UK offshore wind power falls below £100/MWh 4 Years ahead of schedule, REneweconomy By James Ayre on 27 January 2017 Cleantechnica
A new report has shown the cost of UK offshore wind power has fallen below the joint UK Government and industry target of £100 per megawatt-hour four years ahead of schedule, putting offshore wind on target to become one of the cheapest large-scale clean energy sources
The third annual Cost Reduction Monitoring Framework report was delivered this week by ORE (Offshore Renewable Energy) Catapult to the Offshore Wind Programme Board, showing that the levelized cost of offshore wind has fallen by 32% since 2012, and now sits under £100 per megawatt-hour (MWh), four years ahead of the scheduled target set by the UK Government with the UK’s offshore wind industry.
Specifically, offshore wind projects reaching a Final Investment Decision in 2015 and 2016 were done at an average levelized cost of electricity (LCOE) of £97/MWh, compared to £142/MWh in 2010/11.
The report also highlights that high industry confidence exists for offshore wind’s ability to continue delivering cost savings as a result of technological innovation and continued collaboration across the sector.
Additional key findings from the report include:
Technology developments have made the largest contribution to cost reduction.
Competition at developer level has driven down costs in the supply chain.
Risk profile and the cost of capital is reducing as confidence in the sector develops.
Energy rEVolution: Cheap Lithium Batteries And Solar Price Hitting Record Low Of 2.42c/kWh, And May Fall Furtherhttp://kirillklip.blogspot.com.au/2016/09/energy-revolution-cheap-lithium.html We are witnessing the tipping point in the disruption of Energy Industry: Solar Power becomes the cheapest source of generated energy! ReNewEconomy provides the mindboggling data on the speed of race to the bottom of the cost for Solar Power. What is very important here that this new record of US $2.42c/kWh was set not in the lab, but by the biggest manufacturer in the world JinkoSolar.
“I do hope that I do not really have to address this issue anymore. Numerous studies have already confirmed that even with the existing energy mix in the US grid a few years ago Electric Cars were much cleaner than ICE ones on the full life cycle. From lithium battery making including the production of lithium to the electricity to charge this battery. Now they are getting even cleaner with the energy mix of the US grid taken over by the renewables.
What is very important to note today is that renewable energy is breaking records every single month this year even in the US. Energy Storage with lithium batteries will be next to grow exponentially and will consume even more lithium batteries capacity and lithium than EVs. Fossil Fuels are consumable resources and renewables are technology. The functions for the progress of development for Solar Power and Lithium Batteries are not the same as the famous Moore’s, but still very impressive with prices going down dramatically over the period of time with mass volume production. Particularly in the case with Solar Power, we are getting into the stage when the dramatic decrease in cost have made Solar the cheapest source of energy ever already. Cheap lithium batteries change everything and now we can store electricity, the most efficient form of energy known to us, and use it when we want it. Read more.“
A multi-billion dollar global fund is encouraging the construction of fossil fuel projects, at the expense of cleaner options, a study reports.
An NGO said that some World Bank policy loans had the effect of supporting coal, gas and oil developments while undermining renewable schemes.
It added the loans were intended to boost growth in the low carbon sector.
The World Bank disputed the report’s findings, saying it did not reflect the wider work it did with countries.
The report by NGO Bank Information Center (BIC) looks at the Bank’s Development Policy Finance (DPF) operations in four nations – Indonesia, Peru, Egypt and Mozambique.
DPF is one of the main activities of the bank, accounting for about one-third of its funding (more than US $15 billion in 2016), according to the report’s authors.
The scheme provides funding for countries in exchange for the implementation of policy agreed by both the national government and World Bank officials.
The authors say the World Bank’s Climate Action Plan considers DPF as a key instrument in help developing nations become low-carbon economies.
They added that the scheme was also essential in helping these nations meet their national commitments outlined in reducing emissions, which form the backbone of the Paris Climate Agreement.
However, BIC research found that DPF had introduced subsidies for coal in three of the four nations examined in the report (Indonesia, Egypt and Mozambique).
The authors said this had helped Indonesia become one of the world’s top coal exporting nations, while turning Mozambique – considered to be among the most at-risk nations from climate change – into a major player in the global coal sector.
“The findings were really shocking for us because in all of the countries, across the board, the Bank actually created new fossil fuel subsidies, which directly goes against what the Bank wants to achieve,” Nezir Sinani, BIC’s Europe and Central Asia manager, told BBC News.
“The World Bank has pledged to help countries adopt a low-carbon development path specifically by phasing out fossil fuels subsidies and promoting a carbon tax,” he added.
“However, the Bank’s policy lending does the opposite by introducing tax breaks for coal power plants and coal exports infrastructure.”
‘Grossly misrepresent’
A spokesperson for the World Bank told BBC News that the group disputed the picture painted by the report.
