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First Public Ultra-Fast EV Charging Station in Europe is Now Operational

Foto: Pixabay
Photo-illustration: Pixabay

An ultra-fast electric vehicle (EV) charging station that just opened in Germany could offer upcoming models of EVs a range of 100 kilometers, or around 62 miles, in a snappy five minutes. It’s the first public station with the super fast chargers in Europe. Four cars can be charged at the same time at the Ultra-E station right now at rates of 175 kilowatts (kW) – with 350 kW coming soon.

Two different ultra-fast EV charging networks are springing up across Europe right now, according to Electrek; the one that just went online is from Ultra-E, backed by partners like BMW, Audi, Renault, and the Netherlands-based Allego, which is equipping a corridor with 21 ultra-fast stations from the Netherlands to the Austrian border.

Allego COO Ulf Schulte said in a statement, “We are delighted to be setting a milestone for future elctro-mobility in Europe with this new generation of fast chargers.”

These ultra-fast chargers are located in Kleinostheim close to the A3 motorway, at the Aschaffenburg-West exit on Saaläcker Strasse. Two of the four ultra-fast connections will be offering charging at rates of 350 kW in the spring – although Electrek pointed out no EV can currently charge at that rate yet. Schulte said, “We support all the current charging cards and access apps, enabling anyone to charge their e-car at Allego and quickly be on their way.”

More Ultra-E charging stations will be popping up soon, every 150 to 200 kilometers or so – that’s around 93 to 124 miles – near motorway exits. The next one is planned for Bernau am Chiemsee in Southeast Germany.

Electrek said the other up-and-coming charging network is Ionity, a joint venture of Daimler, BMW, Ford, Volkswagen, Porsche, and Audi. They announced in late November they’ve secured site partners for 18 countries in Europe.

Source: inhabitat.com

India Auctions 750 Megawatts Of Solar At 3.9¢/kWh

Photo-illustration: Pixabay
Photo-illustration: Pixabay

India auctioned off 750 megawatts of utility-scale solar power capacity over the last few days to wrap up a highly eventful 2017 that saw new records being created in terms of tariffs.

The famous Bhadla solar power park in the Indian state of Rajasthan is in the news once again. The Solar Energy Corporation of India auctioned 750 megawatts of solar power capacity at this solar power park. Interestingly, while the projects will be located in Rajasthan, the power generated will be acquired by the neighboring state of Uttar Pradesh.

There were two separate auctions of 500 megawatts and 250 megawatts. The first auction of 500 megawatts was oversubscribed 6 times over with interested developers submitting bids for 3.1 gigawatts. The tariff bids were between Rs 2.47/kWh (3.80¢/kWh) and Rs 3.29/kWh (5.07¢/kWh). While the viability gap funding (capital support by the government) was on offer, none of the developers opted for it.

Hero Future Energies secured 300 megawatts of capacity at Rs 2.47/kWh (3.80¢/kWh) and SoftBank-backed SB Energy won rights to develop 200 megawatts at Rs 2.48/kWh (3.81¢/kWh); SB Energy had actually placed bid for 500 megawatts of capacity.

Other major developers that submitted bids but failed to make the cut in this auction include Actis Energy, Azure Power, Canadian Solar, ReNew Power, EDF, and Solairedirect. Acme Solar, too, participated in the auction and quoted Rs 3.03/kWh (4.67¢/kWh) for 300 megawatts of capacity. Interestingly, this bid is 24% higher than the bid Acme had placed in May 2017 in a similar auction for a project in the Bhadla solar power park. That May 2017 bid of Rs 2.44/kWh (3.7¢/kWh) remains the lowest-ever tariff for a solar power project in India. Acme is expected to launch an initial public offering to raise funding for this project.

The second auction for 250 megawatts of capacity also witnessed huge participation from project developers. Prospective developers placed bids for 1,350 megawatts, translating into an oversubscription of 5.4 times.

Azure Power and ReNew Power Ventures secured rights to develop 200 megawatts at Rs 2.48/kWh (3.88¢/kWh) and 50 megawatts at Rs 2.49/kWh (3.89¢/kWh), respectively. Three companies — ReNew Power Ventures, SB Energy, and FRV Solar had placed bids to set up the entire 250 megawatt capacity. Other bidders included Actis Energy, Hero Future Energies, Canadian Solar and EDEN RE.

Power generated from this 750 megawatt capacity will be acquired by Uttar Pradesh, which has not seen such low tariffs in its own solar power auctions. Uttar Pradesh utilities recently signed power purchase agreements for solar power at Rs 7.02/kWh (11¢/kWh). The power supplied to Uttar Pradesh from the Bhadla solar power park will now come at additional cost as the central government has exempted inter-state transmission of solar power from any charges.

Uttar Pradesh had expressed interest in the procurement of power from Bhadla-based solar power projects after the May 2017 auction at the solar park that yield record-low tariff of Rs 2.44/kWh (3.7¢/kWh). Delhi Metro Rail Corporation has already signed a similar agreement to acquire around 200 megawatts from Rewa solar power park located 800 kilometers away in the state of Madhya Pradesh. Indian Railways eyes a similar arrangement in the near future.

Source: cleantechnica.com

Voith Completes Upgrade at Scottish Hydro Plant

Photo: Pixabay
Photo-illustration: Pixabay

The Mucomir small hydropower plant in Scotland is now back on the grid, following the modernization of equipment at the plant, technology group Voith has announced.

Operated by SSE, the upgraded project was commissioned back in the autumn and is now operating with improved cost efficiency and meets the strictest environmental standards.

