’s effort to ban disposal plastic food service ware had been in the books since 2010 but was stalled because compostable alternatives were not viable yet.

“Early on there weren’t many compostable options,” he explained. “And some of the options didn’t perform well or compost well. That’s all changed now.”

The exemption that allowed eateries to dispense plastic straws and utensils is set to expire and will not be renewed.

The ban only applies to restaurants serving food, as plastic straws and utensils can still be purchased at city grocery stores. Restaurants that do not comply will be warned and eventually fined but eateries will be given assistance with the transition.

“These things take time to get businesses up to speed and in compliance,” Jackson said.

As Q13 FOX reported, many Seattle establishments have already made plastic-free commitments:

“Some businesses are jumping out ahead of the ban. Seattle Aquarium moved away from plastic earlier this summer. Jillian Henze of the Seattle Restaurant Association says a campaign called “Strawless in Seattle” is planned for September. As many as 500 local groups and restaurants will stop using plastic straws for the month.”

Plastic straws, in particular, really suck. Scientist and EcoWatch contributor Dr. David Suzuki wrote, “In the U.S. alone, people discard 500 million straws every day, or more than 180 billion a year. That’s about 1.4 million kilograms of plastic sent to landfills and into the oceans every day!”

Seattle has made concentrated efforts to reduce its plastic footprint. In 2010, a ban on plastic bags went into effect and cut plastic bag waste from residential garbage from 262 tons to 136 tons by 2014—nearly a 50 percent drop. For commercial and self-haul, it was even better. Plastic bag waste dropped from 273 tons in 2008 to 59 tons in 2012.

From plastic bags to plastic cutlery, a growing movement of people, businesses, cities and even whole countriesare pledging to ditch these single-use, non-biodegradable items that clog our oceans and harm marine life.

Source: ecowatch.com

Alternative Energy: Residential Solar Power Systems Rising in Oklahoma

Foto: Pixabay
Photo-illustration: Pixabay

Residential solar panels are the Oklahoma energy sector’s version of Bigfoot: slowly gaining a larger following among urban dwellers but still elusive.

According to data from the Solar Energy Industries Association, a national solar energy advocacy organization, residential solar photovoltaic system installations were up 20 percent in 2016 from the previous year.

Closer to home, however, the numbers are smaller. AEP-PSO spokesman Ed Bettinger said about 150 residential and small-business customers participate in a net metering arrangement with the energy company, with most in the Tulsa metro.

Self-generating AEP-PSO customers have a special meter installed that measures both the amount of kilowatt hours generated by their solar panels that makes it back to the meter, as well as the amount of PSO-provided energy used at that particular address. Consumers can offset the amount of PSO-provided energy received but do not get compensation if their panels produce more energy than they use in any given month.

Statewide, SEIA estimates put the number of residential photovoltaic systems at less than 400 homes as of late 2016.

Part of the increased national interest in solar energy is due to a federal tax credit that allows both residential and commercial solar consumers to deduct 30 percent of the system installation costs off of their federal income taxes. Originally established as part of the Energy Policy Act of 2005, the investment tax credit was renewed in December 2015 through December 2021 as part of an effort to further encourage the growth of the solar industry.

Under the terms of the renewal, the tax credit drops to 26 percent in 2020 and down to 22 percent in 2021. Starting in 2022 and moving forward, only commercial users will be able to claim a 10 percent federal tax deduction.

Solar energy is popular in California, but last month city officials in South Miami, Florida, became the first city outside California to require new residential construction to be equipped with solar panels.

Oklahoma averages more than five hours of peak solar energy generating capacity per day and ranks among the top 10 states for solar energy potential.

However, less than 1 percent of the state’s electricity is generated by solar power. Solar panels across the state are generating an estimated 2.9 megawatts of energy, thus ranking Oklahoma 47th nationally for solar use.

Part of that stems from economics. Although federal enticements are available for residential consumers, they are few and far locally. Oklahoma offers a $0.0050 per kilowatt hour tax credit for solar power generated by zero-emission facilities, but it does not have any credits or rebates available to help lower the cost of installing solar panels.

Additionally, Oklahoma is one of a handful of states that prohibits consumers — both residential and commercial — from leasing solar panels. Instead, the panels have to be purchased with cash or a loan.

Local residential solar growth is further stunted by the relatively low cost of local conventional electricity. According to the U.S. Department of Energy, customers with the state’s two largest electric companies, AEP-PSO and OG&E, paid an average of $0.0907 and $0.0997 per kilowatt hour respectively, more than 3 cents per kilowatt hour less than the national average for residential customers.

Montelle Clark is the energy policy director for the Oklahoma Sustainability Network, a nonprofit that works to promote the use of long-term cleaner options for the state’s environment and economy.

Although his organization deals more with commercial entities, he noted that OSN is starting to see more inquiries across the board about solar energy as a fiscally viable option.