“We are deeply disappointed that after close cooperation with BIC on this report, their findings grossly misrepresent the World Bank’s engagement in these countries,” they observed.
“The report does not capture the World Bank’s broader energy work, which involves not only development policy loans, but a mix of interventions – policy reforms, investments, technical assistance – that work together to promote climate smart growth and increased energy access.
“In each of the countries mentioned in the report, the World Bank’s development policy loans do not promote the use of coal, but help support a shift towards a cleaner energy mix and low carbon growth.”
The report was published by BIC, which works with other groups in civil society to hold the World Bank and other financial institutions accountable, in collaboration with other green groups, including Greenpeace Indonesia and Friends of the Earth Mozambique.
When it comes to supporting renewables, blue and red make green.
Among a dwindling number of politicians at the national level, there’s a pretend debate going on. Using all the scare tactics and rhetorical tricks they can muster, some apologists for the fossil fuel status quo would have you believe that we, as a nation, are divided about whether or not to move forward aggressively with clean, renewable energy like wind and solar.
But the simple truth is that there is no debate: The national verdict on renewables is already in. However they may have voted in the presidential election, Americans—of all political stripes, in red states and blue ones—are overwhelmingly voting yes on clean energy. Whether it’s because it’s good for the economy, the environment, consumers, or all three, citizens and their elected officials at the state level are throwing their full support behind the next energy revolution.
For evidence of clean energy’s bipartisan and cross-cultural appeal, one need look no further than the American heartland—the same part of the country that gave Donald Trump his victory—where governors, legislatures, and voters have come to see investment in renewables as something to be embraced wholeheartedly and unequivocally. In the weeks just after the election, while many of us were nervously wondering what our national energy policy would look like under a President Trump and a Secretary of Energy Rick Perry, three of these states undertook significant measures to protect, or even improve, their efficiency and renewable energy standards.
In Michigan last month, a legislative package that began its life as an attempt by some lawmakers to roll back the state’s clean energy goals ended up being transformed into a set of bills that not only preserves them, but actually makes them stronger. Just before Christmas—and after much bipartisan negotiating—Republican Governor Rick Snyder personally inserted himself into the debate and ultimately sealed the deal by putting his signature on laws that will increase Michigan’s renewable energy portfolio standard from 10 percent to 15 percent while simultaneously fostering greater efficiency.
In Illinois, Republican Governor Bruce Rauner recently signed the Future Energy Jobs Bill, passed by his state’s Democrat-controlled legislature and designed, among other things, to ensure that more than $200 million a year gets channeled into renewable energy investment. Under the new law, the state’s largest electric utility will also increase efficiency to reduce demand from customers by more than 20 percent by the year 2030. Both measures will greatly help Illinois reach its goal of getting a quarter of its energy from renewables by 2025.
Meanwhile, in Ohio, Governor John Kasich has just defied members of his own party by vetoing a bill that would have continued a deplorably cynical freeze on the state’s move toward renewable energy. In defending his veto, the Republican and 2016 presidential candidate cited the economic harm that would befall his state were it to abandon its sizable investments in the clean energy sector, which currently employs nearly 90,000 Ohioans.
Each of these happy developments represents another forceful refutation of all the shopworn clichés about clean energy: that it’s practically unfeasible, for instance, or that it’s somehow inimical to job growth, or that it’s something only tree huggers care about. More and more, these clichés are being revealed for what they are: desperate and outdated political posturing. Republicans in Washington, D.C., who stubbornly cling to them should take a lesson from their counterparts in heartland states—and not just the aforementioned ones, but also states like Texas and Iowa—and get with the program. If they don’t, they’re going to look even more out of touch with public sentiment than they already do.
Governor Cuomo Announces Approval of Largest Offshore Wind Project in the Nation BY LONG ISLAND NEWS & PR JANUARY 26 2017 Governor Andrew M. Cuomo announced the Board of Trustees of LIPA voted to approve the nation’s largest offshore wind farm, and the first offshore wind farm in New York. Long Island, NY – January 25, 2017 – Governor Andrew M. Cuomo today announced the Board of Trustees of the Long Island Power Authority voted to approve the nation’s largest offshore wind farm, and the first offshore wind farm in New York. The approval of the South Fork Wind Farm, a 90 megawatt development 30 miles southeast of Montauk, is the first step toward developing an area that can host up to 1,000 megawatts of offshore wind power. The wind farm, which is out of sight from Long Island’s beaches, will provide enough electricity to power 50,000 Long Island homes with clean, renewable energy, and will help meet increasing electricity demand on the South Fork of Long Island.