For this project Voith was responsible for the new build, installation and commissioning of the turbine unit, installation of a control system, circuit breaker and hydraulic unit, and for refurbishing the generator.

“The modernization work was done during a shutdown, and because of the tight schedule, the fabrication and installation of the components were a major challenge,” explained Christian Merkl, Project Manager of Voith Hydro Germany. “However, thanks to our experience and our close cooperation with plant operator SSE, we were able to complete the project no less than three weeks ahead of schedule.”

The special design of the new turbine runner reduces adverse effects on fish and makes it easier for them to pass through it. This means that SSE is taking regional fishery interests into account and acknowledging the importance of the power plant for migratory fish in the local catchment area. In addition, as part of the upgrade, oil and grease-free bearings were installed to avoid environmental damage.

Peter Diver, Programmes Manager at SSE, says of the project: “The modernization of the Mucomir hydropower plant ensures the commercial viability of the facility while taking account of ecological factors and using the most effective technological solution. We are delighted to have implemented this important project with Voith as our partner.”

Following the upgrade, the Mucomir plant qualifies for feed-in tariff – resulting in improved remuneration for the power station and was an important part of the business case, securing the station for the future. As well as improved protection of fish and the environment, the use of ultra-modern developments in the hydraulic system also achieves greater efficiency. Moreover, the power plant is now equipped with a remote control system ensuring safe and efficient unmanned operation that also allows fast fault analysis where necessary.

Source: waterpowermagazine.com

Power Potential of Renewable Energy Sources Being Harmed by Climate Change

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Climate change is affecting wind energy’s potential to provide power, diminishing a renewable energy source that scientists and policymakers are counting on to replace fossil fuels, according to two scientific studies.

The world is turning more and more to renewable sources of energy — wind, solar power, and in some cases energy from flowing water — to fight climate change. But what if climate change itself alters the distribution of wind, or sunlight falling on the Earth’s surface, or river flows, and so changes or even shrinks the potential of these energy sources?

The studies suggest that, at least for wind energy, that is not only happening — at least in some key locations — but that it could grow worse.

“Renewables, including wind, are an important part of many nations’ and even states’ overall strategies for reducing greenhouse emissions,” said Kristopher Karnauskas, a researcher at the University of Colorado, and first author of one of the studies. “So it’s important that we fully understand how the potential efficacy of that mitigation strategy may be changing concurrently with the problem itself. We can’t assume that the baseline wind energy resource is a constant.”

Why would wind energy potential change because of climate change? At the most fundamental level, winds are driven by the unequal distribution of the sun’s energy across the surface of the Earth, which in turn creates regions of different atmospheric pressure. Wind then flows from regions of high pressure to regions of low pressure. Those installing wind turbines try to place them in spots where that flow tends to be particularly strong.

But climate change is also distributing energy unevenly across the planet. In particular, land surfaces are warming up more rapidly than are ocean surfaces, even as the Arctic is warming up much more rapidly than the northern hemisphere’s middle latitudes.

It’s not surprising that the distribution of winds around the Earth would change under global warming. Indeed, in the Southern Hemisphere, some researchers believe that changing winds are responsible for the growing melting of Antarctic glaciers, as they are driving warmer, deeper waters closer to the icy continent.

So how could changing wind patterns affect the deployment and effectiveness of wind energy?

The first of the two studies, recently published in Nature Scientific Reports, gives a first glimpse at an answer. It finds that the nation that has installed more wind energy than any other on Earth — China — is actually seeing a lowering of wind energy potential across vast regions, especially inner Mongolia and Gansu, two of the largest installation areas.

“To my great surprise instead of finding a random signal, we found that it was actually declining,” said Michael McElroy, a Harvard Earth sciences professor who is one of the authors of the study. He conducted the research with Peter Sherman, the first author, and Xinyu Chen of Harvard.

The researchers found, based on a large database of meteorological records, that there already has been a wind energy decline in key regions of China from 1979 through 2015. And they found that this had happened in concert with an overall warming trend, although natural climate fluctuations also played a role.

The change occurred, McElroy said, because the Asian continent has been warming up faster than the Pacific Ocean offshore.

Source: sentinelsource.com

Solar Panels Are Replacing Diesel Fuel in Canada’s Far North

Photo: Pixabay

 

The sun being a resource worth tapping into is now globally accepted, but how to do it in the most efficient way is still an ongoing conversation. The obvious choice is to put solar panels in regions with lots of sun, such as Africa or Asia.

Photo: Pixabay

But solar energy doesn’t only make sense in places where you have plenty of light. Canadian communities with as little as five hours of sun a day could soon leapfrog from diesel dependence to a clean energy economy.

Kuujjuaq, the largest Inuit community of the Nunavik territory, is leading the way with a project that saved more than 400 liters (105.67 gallons) of diesel between September and October, providing an equivalent amount of electricity (1,100 kwh) from solar panels.

With an investment of $560,000, the solar panels will not only generate energy, but also data and knowledge to plan big in the future. “Our pilot involves studying solar technology for a full 12 months period” Andy Moorhouse of Makivik Corporation, an organization that represents Inuit in Nunavik and manages the project, told Futurism.

“By the end of September 2018, we’ll be able to have full data on how these technologies did throughout the year, especially during dark times such as now,” he said. “It’s a learning scope for us, we want to see how well the technology handles our harshest climate, and try to understand if anything better could be designed specifically for the Arctic climate.”