“We’re definitely seeing more interest in solar energy,” he said. “Part of the challenge though is that with our electricity prices so low, the payback period for solar panels can easily last 10 to 15 years, depending on how much power you use.”

Source: tulsaworld.com

ENGIE To Develop 55 Megawatt Mongolian Wind Farm With EIB Investment

Photo - Illustration: Pixabay
Photo-illustration: Pixabay

French utility ENGIE has announced that it will develop and operate its first renewable energy project in Mongolia, the 55-megawatt Sainshand wind farm, which will also benefit from $120 million in financing from the European Investment Bank.

Normally there’s a threshold on the size of projects that we cover here at CleanTechnica, but I think there is tremendous value in highlighting renewable energy projects in less-prominent countries, even if their size is not as big as we normally cover. The Sainshand wind farm in Mongolia originally began development back in 2009, and will be built 460 kilometers southeast of Ulaanbaatar, nearby Sainshand City, capital of Dornogobi Province.

ENGIE announced on Wednesday that it is developing and operating the project, with construction expected to begin in the last few months of this year, and commissioning expected for the second half of 2018. Engineering, procurement, and construction will be provided by China Machinery Engineering Corporation, making use of 25 Vestas V110 2.2 MW wind turbines. Upon completion, the Sainshand wind farm will provide electricity enough for the equivalent of 130,000 Mongolians, and will go a long way to supporting the Mongolian Government’s renewable energy targets of 20% by 2020 and 30% by 2030, and avoid an estimated 200,000 tonnes of carbon dioxide emissions.

“ENGIE’s ambition is to provide energy access-for-all through clean and renewable energy sources, especially to developing communities,” explained Paul Maguire, CEO of Asia-Pacific.

“Mongolia is facing an energy challenge due to increasing demand from industrialization and urbanization. As our first renewable energy project in Mongolia, ENGIE’s investment in the Sainshand wind farm is consistent with our vision of leading the global energy transition, and the drive for decarbonisation will significantly contribute to powering the country’s energy needs in a sustainable way.”

The Sainshand wind farm, which has been developed in full consultation with local communities, will also benefit from a $120 million project financing package from a group of international investors and financiers organised by the European Investment Bank (EIB) and the European Bank for Reconstruction and Development (EBRD).

“The European Investment Bank is committed to supporting climate-related investment across Asia and is pleased to support development of wind power in Mongolia, which provides an alternative to coal use,” said Jonathan Taylor, Vice President, European Investment Bank. “The Sainshand wind farm will use world-class technology and demonstrate that wind power can be successfully harnessed in remote regions facing a harsh climate.”

“Mongolia and the European Union are signatories of the Paris Climate Agreement and the new Sainshand wind farm shows the close partnership between Europe and Mongolia to reduce carbon emissions through renewable energy,” added Hans-Dietmar Schweisgut, Ambassador, European Union to Mongolia. “European finance and technical expertise, working in close cooperation with Mongolian partners, demonstrate a shared ambition to harness wind from the Gobi Desert to tackle climate change.”

Source: cleantechnica.com

US Army To Add 1 Megawatt Energy Storage To 10 Megawatt SunPower Solar Plant

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

The US Army will add a 1 megawatt energy storage system to accompany its 10-megawatt SunPower-built solar PV system which recently broke ground at the Redstone Arsenal US army post in Alabama.

US-based solar company SunPower revealed on Wednesday that the US Army will be adding a 1 MW (megawatt) energy storage system to a 10 MW solar project being developed by SunPower at the Redstone Arsenal in Alabama — a project which will drive employment of up to 200 jobs at the peak of construction. The project was jointly developed by the US Army Office of Energy Initiatives, Redstone Arsenal’s Directorate of Public Works, and the US Army Corps of Engineers Huntsville Center’s Energy Division, and its development is being financed by a power purchase agreement (PPA) which opens the way for the US Army to buy 100% of the electricity generated by the project without having to pay for the construction, maintenance, or operation of the project. Specifically, the Army will purchase 18,000 MWh of electricity from the project at a cost equal to or less than Redstone Arsenal’s current and projected utility rates.

“This project reinforces the Army’s commitment to advancing adoption of reliable, cost-effective, home-grown renewable energy at Redstone Arsenal,” said Col. Thomas Holliday, Garrison Commander, Redstone Arsenal. “We’re continually looking for ways to grow our capability and reduce our cost to provide the nation with a more efficient defense.”

The project was first announced over a year ago, in June of 2016, though it is unclear from publicly available information why there appears to have been such an extended delay. The project’s design is classified as a micro-grid ready, which allows that it could be connected to an on-site micro-grid in the future, and provide greater energy security to Redstone Arsenal’s energy security.