The vote comes two weeks after Governor Cuomo called on LIPA to approve the wind farm project and announced an unprecedented commitment to develop up to 2.4 gigawatts of offshore wind by 2030 in his regional State of the State address on Long Island. The 2.4 gigawatt target, which is enough power generation for 1.25 million homes, is the largest commitment to offshore wind energy in U.S. history, helping to bring this valuable resource to New Yorkers at a scale unmatched in the United States.“New York leads the nation in pioneering clean energy innovation, and this bold action marks the next step in our unprecedented commitment to offshore wind, as well as our ambitious long term energy goal of supplying half of all electricity from renewable sources by 2030,” Governor Cuomo said. “This project will not only provide a new, reliable source of clean energy, but will also create high-paying jobs, continue our efforts to combat climate change and help preserve our environment for current and future generations of New Yorkers.”
The LIPA Board approved a contract submitted by Deepwater Wind for the South Fork Wind Farm after a year-long process engaging the private sector for the best available clean energy generation ideas and detailed cost modeling. Other elements of LIPA’s South Fork energy portfolio include transmission enhancements and additional clean energy solutions such as battery storage and consumer electricity demand reduction……..
Karl R. Rábago, Pace Energy and Climate Center said, “It is gratifying to see years of advocacy for clean energy development bearing fruit in such a spectacular fashion. And it is inspiring to have the leadership in New York that made it happen.”
Heather Leibowitz, Director, Environment New York said, “Offshore wind needs to be a significant part of the energy mix. It is key to putting the Empire State on a path toward an economy powered entirely by renewable energy. The 90-megawatts of energy produced off east Montauk will get us one step closer to this goal.”
Kevin Law, President and CEO of the Long Island Association said, “The offshore wind farm proposed by Deepwater Wind is an important step forward in building Long Island’s clean energy economy, creating new jobs in this industry and diversifying our fuel sources which is why the LIA has supported this project.”
John R. Durso, President, Long Island Federation of Labor, AFL-CIO said, “LIPA’s decision to enter into an agreement with Deepwater Wind is good news for the Long Island labor movement. It is a first step in realizing the potential for a new American industry with Long Island at the epicenter. We thank New York State for their commitment to our energy future, an opportunity which includes union jobs. We are excited to put our skilled workforce on the job.”
About Reforming the Energy Vision
Reforming the Energy Vision is Governor Andrew M. Cuomo’s strategy to lead on climate change and grow New York’s economy. REV is building a cleaner, more resilient and affordable energy system for all New Yorkers by stimulating investment in clean technologies like solar, wind, and energy efficiency and generating 50 percent of the state’s electricity needs from renewable energy by 2030. Already, REV has driven 730 percent growth in the statewide solar market, enabled over 105,000 low-income households to permanently cut their energy bills with energy efficiency, and created thousands of jobs in manufacturing, engineering, and other clean tech sectors. REV is ensuring New York State reduces statewide greenhouse gas emissions 40 percent by 2030 and achieves the internationally-recognized target of reducing emissions 80 percent by 2050. To learn more about REV, including the Governor’s $5 billion investment in clean energy technology and innovation, please visit www.ny.gov/REV4NY and follow us at @Rev4NY. http://www.longisland.com/news/01-25-17/cuomo-largest-offshore-wind-project-li-approved.html
LEADING COMPANIES MAKE BUSINESS CASE TO GO 100% RENEWABLE, The Climate Group, 24 Jan 17 Ilario D’Amato LONDON: Leading global companies have confirmed the strong business case for sourcing 100% renewable electricity in the newly published RE100 Annual Report 2017.
RE100, led by The Climate Group in partnership with CDP, brings together “a growing group of major, influential companies from around the world who are setting targets to go 100% renewable energy in their electricity procurement,” says Jim Walker, Co-Founder of The Climate Group.
Growing rapidly, RE100 now has 87 members across a wide range of sectors – including globally recognized businesses like IKEA, Hewlett Packard Enterprise, and Tata Motors.
The report shows how RE100 companies are now creating demand for approximately 107 terawatt/hour (TWh) of renewable power annually, which is around the same amount of electricity as consumed by The Netherlands.
“Why are companies doing this? The cost of energy is coming down, rapidly,” continues Jim Walker in a video produced by CBS EcoMedia. “When you are using on-site renewables, you are managing volatility and the price of your energy supply, you are generating your own electrons and you are buying it from yourself – you don’t have to buy it at a retail price, so it’s cheaper. Just makes good business sense. Also, it’s just the right thing to do – contributing to better air quality.”
34 RE100 members have reported that they are generating renewable energy at their facilities – with wind and solar photovoltaics clearly the most popular technologies.
“We did a deal with a Texas wind farm,” confirms Nick Gunn, SVP, Global Corporate Services, Hewlett Packard Enterprise: “We’re procuring now 112 megawatts of power from wind farms, which is actually enough to provide enough electricity for our entire IT infrastructure.”