“It absolutely makes sense to invest in renewable and hybrid energy systems in the Arctic,” Victoria Herrmann, director of the Washington-based Arctic Institute, told Futurism. She explained that on average, Arctic residents pay twice as much as their southern counterparts for heating, electricity, and transportation fuel. “For those living in the Arctic, petroleum fuel isn’t about global commodity markets: it’s about survival. Solar, wind, and other renewable energy sources are not just possible there, they’re profitable.”

While Canadian investors and governments are still dipping their toes into clean energy, states such as Alaska already boast success stories “that have proven [renewables] to be economically viable and a tremendous boost for remote communities’ energy sovereignty and economic vitality,” Herrmann said.

Projects like the solar panel pilot in Kuujjuaq and the large-scale installation planned for Old Crow, she said, prove that renewables can work for many of the over 170 remote Indigenous communities in Canada that rely on expensive and dirty diesel.

This year, Canada has allocated $400 million of its federal budget to the establishment of a 11-year Arctic Energy Fund. This, Herrmann said, “can do for the Canadian North what the Alaska Renewable Energy Fund has done for their neighbor.”

For now, the people of Kuujjuaq are waiting to see what’s in this project that may improve their lives in the long term. Moorhouse said that future plans will depend “on the results of this tests, and also we need to understand each community’s needs, including consumption patterns at different times of the year.” If the solar experiment proves viable, like early results suggest, the infrastructure could be scaled up to power schools or clinics, and eventually entire villages.

Source: futurism.com

100% Renewable Energy Worldwide Isn’t Just Possible—It’s Also More Cost-Effective

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Transitioning the world to 100 percent renewable electricity isn’t just some environmentalist pipe dream—it’s “feasible at every hour throughout the year” and is more cost-effective than the current system, which largely relies on fossil fuels and nuclear energy, a new study claims.

The research, compiled by Finland’s Lappeenranta University of Technology (LUT) and the Berlin-based nonprofit Energy Watch Group (EWG), was presented Wednesday at the Global Renewable Energy Solutions Showcase, a stand-alone event coinciding with the COP 23 climate talks in Bonn, Germany.

The authors said that the existing renewable energy potential and technologies coupled with storage can generate enough energy to meet the global electricity demand by 2050.

The researchers estimated that the switch will bring the total levelized cost of electricity on a global average down to €52 ($61) per megawatt-hour (including curtailment, storage and some grid costs) compared to €70 (82) megawatt-hour in 2015.

“A full decarbonization of the electricity system by 2050 is possible for lower system cost than today based on available technology,” said Christian Breyer, the lead author of the study.

“Energy transition is no longer a question of technical feasibility or economic viability, but of political will,” added Breyer, who is also a professor of Solar Economy at LUT and serves as chairman of EWG’s Scientific Board.

According to the study, solar power and battery storage are critical parts of the transition. Falling prices will also lead to widespread adoption of the technologies. The researchers predict that the globe’s electricity mix by 2050 will consist of solar photovoltaics (69 percent), wind energy (18 percent), hydropower (8 percent) and bioenergy (2 percent).

By following this path, greenhouse gas emissions in the electricity sector will come down to zero and drastically reduce total losses in power generation, the study found. Not only that, the renewable energy transition would create 36 million jobs by 2050, 17 million more than today.

“There is no reason to invest one more dollar in fossil or nuclear power production,” EWG president Hans-Josef Fell said. “Renewable energy provides cost-effective power supply. All plans for a further expansion of coal, nuclear, gas and oil have to be ceased. More investments need to be channeled in renewable energies and the necessary infrastructure for storage and grids. Everything else will lead to unnecessary costs and increasing global warming.”

This is the not the first time researchers have suggested that the planet’s road to 100 percent renewables is possible. Earlier this year, Stanford University professor Mark Jacobson and 26 co-authors published a study and created clean energy roadmaps for 139 individual countries. The chosen countries emit more than 99 percent of all carbon dioxide worldwide.

Source: ecowatch.com

Think Big Oil’s a Problem? “Big Meat” Emits More Greenhouse Gas Than Most Countries

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

The meat and dairy industry now produces more greenhouse gas emissions worldwide than the transportation industry. For a chance to stave off global warming, we need to radically change how we produce and consume meat.

The burger you ordered for lunch might actually be a bigger problem for the environment than the gas-powered car you drove to the restaurant.

While the world is combating the problem of “big oil” by transitioning to electric cars and renewable sources of energy, the carbon emissions of “big meat” — the companies producing the lion’s share of the world’s consumable meat — haven’t spurred the same kind of widespread action.

According to a recently published report from GRAIN, the Institute for Agriculture and Trade Policy (IATP), and Heinrich Böll Foundation, just three meat producers — JBS, Cargill, and Tyson — generated more greenhouse gases in 2016 than the entire nation of France. These emission levels rival those of Exxon, BP, and other major oil companies.

The combined emissions of the top 20 meat and dairy companies surpass those of Germany, the largest polluter in all of Europe, and if these companies were a nation, they would be seventh in the list of global greenhouse gas emitters.

Livestock production now accounts for almost 15 percent of the world’s greenhouse gas emissions. As Shefali Sharma, director of IATP’s European office, told Futurism: that’s even more than transportation, and the impact on our environment could be catastrophic.

“Without addressing this massive growth in industrial meat and dairy, we are headed towards global warming that is untenable for humans,” she said.

According to some experts, while buying an electric car instead of a gas-powered one may not be a life-changing event, converting to a completely meat- and dairy-free diet would be.