“Solar is cost-competitive with traditional energy sources today, and is helping the U.S. military reduce operational costs,” added Nam Nguyen, SunPower executive vice president. “We commend Redstone Arsenal for managing its significant energy demand with abundant, renewable solar power. The high performance solar and storage technology we are installing for the agency will substantially increase the value of energy produced by the solar plant over the long term.”

Source: cleantechnica.com

Wales Recycling Rate Hits 64 Per Cent Target Three Years Early

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Wales again increased its overall recycling rate last year meaning it has now reached its target of recycling 64 per cent of household waste three years ahead of schedule, the Welsh government announced yesterday.

Provisional Welsh waste and recycling figures for the year ending March 2017 show 64 per cent of household waste was recycled, compared to 60 per cent during the previous year.

Wales has statutory targets in place stating it must recycle 58 per cent of its waste by 2016/17, rising to 64 per cent by 2019/20 and 70 per cent by 2024/25. Councils face heavy fines if they fails to reach these goals.

The latest data shows all but one local authority in Wales met the current 2016-17 target. Yet, although Blaenau Gwent council just missed the 58 per cent goal, but its 57 per cent rate was still an increase on the 49 per cent seen a year earlier.

The latest provisional figures put Wales well ahead of England, Scotland and Northern Ireland on recycling, with the overall figure for the UK hovering around the 44 per cent mark in 2015.

But yesterday’s data also reveals the total amount of household waste generated in Wales during the first quarter of this year from January to March fell by six per cent on the same period the year before, from 400,000 tonnes to 375,000 tonnes.

Meanwhile, compared to the same period the previous year, the amount of household waste generated per person in Wales also dropped by four per cent to 48kg during the first quarter of 2017.

The Welsh government’s cabinet secretary for environment and rural affairs, Lesley Griffiths, said the latest figures made for “extremely satisfying reading”.

“They reveal the waste we are generating is decreasing while the amount we recycle continues to rise,” she said. “We should be extremely proud of our recycling performance here in Wales. This is an area where we lead the way in the UK and indeed just two countries in the whole world recycle now more than we do.”

Last week the Welsh government announced a forthcoming consultation over plans to halve food waste by 2025, a target which Griffiths said she was “confident” Wales could achieve, adding that householders “clearly share our ambition for Wales to become a zero waste nation by 2050”.

Source: businessgreen.com

Almost 140 Countries Can Switch to 100 Per Cent Clean Energy

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

A team of US scientists have set out an ambitious roadmap they say will lead to 139 countries around the world switching to 100 per cent renewable power, a result that would limit global warming to under 1.5 degrees and create more than 24 million new long-term jobs.

The energy roadmaps, published online in the science journal Joule yesterday, were compiled by a team of researchers led by Professor Mark Jacobson, director of Stanford University’s Atmosphere and Energy Program.

They set out a path to transform the energy infrastructure of 139 countries to run solely on power generated from wind, water and sunlight. This includes the electricity, transportation, heating and cooling, industry, agriculture, forestry and fishing industries of more than 70 per cent of the countries in the world, representing 99 per cent of the world’s carbon dioxide emissions.

The team argue that such a conversion to clean power by 2050, while ambitious, will create around 24.3 million more permanent full-time jobs than those lost from retiring the fossil fuel industries. Around 4.6 million premature deaths would be prevented from air pollution, and $28.5tr in climate costs would be avoided every year by 2050.

“It appears we can achieve the enormous social benefits of a zero-emission energy system at essentially no extra cost,” co-author Mark Delucchi, a research scientist at the Institute of Transportation Studies, University of California, Berkeley, said in a statement. “Our findings suggest that the benefits are so great that we should accelerate the transition to wind, water, and solar, as fast as possible, by retiring fossil-fuel systems early wherever we can.”

Previous studies have shown it is technically possible to transition dozens of countries around the world to 100 per cent renewable power, but question marks remained over whether the feat would be economically or politically feasible.

For each of the 139 countries the researchers assessed the raw renewable resources available, the volume of wind, water and solar generators that would be needed to power the country’s entire energy needs, and how much land and rooftop space this would take up.

Using projected power demand for 2050 the researchers found the overall cost to society to switch to clean energy would be one quarter of the current fossil fuel system, once the avoided costs of tackling climate change are included.

It would also vastly improve the energy system’s efficiency, the research argues. Cutting out the mining, transport and refining of oil, gas and uranium alone would slash international power demand by 13 per cent, while energy demand overall would also fall a further 23 per cent, the researchers predicted, thanks to the greater efficiency of electricity.

“Transitioning should also stabilise energy prices because fuel costs are zero, reduce power disruption and increase access to energy by decentralizing power, and avoid 1.5C global warming,” the paper adds.

Of the nations analysed, the US, China and EU member states were predicted to have the easiest task thanks to their smaller population density, compared to densely populated nations such as Singapore, which may have to draw on technology such as floating solar to deploy enough generation capacity.

Source: businessgreen.com