“Businesses have a huge impact on the ability to inspire an energy revolution. The more companies like Hewlett Packard Enterprise demand renewable energy, the more creation of renewable energy sources there will be.
The company has the goal of raising the use of renewable energy from its current levels of 13% globally to 40% by 2020, with the ultimate target of achieving 100%. Its strategy focuses on reducing energy consumption and increasing energy efficiency, while both generating on-site clean energy and purchasing it through agreements with off-site.
“RE100 importance lies in two factors,” says Rachel Kyte, CEO of Sustainable Energy for All and Special Representative of the UN Secretary-General for Sustainable Energy for All. “One is that the purchasing of renewable energy in the long run positions companies to be at the leading edge of their own sector of industry. On the second hand, its importance lies in the message that sends to the financial sector.” “OUR HOPE IS THAT RE100 JUST BECOMES THE NORM. BY 2020, THIS IS WHAT EVERY BUSINESS DOES.”
CHINESE ASSOCIATION OF AUTOMATION Wind offers an immense, never ending source of energy that can be successfully harnessed to power all of the things that currently draw energy from non-renewable resources. The wind doesn’t always blow, though.
Researchers from North China Electric Power University and North China University of Science and Technology recently developed a model to help predict wind frequency and potential contributions to more traditional energy sources. The scientists published their paper in IEEE/CAA Journal of Automatica Sinica (JAS).
“Reliable load frequency control is crucial to the operation and design of modern electric power systems,” wrote Yi Zhang, a doctoral student at the North China Electric Power University and an author on the paper. “Due to the randomness and intermittence of the wind power, the controllability and availability of wind power significantly differs from conventional power generation.”
Their method is based on “Model Predictive Control,” wherein checkpoints across a power grid can exchange information and adjust accordingly. The researchers decentralized this model, so that a problem in one area could be solved to benefit the entire grid. The computer algorithm predicts the variables that influence the grid (demand, supply, etcetera) and applies those constraints for any problem that any part of the system might encounter.
A traditionally controlled grid could, for example, redirect otherwise unused energy from sleeping citizens to a power-hungry hospital or some other entity that continues to require energy even during typical off times. In a decentralized system, like the one modeled by Zhang and her colleagues, the system works the same way, but instead of having to clear the redirection with every checkpoint, the variables are assumed and the action is nearly immediate.
To test their algorithm, the researchers compared the volume output and dependability of a four-part system – four plants sharing responsibility for generating power in different areas – with and without the incorporation of wind power.
In the analysis of a conventional power plant, the researchers found that their model required much less computational time compared to the traditional Model Predictive Control. That’s a major advantage, as the computing process is expensive in both time and energy.
When the researchers added the hard-to-predict wind turbines as a source of power in the model, it still worked as well. According to the scientists, the major flaw is that computational needs will increase to maintain system stability, which cannot be guaranteed in their algorithm.
“Our future work is focused on [pursuing] the implementation of [our algorithm] with guaranteeing stability and feasibility while reducing the computation and communication requirements,” Zhang wrote.
VICTORIA ENGAGING WITH SMES ON RESOURCE EFFICIENCYhttps://www.theclimategroup.org/news/victoria-engaging-smes-resource-efficiency
New case study shows how the Australian state is supporting businesses on energy and materials efficiency by Virginia Bagnoli24 January 2017 LONDON: The Climate Group has published a new case study, showing how the Australian state of Victoria is engaging small and medium sized enterprises (SMEs) to support them in improving energy and materials efficiency.
The new study demonstrates how SMEs can significantly reduce greenhouse gas (GHG) emissions while substantially improving energy efficiency by applying sustainable resource management and energy efficient production processes.
The state of Victoria identified these gaps and designed a new program tailored to SMEs to help them change inefficient practices, save money and increase productivity through energy and materials efficiency measures.
VICTORIA’S APPROACH
SMEs have historically been difficult to reach and engage with on environmental programs due to company priorities and a traditional focus on shorter-term business requirements. Victoria understood that the program needed to align with fundamental business needs and provide multiple points of entry to make participation accessible.
Victoria’s program is also being viewed as particularly innovative due to its multi-faceted approach to addressing the challenges of information, understanding the business case and accessing capital. This approach was delivered by assessing and understanding the barriers for SMEs, communicating effectively to channel the multiple benefits associated with energy and materials savings, and leveraging existing policies and programs.
The program components targeted businesses at different stages of ‘readiness’ – ranging from businesses at an exploratory stage wanting to determine how they could benefit from energy and/or materials efficiency, through to businesses ready to implement specific projects.
Eligible businesses could apply for a grant to partly cover the cost of a materials efficiency or energy efficiency assessment. A competitive, merit‑based application process provided three rounds of grants of up to A$50,000 to support businesses in managing the costs of implementing materials efficiency projects. Grants of up to A$25,000 were available for energy efficiency projects (with businesses contributing at least half the cost of the project).