Thankfully, the entire world doesn’t need to go vegan to combat the environmental problems caused by “big meat.” However, individuals, companies, and governments will need to be ready to make some major changes.

“If we are serious about dramatically cutting down our global greenhouse gas emissions to levels that can sustain humanity, then we will have to radically shift the way we produce and consume meat,” said Sharma.

The people who eat the most meat and dairy live in rich countries or belong to the middle and upper classes in developing nations. They are actually hurting themselves by over consuming these products, causing an increase in rates of obesity and non-communicable diseases.

Switching to fake meat grown in labs could help sustainably satisfy the world’s appetite for meat, so long as it’s healthy and production isn’t monopolized by just a few large corporations, said Sharma.

Another way individuals can spur change is by contacting their government representatives, Sharma told Futurism. They can demand that these representatives support better regulation of “big meat,” fighting against the financial incentives and trade deals that help these companies expand.

Sharma also suggests people ask that public funds be redirected away from the meat and dairy industry and toward small producers, or seek out locally produced meat themselves. This will enable these producers to do more than break even on their costs, while consumers will benefit from good quality, healthy food that won’t destroy the environment.

A tax on meat similar to those on tobacco and sugar could help as well, though Sharma said it must be implemented in a way that targets corporate abuse by large producers and doesn’t hurt the poor or farmers.

Ultimately, change starts on the individual level, so unless you like your burger served with a side of environmental destruction, try looking for a diner that serves locally sourced beef for your next lunch.

Source: futurism

China Has an Ambitious Five-Year Plan to Convert Homes to Clean Heating

Photo-illustration: Pixabay
Photo-illustration: Pixabay

China has taken several steps this year to curb its greenhouse gas emissions. The nation has tested new electric vehicles, shut down coal-burning factories, and moved forward on plans for “sponge cities” designed specifically with climate change in mind.

However, the transition to clean energy has hit a major hurdle this winter, with natural gas supplies not meeting the heating demands of citizens in Northern China, where temperatures can reach sub-zero levels. Many individuals and businesses are now facing skyrocketing natural gas prices in the midst of what the South China Morning Post is calling a “deepening heating crisis.”

Gas companies like PetroChina and CNOOC have begun diverting millions of cubic meters of natural gas from southern regions to help address the current shortage in the north, which has led to scarcity in parts of Southern China, particularly the city of Changsha.

To combat the natural gas shortage, a statement from the Ministry of Environmental Protection gave officials in northern provinces the green light to return to burning coal if needed to keep citizens warm. However, the nation isn’t giving up on clean energy. In fact, it just unveiled a new five-year clean heating plan with an ambitious end goal.

Ten government agencies contributed to China’s clean heating plan, including the National Development and Reform Commission (NDRC) and the National Energy Administration. Its goal is to heat half of the homes and businesses in Northern China using clean energy by 2019. By 2021, that number will increase to more than 70 percent. Currently, only 34 percent of Northern China uses clean energy.

Overall, relatively few details were given regarding how China’s clean heating plan will actually work, but according to Reuters, the Securities Times is reporting that the government has made “concrete arrangements” regarding geothermal heating, biomass heating, solar heating, gas heating, electric heating, industrial waste heating, and clean coal-fired central heating.

If successful, China’s clean heating plan could decrease the amount of coal burned by the nation by 74 million tonnes (81 millions tons) by 2019 and 150 million tonnes (165 million tons) by 2021.

Some are skeptical that China will be able to follow its newly outlined five-year plan.

The nation is already in the midst of a crisis due to previous plans to cut coal usage. Additionally, Reuters reports the NDRC is already worried about meeting the energy consumption goals China shared in July. Those goals involved capping Beijing’s coal usage at five million tonnes by 2020. However, the city’s growing and successful economy could increase energy consumption, according to an NDRC statement.

If successful, the most obvious benefit of China’s latest clean energy plan is the reduction of gas emissions, which would help the world combat the problems of global warming and climate change. However, it would also serve as a powerful example for the rest of the world that a shift to renewable energy is possible, even for one of the nations that has traditionally led the world in emissions.

Ultimately, it all comes down to whether or not China can bring its ambitious plan to fruition.

Source: futurism

Innogy to Enter US Onshore Wind Market with 2GW Deal

Photo: Pixabay
Photo-illustration: Pixabay

German energy firm Innogy SE is making its first foray into the US wind power market, with a deal to buy a 2GW portfolio of onshore wind projects from EverPower Wind Holdings for an undisclosed sum.

Innogy has teamed up with private equity investor Terra Firma Capital Partners for the deal announced today, under which it will acquire more than 2GW of projects at various stages of development as the German firm eyes “long-term growth in the US”.

Hans Bünting, CEO of renewables at Innogy SE, said the US market was one of the firm’s key growth areas for renewables. “Establishing our subsidiary, Innogy Renewables US LLC, in 2016 was our first step to enter this market,” he said in a statement. “The acquisition of EverPower’s impressive pipeline is a logical step consistent with our commitment. We are very pleased to have made our first acquisition in the US. And this is just the beginning.”

The deal includes around 20 onshore wind projects across seven states – Ohio, Pennsylvania, Montana, New York, Maryland and Maine – and construction will start gradually, according to Andrew Young, CEO of Innogy’s US renewables business based in Pittsburgh.

“The project pipeline includes more than 500MW in advanced stages of development targeted to become operational by 2020 thanks to the hard work of the EverPower team, the backing of Terra Firma, and the assistance of innogy by Marathon Capital, LLC in this transaction,” Young said.