MAKING THE BUSINESS CASE FOR ENERGY EFFICIENCY
The program ran from 2012 to 2016 and since its launch it has achieved tangible results: three rounds of grants over the past two years have provided A$3.8 million in funding to over 140 projects and these businesses are expected to save a combined A$4.74 million a year.
Recruiting businesses to the program was the greatest challenge encountered. According to the Victorian government, SMEs typically have little time to devote to what is not seen as a strategic priority for them. The key solution to this has been to convince businesses that energy and materials efficiency will help with business-critical issues and to provide financial support in order to create efficiency change and transform business performance.
Through the program, Victoria has implemented an effective method of approaching businesses and making the program attractive to them; a considerable challenge giving that materials efficiency in particular is a new concept to most businesses and service providers.
Using what was learned from the program, Victoria also recently embarked on a new initiative for SMEs, SV Business – Boosting Productivity, which will work with an additional 1,000 SMEs.
Download the Victoria case study here and find all the Policy Innovation program case studies here.
The Climate Group supports state and regional governments in developing effective climate change and clean energy policies through its Policy Innovation program. State and regional governments around the world are developing a new generation of innovative climate and energy policies and our Policy Innovation program showcases and explores these emerging models, working closely with governments for them to scale globally.
The Cost of Solar Power Has Fallen 25% in Only 5 Months, Futurism, Dom Galeon, Oct 2016 It seems that we have truly entered a new era in energy production—in renewable energy production, that is. Over the past new months, the cost of solar power has plummeted, and it seems that things are going to stay this way. Indeed, “there’s no reason why the cost of solar will ever increase again,” former Masdar Clean Energy director Frank Wouters noted in a recent interview with Electrek.The cost of building solar plants has declined by 25 percent in just five months, according to two recent bids in China and Dubai.
The reduction in price follows a broader trend of solar affordability brought on by cheaper solar panels.
If governments and innovators continue to invest in these energy sources in the way that they have been, Wouters statements are easy to believe.
In just 5 months, prices have dropped some 25%. This development is shown in the recent, and staggeringly low, construction bids on solar projects in China ($0.46/W for 500MW of solar power) and Dubai ($0.023/kWh for 1.2GW of solar power).
Several factors have driven these relatively inexpensive bids. In China, solar power is incentivized. To that end, decreasing hardware prices have largely fueled the drastic drop—solar panel costs, for instance, have declined remarkably since the first quarter of this year. And in Abu Dhabi, solar panels produce more power than usual because the city enjoys some of the best sunlight exposure in the world.
Still, Abu Dhabi isn’t the only location with ideal conditions.
Last year, Costa Rica powered itself purely with renewable energy for 299 days total. This year, they already surpassed 150 days. The success, as is true in the other recent successes, isn’t just due to the country’s size or location. The government is serious in its effort to eliminate the use of fossil fuels.
Leonardo DiCaprio highlights Israeli solar techhttp://www.israel21c.org/leonardo-dicaprio-highlights-israeli-solar-tech/ Actor and environmentalist puts international spotlight on Megalim Solar Power project. By Viva Sarah PressJANUARY 22, 2017,Hollywood actor and environmentalist Leonardo DiCaprio uses his instagram account to spotlight environmental challenges facing the world and environmental breakthroughs.
As such, his 13.8 million followers were sent a photo of Megalim Solar Power’s Ashalim power station now being built in the Negev desert.
“The arid landscape of Israel’s Negev Desert will look like a futuristic movie in the near future. The country is building the tallest solar thermal tower in the world above its dusty sands,” writes DiCaprio on his post alongside the photo.
The Ashalim project will comprise 55,000 mirrors which will feed solar heat into a 240-meter-tall solar tower — believed to be the highest in the world.
“The tower should be able to produce enough power for about 5% of Israel’s population when it’s concluded,” writes DiCaprio. “The sunlight will be reflected by the mirrors to a boiler at the top of the tower. The boiler will then be able to convert them and heat water to steam to turn the turbine in a conventional power plant.”
The Ashalim power station, scheduled to be up and running by the end of the year, will combine three types of energy: solar thermal, photovoltaic and natural gas.
Decoding Trump’s White House Energy Plan , Climate Central, By Bobby Magill , 20 Jan 17 Just as President Donald Trump took the oath of office and the White House scrubbed its website of Obama climate change information, it posted Trump’s “America First Energy Plan,” which is replete with misinformation and specious claims about climate and energy policy.
The White House’s new energy plan repackages Trump’s campaign promises to reignite America’s declining coal industry, kill the Obama administration’s Climate Action Plan and exploit all of America’s fossil fuel reserves to achieve energy independence — an idea that ignores that America’s oil and gas is part of a truly global fossil fuels market.
Throughout his campaign, Trump expressed contempt for the Obama administration’s climate policies, which were critical to the success of the Paris Climate Agreement — the international pact aiming to stop global warming from reaching what the world’s scientists agree are dangerous levels.
Obama’s climate and energy policies encouraged the development of low-carbon renewable sources and discouraged the use of coal for electricity as a way to reduce the greenhouse gas emissions driving global warming.
Trump and his transition team called those policies job killers. He falsely claimed that Obama’s policies alone have forced the coal industry into decline. Coal has been on a long, steady decline since 2008 when natural gas was made cheap and abundant because of fracking. Natural gas overtook coal as America’s largest source of electricity for the first time in history in 2016.
The White House’s “America First Energy Plan” reflects those claims and Trump’s disdain for climate science and renewable energy. Here is a paragraph-by-paragraph analysis of the plan:
Energy is an essential part of American life and a staple of the world economy. The Trump Administration is committed to energy policies that lower costs for hardworking Americans and maximize the use of American resources, freeing us from dependence on foreign oil.
Few people question that energy is essential, but Trump’s statement that his administration is committed to low-cost energy and maximizing the use of American resources is seen by many as code for unfettered exploitation of oil, coal and natural gas in the U.S. Trump has called renewables “an expensive way of making the tree-huggers feel good about themselves,” and says a cheaper way to energy independence is through oil, gas and coal.
Fossil fuels are abundant in the U.S. thanks to fracking, which brought about the shale oil and gas boom of the past decade. But oil drilled in the U.S. isn’t necessarily staying in the U.S. and contributing to energy independence. Congress lifted a 40-year ban on oil experts a year ago, and now U.S. oil is being shipped all over the world, even as the U.S. is importing oil from Canada and the Middle East.
At the same time, the costs of renewables has been falling dramatically in recent years, and America’s largest oil refiner and carbon emitter — Texas — has become the nation’s leader in wind power production.
Trump’s skepticism of renewables contrasts starkly with Obama, who said that wind and solar power are a critical a component of energy independence. For too long, we’ve been held back by burdensome regulations on our energy industry. President Trump is committed to eliminating harmful and unnecessary policies such as the Climate Action Plan and the Waters of the U.S. rule. Lifting these restrictions will greatly help American workers, increasing wages by more than $30 billion over the next 7 years.
“Burdensome regulations” has long been Republican messaging for what they consider odious Obama-era climate policies and regulations that encourage the use of renewables and natural gas instead of fossil fuels to address climate change, or restrict the development of oil and gas on federally owned public lands and waters.
For example, one of Obama’s last-minute actions was to close off most of the Arctic Ocean off of Alaska’s North Coast for oil and gas development as a way to protect the seashore from oil spills and prevent more and more of the carbon pollution driving climate change. That followed a moratorium on coal leasing on federal lands and the closure of large swaths of the Atlantic coast to future oil drilling.
Each of those moves angered fossil fuel boosters in the Republican Party and were motivated in part by Obama’s Climate Action Plan, which involved a variety of measures to help slash America’s greenhouse gas emissions.
Trump’s claim that lifting those and other restrictions would increase workers’ wages by more $30 billion wildly mischaracterizes the potential for workers to benefit from killing U.S. climate policy. The figure seems to come from a 2015 report by Louisiana State University banking professor Joseph R. Mason, which was released by the Institute for Energy Research, an oil-industry funded organization run by Trump’s energy transition team chief,Tom Pyle.
The report claims that $32 billion in annual worker wages over seven years would be earned if all of America’s public lands were opened to oil, gas and coal development — even the lands protected by law from energy development, including wilderness areas and national parks.
That means Trump is saying that if Yellowstone, the White House lawn, Yosemite Valley, the Great Smoky Mountains and Mt. Rushmore were opened to fracking, workers would reap billions in benefits.
Sound energy policy begins with the recognition that we have vast untapped domestic energy reserves right here in America. The Trump Administration will embrace the shale oil and gas revolution to bring jobs and prosperity to millions of Americans. We must take advantage of the estimated $50 trillion in untapped shale, oil, and natural gas reserves, especially those on federal lands that the American people own. We will use the revenues from energy production to rebuild our roads, schools, bridges and public infrastructure. Less expensive energy will be a big boost to American agriculture, as well.
“Sound” energy policy is a play on “sound science” in an effort to lend it legitimacy.
It is true that the U.S. has vast untapped domestic energy sources — and that includes renewables. While fracking and the shale oil and gas boom led to discoveries of millions of barrels of oil that were once thought too expensive to reach, renewables are some of America’s largest untapped sources of energy.