Subject to regulatory approval, the deal is expected to close in the second quarter of next year.

Innogy said it was also investigating project opportunities for offshore wind and solar in the US, and also plans to enter other markets for renewable generation such as Canada.

Source: businessgreen.com

New York Unveils Radical Plans to Decarbonise State Pension Funds

Photo-illustration: Pixabay
Photo-illustration: Pixabay

New York has yesterday unveiled major plans to divest the state’s public pension fund from “significant” fossil fuel investments as part of a plan to shift the investment of public money in action to tackle climate change.

The landmark move would ensure the New York State Common Retirement Fund (NYSCR) – which with $200bn in assets under management is the third largest in the US – would cease all new investment in significant fossil fuel-related activities.

Cuomo said he would set out more details in his 2018 State of the State address, but for the plan to take effect it will need the approval of state treasurer Tom DiNapoli.

Governor Cuomo also announced plans to work with DiNapoli to create an advisory committee of “financial, economic, scientific, business and workforce representatives”, who will create a decarbonisation roadmap detailing how the NYSCR’s funds could be used to accelerate climate action and support the clean tech economy.

Despite a major push for clean energy development in New York, the NYSCR is still heavily invested in fossil fuels, with holdings in more than 50 of the world’s most carbon intensive oil and gas companies. Investments include $1bn invested in oil giant Exxon Mobil alone.

“Moving the NYSCR away from fossil fuel investments will protect the retirement savings of New Yorkers,” Governor Cuomo said. “This proposal lays out a roadmap for New York’s $200bn Common Fund to take responsible steps to divest from its fossil fuel holdings, leading to a more secure retirement fund for countless New Yorkers while also helping to achieve the state’s clean energy goals.”

In a parallel move, the comptroller of New York City Andrew Stringer also yesterday announced plans to urge the trustees of the New York City pension fund to decarbonise the portfolios. Stringer said his proposal would include asking the trustees to consider stopping new investment in fossil fuels, divesting current holdings in fossil fuel companies, and boosting investment in clean energy.

“I will work with our trustees to review any and all proposals that will safeguard the pension funds,” Stringer said in a statement. “As Comptroller, I will continue in my fiduciary duty to protect the fiscal health of the City and the retirement security of our City workers and beneficiaries.”

Together the announcements cover investments worth $390bn, and round up a monumental fortnight for divestment campaigners.

Earlier this month the World Bank revealed ground-breaking plans to halt funding for upstream oil and gas projects from 2019, to bring its lending practices more closely in line with the goals of the Paris Agreement. On the same day, insurance giant AXA said it would quadruple its 2020 green investment target to €12bn ($14.3bn) by 2020 and increase its coal divestment fivefold to €2.4bn ($2.9bn), while Dutch bank ING said it would no longer finance clients in the energy sector that are more than five per cent reliant on coal fired power in their energy mix.

Meanwhile, this week UK pension authorities eased pension investment rules to allow Britain’s £2tr workplace pension schemes to dump their shares in oil, gas and coal companies more easily, in a move many expect will empower them to take bolder investment decisions to fight climate change.

And finally, just yesterday the French Parliament passed new legislation banning all oil and gas exploration in the country by 2040, the first nation in the world to do so. French President Emmanuel Macron said he was “very proud” of the move.

The moves all underscore the growing reputational, financial and operational risks governments and investors are associating with fossil fuel assets, and the increasing attractiveness of an economic strategy founded on low-carbon technology.

Source: businessgreen.com

California Poised to Hit 50% Renewable Target a Full Decade Ahead of Schedule

Photo: Pixabay
Photo-illustration: Pixabay

Every year, the California Energy Commission releases its Renewable Portfolio Standard (RPS) report, which gives details about the mix of energy experienced by all utilities within the state during the preceding 12 months. The report for this year, released in November, shows that all three of the state’s investor-owned utilities — Pacific Gas & Electric, Southern California Edison, and San Diego Gas & Electric — are projected to derive 50% of their electricity from renewable sources by 2020. That is a full decade ahead of schedule. PG&E reports it used 32.9% renewable energy in the past year. The figure for SoCal Edison was 28.2%. San Diego Gas & Electric led the pack with 43.2% renewable energy.

California’s governor Jerry Brown has been a tireless advocate for renewable energy but his predecessor, Arnold Schwarzenegger, was the first to make California’s renewable energy goals an official part of state policy in 2002. “We’ve got to realize that we are here today because of oil — oil and gas, to a lesser extent, coal,” Brown said when announcing the 50% renewable goal in 2015. At that time, he noted that California still produces more oil than any other US state except for Texas and North Dakota. “What has been the source of our prosperity has become the source of our ultimate destruction, if we don’t get off of it,” he added. That is a point that the current US administration seems incapable of recognizing.

When Schwarzenegger began the state’s renewable energy push, state Republicans screamed that it would strangle job growth and force electricity customers to pay higher utility bills. In fact, the opposite has occurred. California has created a boom in construction jobs in the solar and wind power sectors. The price of solar power has plunged from $136 per MWh in 2008 to $30 per MWh today. Wind power costs have fallen from $97 per MWh in 2007 to under $51 per MWh.

For those who say government shouldn’t stick its nose into business decisions — that would be everyone in the Trump administration, Fox News, and the 4,672 special interest groups funded by the fossil fuel industry — Brown has some thoughts. “People want to cast it as a choice between policy or technology as a solution but those should exist hand-in-hand. We would have never gotten renewable energy prices where they are today without really ambitious public policy. It shows the importance of bold goals,” Brown says.

“When you put a marker way out there and say, ‘We’re going to go achieve that, we’re going to write this down as a matter of policy and then go do it,’ you can accomplish an enormous amount. When you get it right, it’s this virtuous cycle where policy improves technology and that allows us to go for greater ambition without increasing prices and continuing to reduce unintended consequences.”

Now that the 50% goal is within reach, California is looking ahead to its next milestone — 80% renewables by 2050. “Once we get to about 50 percent, we’re going to start to run into new challenges — the second 50 percent will be trickier than the first 50 percent,” Brown notes. Part of the challenge will be balancing the grid using new technologies to avoid the need for fossil fueled “peaker plants” to provide additional electricity when demand is high.

Grid-scale battery storage is ideal for some situations but still too expensive for wide-scale use. “Storage is probably not the first option you want to talk about when you discuss grid integration just because batteries are still pretty expensive compared to other technologies,” Brown says. As an alternative, he recommends other strategies that may be more cost effective, such as pre-cooling buildings during times when there is low demand for electricity and increasing the interoperability of the grid.

“We have an interconnected grid, so I think it would have been foolish to say, ‘It all has to be done in California,’” Brown says. “One of the benefits of the grid is that we’re able to trade power — bring hydro down from the Northwest, bring wind in from Wyoming. These are all really good things. When you look at it, storage works, but it’s probably the last thing in the stack that we want to go to.”

Is 100% renewable power a possibility? Brown thinks it is, but that it’s not the most important thing to focus on. “I think of 100% as a bit of a red herring. If you want 100%, it should be 100% zero carbon electricity. Climate change is the existential threat and I don’t want to waste time arguing about what’s renewable or not. You have to get the carbon out of the energy system as quickly as possible.”

Statements like that make it clear that America has chosen the worst possible leader at the worst possible time. It is an open question how long progressive states like California will deem it in their best interest to support a union in which so many other states are intent on returning to the feudal practices of the Middle Ages.

Source: cleantechnica.com

Scotland promises 50 per cent clean energy by 2030 under first ever Energy Strategy

Foto: Pixabay
Photo-illustration: Pixabay

The Scottish government has unveiled sweeping new plans to scale up the use of renewable fuel in electricity, transport and heat across the country, under its first ever Energy Strategy.

The Strategy, released yesterday, sets a new target for at least 50 per cent of all Scotland’s heat, transport and electricity consumption to be supplied from renewable sources by 2030. It also targets a 30 per cent increase in energy productivity across the economy.

To drive progress towards these new targets, the Scottish government also revealed £80m in new investment in the energy sector – £60m for low-carbon innovation and £20m for energy investment – and confirmed plans for a publicly owned energy company.

Crucially meanwhile, it also promised to publish an Annual Energy Statement, setting out the country’s latest energy statistics, its progress against targets and key priorities, and an up-to-date assessment of how technological advances will impact the planned changes to the energy system.

“This strategy will guide decisions of the Scottish government over the coming decades,” Business, Energy and Innovation minister Paul Wheelhouse said in a statement. “We want to make sure, within the scope of our devolved powers, good stewardship of Scotland’s energy sector – something we have called the UK government to step up to for years.”

Scotland’s electricity supply is already largely decarbonised, with renewables meeting 54 per cent of its electricity needs in 2016. But the majority of the country’s energy demand for heating and transport is still met with fossil fuels, meaning just 18 per cent of Scotland’s final energy consumption comes from renewable energy sources.

Achieving the 50 per cent target for power, heating and transport will require the share of renewable electricity to rise from 54 per cent of Scotland’s consumption to more than 140 per cent, the Strategy notes, to help offset slower gains elsewhere. Of particular focus will be driving development of deep water offshore wind and lobbying the UK government to allow new onshore wind projects. Hitting the target also depends on the rapid rollout of electric vehicles running on clean power, and renewable heating technology account for 20 per cent of non-electrical heating demand, the Strategy adds.

There are signs shifts to cleaner fuels is already underway in Scotland beyond the power sector. Earlier this week the RAC Foundation released new data suggesting the use of electric vehicle charging points has surged by 43 per cent over the last 12 months. The number of electric cars and vans registered in Scotland has also grown from just over 4,000 to 6,284 over the last year, the charity noted.

However, although the strategy champions the potential of low-carbon energy, it is careful to also stress the importance of Scotland’s oil and gas sector. “Our oil and gas industry and heritage will remain the bedrock of our future energy system – supplying energy, but also expertise and skills to support our transition to a different, low carbon energy future,” Wheelhouse wrote in a foreword.

It also warns that UK-wide progress under the Clean Growth Strategy, as well as the final negotiating agreement under the Brexit process and the promises made in the Industrial Strategy, will impact its ability to achieve the goals.

“Reaching 50 per cent in 13 years will be challenging, particularly in more uncertain market conditions compared to those in the preceding decade, and due to the fact that not all the relevant policy levers are devolved to the Scottish government,” the report admits. “But the target demonstrates the Scottish government’s commitment to a low carbon energy system and to the continued growth of the renewable energy sector in Scotland. It also underlines our belief in the sector’s ability to build on its huge achievements and progress thus far.”

The new strategy is ambitious in its scope and targets, but much of its success will depend on how effectively it manages to convert ministers in Westminster to its cause. After all, it is UK-wide policy that controls much of the decision-making around large scale renewables developments, while it is an Industrial Strategy drawn up in Westminster that will provide the blueprint for solving much of the infrastructure challenges, from EV charging to low-carbon heating, facing the country. The Energy Strategy is a bold statement of intent, but it’s a journey Scotland may find tricky to complete without the rest of the UK by its side.