For example, America’s offshore wind power potential is so huge that if fully developed, offshore wind farms could produce four times the electricity currently generated in the U.S. today, according to the U.S. Department of Energy. America’s first offshore wind farm was completed in December, with more expected to be built over the next five years.
Trump’s estimated $50 trillion in untapped oil and gas reserves is a huge mischaracterization of the fossil fuels that can be developed in the U.S., said Mark Squillace, a professor of natural resources law at the University of Colorado-Boulder.
“The problem with numbers like this is that they do not tell the whole story,” Squillace said. “The United States certainly has vast oil and gas and coal reserves and if you just add them up and multiply by their market value you get a big number. But most of those reserves cannot be economically developed any time in the foreseeable future.”
He said the figure originates from Kathy Hartnett White, a Trump advisor affiliated with the conservative Texas Public Policy Foundation, who told Fox Business in June that the U.S. is sitting on $50 trillion of oil and gas, “but the government is stopping us from getting it.”…….
President Trump will refocus the EPA on its essential mission of protecting our air and water………….Trump’s energy policy says nothing about climate change, which will be made drasticly worse if the U.S. develops as much oil, gas and coal as Trump suggests.
America’s air and water have been kept clean over the past 40 years because of environmental laws enforced by the Environmental Protection Agency, which Trump previously said he wants to abolish. Trump has appointed one of the EPA’s most ardent foes to head the agency — Oklahoma Attorney General Scott Pruitt, who has sued the EPA 14 times and is involved in a lawsuit aiming to kill one of Obama’s most sweeping climate policies.
During his confirmation hearing, Pruitt said he wants states to have more control over how they are regulated by the EPA, suggesting that the federal laws protecting America’s air and water would be applied unevenly from state to state. Some states are much more vigilant in enforcing environmental regulations and have more resources than others,
“Responsibly developed wind energy offers a substantial, economically feasible, and wildlife-friendly energy opportunity for America,” according to the National Wildlife Federation.
Here’s why they offer such strong endorsements.
Scientists overwhelmingly agree that excess carbon pollution threatens birds across the globe. This looms particularly large in North America, where the National Audobon Society finds CO2 pollution could cause 314 different bird species to lose up to 50 percent of their habitats in the coming decades.
Fortunately, wind power remains the biggest, fastest, and cheapest way to reduce carbon pollution, cutting 28 million cars’ worth every year. Wind also contributes to a cleaner environment for America’s birds by eliminating pollutants like nitrogen oxides and sulfur dioxide that create smog.
Working proactively to keep impacts low
The U.S. wind industry works closely with conservation organizations and government officials to understand and minimize the impacts it does have to the greatest degree possible. Here’s one example of groundbreaking research on ways to do this:
How else do wind developers ensure conservation happens? Some examples of the different methods they use include:
Thorough site monitoring to notice any unexpected impacts.
Creating wildlife preserves.
Partnering to create the American Wind Wildlife Institute to tackle wind and wildlife issues, identifying areas that need research and then making sure it happens.
Performing extensive pre-construction surveys to minimize impacts, and following best practices to maintain small effects during project operations.
Factors like this contributed to the New York State Energy and Research Development Authority’s finding that wind has the lowest impact on wildlife and their habitats of any way to generate electricity.
It is true that wind does have some impact on bird populations, and the U.S. wind industry takes that very seriously. However, this should also be put into context: wind causes less than 0.01 percent of all human-related bird deaths.
The reality is no human activity is completely impact-free. With decades of siting experience and comprehensive environmental impact assessments done before construction, wind greatly lessens the effects it does have.
And because wind power directly combats the greatest threat to birds, helps create a cleaner environment and preserves habitats through its small footprint, it creates a future where birds of all kinds can continue to flourish.
Solar power and other renewable energy sources are increasingly affordable as technologies continues to become more efficient and effective, and the opportunities to scale solutions brings costs down even further. As much as the transition from a fossil-fuel based economy to one powered by renewables is becoming more widely recognised, what is sometimes lost is just how rapid the change has been. Furthermore, it appears the next natural step is a renewable energy source inspired transformation of the way in which we design our future buildings and cities.
During the last six years in the US alone, “solar power has exploded into the energy sector with the kind of industrial vigour not seen since the 1950s”, wrote David Beckham in GreenBiz earlier this month. In 2010, the US had the equivalent of one gigawatt of solar generation capabilities, for perspective on what that means in terms of power demands, Disney Land uses roughly that amount every two weeks – it’s also less than the Doc needed to get the DeLorean running again in Back to the Future! Capacity has ballooned to 30 gigawatts of solar power generation at the beginning of 2016 and is continuing to grow at a rapid pace, mostly thanks to the lowering of costs with the average solar cell now costings $0.35 per watt, compared with around $4 in 2016, all while increasing efficiency by 20%.