Source: businessgreen.com

Dutch Government Confirms Zero-Subsidy Wind Farm Will Go Ahead

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The Dutch government’s decision to hold the first zero-subsidy auction for offshore wind has paid off, with the government announcing yesterday that bidders have come forward and the site will be developed without state support.

Last week Swedish utility Vattenfall revealed it had put in an offer to the auction, which is seeking to find developers for 700MW of offshore wind capacity off the Netherlands southwest coast.

This was followed by confirmation from the Dutch government that the Hollandse Kust (zuid) Wind Farm Sites I and II will be built without any subsidy, after the auction closed to bidders yesterday.

Auction winners will be chosen over the next few months, with a view to getting the wind farm up and running by 2022, supplying one million households with clean electricity. The winner will receive a permit to develop the site, but no state subsidy.

“This is wonderful news for the energy transition process,” Dutch minister for economic affairs and climate policy Eric Wiebes said in a statement. “If these applications do indeed result in an offshore wind farm being constructed without any subsidy, it will be a huge breakthrough. This development also shows that we can keep down the costs for the energy transition if we address these issues intelligently and if the market and government work well together.”

The Dutch authorities changed the rules of the auction after renewable developers offered to build offshore wind farms at market prices in Germany earlier this year.

Source: businessgreen.com

Arctic Experienced 2nd Warmest Year & Lowest Winter Sea Ice Extent On Record In 2017

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The Arctic region experienced its second-warmest year (by air temperature) and its lowest winter sea ice extent on record in 2017, according to the 12th edition of NOAA’s Arctic Report Card.

The peer-reviewed report — comprising the work of 85 different researchers from 12 different countries — also revealed that the Arctic is continuing to warm at a rate roughly or greater than twice that of most of the rest of the world.

The only year where land temperatures in the region were hotter than in 2017 was 2016 — air temperatures in the region were on average a good 2.9° Fahrenheit (1.6° Celsius) higher during 2017 than the 1981–2010 average for the region.

The region also experienced its lowest ever (since modern record keeping began, that is) winter sea ice extent — with the maximum during March 2017 being substantially more limited than during any years on record. 2017’s maximum sea ice extent represents the 8th lowest on record — with almost all of those ahead of 2017 being post-2000 years.

Overlapping all of that, Arctic sea ice is continuing to get thinner and younger by the year — with multi-year sea ice now representing just 21% of total extent, down from 45% in 1985.

Sea surface temperatures are continuing to rise rapidly as well — with August 2017 sea surface temperature averages in the Barents and Chukchi seas being 7.2° Fahrenheit (4° Celsius) above the long-term average. The surface waters of the Chukchi Sea have actually increased in temperature by around 1.26° Fahrenheit (0.7° Celsius) per decade since 1982.

The press release details a couple of other interesting data points:

— Arctic ocean plankton blooms increasing. Springtime melting and retreating sea ice which allows sunlight to reach the upper layers of the ocean, continues to stimulate increased chlorophyll as measured by satellite, which indicates more marine plant growth across the Arctic. This increase has occurred since measurements began in 2003.

— Greener tundra. Overall vegetation, including plants getting bigger and leafier, and shrubs and trees taking over grassland or tundra, increased across the Arctic in 2015 and 2016, as measured by satellite. The greatest increases over the last 3 decades are occurring on the North Slope of Alaska, Canada’s tundra, and Taimyr Peninsula of Siberia. The annual report on vegetation is based largely on data from sensors aboard NOAA weather satellites.

— Snow cover up in Asia, down in North America. For the 11th year in the past 12, snow cover in the North American Arctic was below average, with communities experiencing earlier snow melt. The Eurasian part of the Arctic saw above average snow cover extent in 2017, the first time that’s happened since 2005.

— Less melt on Greenland Ice Sheet. Melting began early on the Greenland Ice Sheet in 2017, but slowed during a cooler summer, resulting in below-average melting when compared to the previous 9 years. Overall, the Greenland Ice Sheet, a major contributor to sea level rise, continued to lose mass this past year, as it has since 2002 when measurements began.

“The rapid and dramatic changes we continue to see in the Arctic present major challenges and opportunities,” stated retired Navy Rear Admiral Timothy Gallaudet, the acting NOAA administrator. “This year’s Arctic Report Card is a powerful argument for why we need long-term sustained Arctic observations to support the decisions that we will need to make to improve the economic well-being for Arctic communities, national security, environmental health, and food security.”

Major challenges and opportunities? I guess at this point it’s no mystery — every country from the US, to Norway, to Russia, to Denmark, to Canada, to China is gearing up to compete for Arctic resources as the climate continues warming. Such resources should probably remain undeveloped — if extreme anthropogenic climate warming and weirding is to be avoided, then they will essentially have to be, that is.

Since I’ve already written a rather long article on the subject, I’ll keep it fairly brief here — even after the Arctic region warms substantially, it will not be well suited to human habitation. To put that another way, the sorts of population numbers that the Arctic region will be able to support after warming will be very limited — perhaps even lower than they are now as the result of fisheries possibly collapsing and the disappearance of high-calorie game (seals, caribou, etc.)

The “soil” of the region is largely non-existent, and what does exist is quite poorly suited to agriculture. It’s not simply a matter of populations moving northwards as the tropics warm and bringing their lifestyles with them — the Arctic is a fundamentally different place. It’s not simply a matter of the temperatures being somewhat lower there.

Source: cleantechnica.com

Hope for Domestic Automotive Industry

Foto: AQOS Technologies
Photo: AQOS Technologies

Company AQOS Technologies gives us faith in the possibility of developing the car industry in Serbia after years of silence in this industrial branch 

In order to present to our readers innovative solutions from AQOS Technologies, implemented in the current prototype model AQOS and find out when will their long-term research turn into a means of transport, that we will often see on the streets, we talked to Mr Saša Milovančević, the founder of the company, a graduate architect, affiliated designer and constructor in automotive industry.

We are witnessing that at this moment, “green” cars represent a world trend and that the largest automotive companies have made significant efforts in the research and development of electric and hybrid vehicles in recent years. During his rich career, Saša Milovančević had the opportunity to work very successfully with some of the most important companies in the automotive industry.

As an initial motive for the creation of a new brand, Milovančević cited the need to redefine the entry approach to the development of a new automobile brand that has the ability to respond to the challenges of the modern era. So far, AQOS has presented prototypes of more than ten modern cars, which have already become recognizable among high-performance vehicles.

The idea of projects that AQOS Technologies develop is the platform for the integration of scientific, technological and technical research, which is corroborated by the cooperation and support of numerous educational and research institutions such as Faculty of Mechanical Engineering, Faculty of Technology and Metallurgy and Vinča Institute.

– With no intention of compromising the idea of coupling electric cars with ecology, electric cars have advantages over classical, even when the environmental impact is excluded. AQOS, as a brand, has undertaken research on all limitary issues. Contemporary design and technical solutions, combined with environmental awareness and the technologies that accompany all these, definitely represent the distinction that distinguishes AQOS from other brands. Although diversity is not a prerequisite for success, it is enough just to be better for the same subject– Milovančević was clear.

In the past decades, insufficiently explored options for the use of solar panels on cars have left room for tolerance in terms of aesthetics and functionality. The concept of an alternative-powered vehicle, such as an electric one, usually included massive batteries. When asked what had to be balanced during the development of the AQOS models and whether they were forced to give up on some aspects for better performance, Saša Milovančević answered sharply – We did not have to, we are AQOS!

– Of course, we cannot talk about all the technologies at this stage for obvious reasons, but in the first place, the use of nanotube-enriched composites and highly sensitive solar cell functional even with poor light are topical. But the least tested and strongest technology we use is the will to take the process all the way to the end, Milovančević told us.

Bearing in mind the current state of the road infrastructure for electric vehicles in the Republic of Serbia, we were interested in the team’s assessment of the possibility of placing AQOS cars on the domestic and foreign market.

– The car is a global product and as such, it cannot be treated locally in any sense. As far as the assembly of the cars themselves, our intention is to do that in Serbia, but whether this will be achieved depends on many factors that we cannot influence to the full extent – Mr. Milovančević is clear.

While AQOS works hard on the development of solar foils that are adaptable and integrated to the design of the vehicle, we hope that this domestic brand will be recognized as one of the main players in the new automotive revolution.

AQOS Technologies

Established in Belgrade in the beginning of the current decade, AQOS has focused on research in all aspects of car development. Experienced experts in the field of design, architecture, technology, materials and other engineering sciences participate in the creation of vehicle prototypes under the auspices of AQOS, and this company consists of domestic and foreign experts from Great Britain, Germany, and Italy.

Prepared by: Marija Nešović

 

This content was originally published in the eighth issue of the Energy Portal Bulletin, named ECOMOBILITY.

France Bans All Fossil Fuel Extraction & Fracking

Foto: Pixabay
Photo-illustration: Pixabay

This is a story that leaves people scratching their heads. The French parliament has passed a new law banning fossil fuel extraction within its borders, or in any of its territories, by 2040. That includes fracking or any other forms of shale gas extraction. The new legislation is in line with president Macron’s stated goal of making France a leader in the switch to renewable energy. The oddity here is that France imports 99% of its fossil fuel requirements. The total produced within the nation and its territories amounts to just over 800,000 tons annually — about the same amount Saudi Arabia produces in a matter of hours.

The new law will most directly affect fossil fuel exploration in Guyana, a French territory in South America.

France has previously announced its intention to shutter up to 17 nuclear power plants by 2025, which provide the nation with most of its zero-emissions electricity. However, the aim is to replace that with renewables, not pollution producers.

No new permits will be granted to extract fossil fuels and no existing licences will be renewed beyond 2040, when all production in mainland France and its overseas territories will stop, reports The Guardian. Delphine Batho, a member of parliament, says she hopes the ban will be “contagious” and inspire other countries to follow suit. France has already announced that it intends to ban the sale of new cars powered by internal combustion engines by the year 2040.

The news is not begin greeted with rapturous joy by environmental groups in France, however. Apparently, the country has many signed contracts for oil and gas extraction that predate the new ban.

Abrogating those legal obligations could subject it to substantial financial penalties. “There are at least 55 exploration licenses that were previously approved and will likely be extended, and 132 extraction permits awaiting approval,” said Juliette Renaud, a fossil fuel industry expert with Friends of the Earth. “If we continue to exploit conventional hydrocarbons, it will be impossible to keep global temperatures from rising above 2° C.”

Even if the new law is mostly symbolic, it is an important step forward, especially at a time when the United States is committed to reinvigorating its moribund coal industry. The way is now wide open for other nations like China and France to take the lead in transitioning to renewable energy.

Source: cleantechnica.com