Throw in increased volatility in fossil fuel prices – especially oil – and diminishing efficiency gains for non-renewable based technologies, and it should come as no surprise that there is increasing investment and innovation into solar power, not to mention demand, where more panels were installed in the US during 2016 than the previous 38 years combined. Furthermore, digital advances are enabling better understanding and control of complexity and data, a huge advantage for less consistent natural sources of power like solar and wind.
The flexibility of renewables enables designers and architects to adopt a new way of thinking and there are now a growing number of examples where the potential opportunities of integrating energy production into the design of buildings and cities from the outset are being exploited.
Joining up built environment construction and design with renewable energy to create a more diverse, distributed and resilient system of power production integrated directly into cities offers the possibility of producing a holistic solution to individual challenges, the AMIE prototype, produced by Oak Ridge National Laboratory (ORNL), which integrates solar panels, into a connected home and electric vehicle is one great recent example.
Photovoltaic technologies designed for integration into building components produced by corporates like Californian-based Solaria, who have developed especially effective solar tech so that they can produce glass that can be used in typical window openings, is fully see through and generates electricity, are predicted to become increasingly common. Indeed, the level of development and scale of Solaria itself may surprise some.
“Architectural solar” is still in relative infancy, but if anything can be learned by the growth of solar power generation, which few would have expected to be economically viable by 2016 looking at the 2010 landscape, it is that technology with potential can and will be developed exceptionally quickly in a context where there is demand for the solutions it provides. The ORNL experiment and current solutions sold by Solaria may only be a beginning, but anticipating rapid evolution looks like a good bet.
Liebreich and McCrone: The shift to ‘base-cost’ renewables: 10 predictions for 2017 By Michael Liebreich and Angus McCrone on 20 January 2017“………… The good news is that renewable energy has – at least on a levelized cost of electricity, or LCOE, basis – clearly achieved the long-awaited goal of grid competitiveness. More than that, in many countries it now undercuts every other source of new generating capacity, sometimes by very considerable margins.
Last year saw unsubsidized price records of $30 per megawatt-hour for a wind farm in Morocco and $29.10 for a solar plant in Chile. These must be the lowest electricity prices, for any new project, of any technology, anywhere in the world, ever. And we are still going to see further falls in equipment prices.
Super-low-cost renewable power – what we are now calling “base-cost renewables” – is going to force a revolution in the way power grids are designed, and the way they are regulated…….
Putting super-cheap, “base-cost” renewable power at the heart of the world’s grids in this way will require a revolution in the way the electricity system is regulated. Renewable power’s progress to date has been achieved mainly by subsidizing or mandating its installation, while forcing the rest of the system to provide flexibility, within otherwise unchanged regulatory environments and power market rules. The additional system costs have been material but generally affordable.
That has taken renewable energy to 20, 30 or 40 percent of supply in many markets. ……..
………1. GLOBAL INVESTMENT TO STRUGGLE…….
2. GROWTH SPURT FOR BATTERIES, SMART METERS………
3. SOLAR INSTALLATIONS FALL IN CHINA BUT RISE WORLDWIDE…….
4. WIND BLOWS SIDEWAYS……
5. COAL AND OIL RALLIES PETER OUT……..
6. U.S. GAS PRICES REMAIN FIRM…..
7. EVS BREAK THE MILLION VEHICLE MILESTONE……
8. CORPORATE RENEWABLE ENERGY ON A TEAR….
9. RESILIENCE AND SECURITY RECEIVE OVERDUE ATTENTION…..
The document was signed in Russia by Behrouz Kamalvandi, the AEOI deputy chief, and Nickolay Spasskiy, ROSATOM deputy director general, as a follow-up to a memorandum of understanding in Nov. 11, 2014.
Also, the two sides finalized a pre-project contract for the retrofitting of two gas centrifuge cascades in the Fordo facility.
The documents were approved and prepared for signing as a result of recent negotiations between the AEOI and ROSATOM.
The agreement is in line with a 2015 international nuclear deal between Iran and six world powers, which resulted in removal of sanctions against Iran in exchange for limits on the country’s nuclear program.
Under the deal, Iran has committed to convert the Fordo facility into a nuclear, physics and technology center to benefit from international collaboration including in the form of scientific joint partnerships in agreed areas of research.
Also, by the accord, two of the six centrifuge cascades at the Fordo facility have to spin without uranium and will be transitioned, including through appropriate infrastructure modification, for stable isotope production.
Stable isotopes are used for medical and industrial purposes.
Iran launched a facility to produce raw material for stable isotopes in August 2016.
Also, in an August interview with Azerbaijani state news agency AZERTAC, Russian President Vladimir Putin said, “We will further assist our Iranian partners in implementing the Plan of Action on Iran’s nuclear program, including the processing of enriched uranium and the conversion of facilities to produce stable isotopes.”
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