Leaf EU http://leaf-eu.org/ Sat, 12 Jun 2021 03:21:43 +0000 en-US hourly 1 https://wordpress.org/?v=5.7.2 http://leaf-eu.org/wp-content/uploads/2021/05/leaf-eu-icon-150x150.png Leaf EU http://leaf-eu.org/ 32 32 Power walks one IndyCar workout in Detroit http://leaf-eu.org/power-walks-one-indycar-workout-in-detroit/ Fri, 11 Jun 2021 23:02:04 +0000 http://leaf-eu.org/power-walks-one-indycar-workout-in-detroit/

In ambient temperatures near 90 degrees, on a scorching track near 120 ° F, and in the midst of high humidity, the weekend’s only practice session for the NTT IndyCar Series began Friday at 5 p.m. ET and when completed, the team’s willpower Penske was at its peak.

The No.12 Chevy rider took P1 on the last lap (1m17.2768s) on the faster Firestone red striped tires, replacing Sébastien Bourdais of AJ Foyt Racing, whose No.14 Chevy finished second ( + 0.1523s) 75 minute exit. Pato O’Ward of Arrow McLaren SP made it a Chevy 1-2-3 with entry # 5 (+ 0.02375s), and behind them a group of three Honda led by Scott Dixon in machine no No.9 Chip Ganassi Racing (0.3410s), Alexander Rossi of Andretti Autosport in No.27 (+ 0.3819s) and his teammate Colton Herta in No.26 (+ 0.5353s) complete the top six.

“It’s very hot out there,” Power said. “The car is in a very good window. Glad to check it out at the end.

The session lasted 15 minutes before the first incidents caused a red flag. Jimmie Johnson’s harmless spin was the least of the # 48 Honda CGR’s concerns as Penske’s Scott McLaughlin, with five laps of experience accumulated, crashed his nose first into the tire barrier and smashed his front right suspension. Done for the day, he would finish Johnson’s P24 to P25.

As the teams resumed operations after a 10-minute clean-up, the focus was on race setups until around the last 12 minutes, when the sturdier Firestone primary tires were traded in for reds. With the lap times plummeting, impressive displays of car control were presented as most drivers caught and handled many slips on their fastest laps. A handful of others – before and during their qualifying simulations – had an immense chance to escape damage as a litany of U-turns were recorded throughout the session.



Fastest pilot: Will Power, 1m17,2768s

Slowest driver: Jimmie Johnson, 1m22.7353s

Most laps completed: 32, Rinus VeeKay

Notable mentions:

  • The top three were outliers within their teams. Power was P1 with Team Penske’s next closest teammate being Josef Newgarden in P8. Bourdais was P2 with Dalton Kellett in P23, and O’Ward was P3 with Felix Rosenqvist in P14.
  • Andretti Autosport was solid throughout the session with Rossi (P5), Herta (P6), Ryan Hunter-Reay (P10) and James Hinchcliffe (P11) all well placed in the first half of the field.
  • Same note for Ganassi with Dixon (P4) and Marcus Ericsson (P7), but championship leader Alex Palou was adrift (P15).
  • Disappointing start to the race for the Indy 500 winners Meyer Shank Racing with Jack Harvey (P21).
  • Ed Carpenter Racing had divergent results in the session with Rinus VeeKay (P9) and Conor Daly (P17) at opposite ends.
  • Romain Grosjean did a commendable job discovering Belle Isle (P13) while his Dale Coyne Racing teammate Ed Jones (P20) was looking for more speed.
  • Penske Simon Pagenaud was far from his teammates (P19) and will have to make a statement on Saturday if he wants to retain third place in the championship.

Next Stop: Race 1 Qualifying, 11 a.m. ET, on Peacock


The peloton completed their laps and came back to sit for about five minutes until Romain Grosjean and Max Chilton came out.

Jimmie Johnson did a 180 degree spin out of Turn 3 and in the same lap Scott McLaughlin swung his car into Turn 5 and together they raised a red flag as the session ended at 60 minutes. Johnson was fired again and sent on his way out as McLaughlin got out of the car and watched the security team take a few minutes to free the car and tow it to the paddock with the right front suspension dangling from the chassis . Visibly frustrated, the New Zealander finished the day after setting the fastest lap of the session when he fell (1m21,1254s).

Almost 10 minutes were lost to clear the cars, and with 50 minutes from the finish, practice resumed with Grosjean taking the P1 (1m20.8938s). After 10 minutes, Alexander Rossi was the new owner of P1 (1m18.4130s), followed by his teammate Ryan Hunter-Reay (1m18.4314s), Takuma Sato (1m18.5983s), Sébastien Bourdais (1m18.6185s) and Willpower (1m18.8362s).

Hunter-Reay moved to P1 (1m18.3745s) moments later, and Pato O’Ward moved to P4 (1m18.4341s). O’Ward’s next lap, 37 minutes from time, was good on the side and good enough for P1 (1.18.1155s).

At 25 minutes from the end of the session, O’Ward remained P1, Colton Herta was P2 (1m18,1834s), Hunter-Reay was P3, Rossi was P4, Power was P5, Sato was P6 and Scott Dixon was P7 ( 1m18.6017s). Grosjean also had the chance to do a 180 degree spin on turn 3 and start off on his own.

After 15 minutes on the clock, Rinus VeeKay jumped to P2 (1m18,1459s). Dixon improved in P3 and Bourdais followed in P4. Herta took first place on Firestone’s primary tires (1m18.0746s) as most of the participants switched to faster red tires to perform qualifying simulations.

Power, also on the primaries, passed briefly to P1 before Rossi, on the reds, moved to P1 (1m17.6587s). With seven minutes remaining, Bourdais took P1 (1m17.4291s) while O’Ward improved to P2 (1m17.5143s). Dixon was up to P3 in the final minutes as VeeKay flew over the outside curb and grass at Turn 1.

With less than a minute to go, Hinchcliffe was the last and last to perform 180 degree spins without contacting, this time between turns 12 and 13. Power moved to P1 on the last lap to replace the thunder of Bourdais.

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Hot weather, low production of lifting gas by the wind; prices remain a risk http://leaf-eu.org/hot-weather-low-production-of-lifting-gas-by-the-wind-prices-remain-a-risk/ Fri, 11 Jun 2021 22:00:00 +0000 http://leaf-eu.org/hot-weather-low-production-of-lifting-gas-by-the-wind-prices-remain-a-risk/

Strong points

Producer demand sets record in early June at 39.6 Bcf / d

Wind production in SPP, the MISO drops sharply this month

Henry Hub’s $ 3 gas price dampens summer outlook

Warm early summer weather and declining wind generation pushed gas-fired electricity use in the United States to seasonal highs this month, but rising gas prices threaten to dampen the recovery .

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On June 9, total producer demand exceeded 39.6 Bcf / d, marking a record demand in late spring before the official start of summer on June 20, according to data from S&P Global Platts Analytics.

This month’s record came as population-weighted temperatures along the East Coast, Southeast and Texas surpassed 80 degrees Fahrenheit, causing an electrical cooling wave.

However, electricity consumption in June outperformed, even on a temperature-adjusted basis.

On June 9, the population-weighted temperature in the United States was around 77 F – a high temperature, but not atypical, for early June. Last year, and in previous summer seasons, similar temperatures resulted in significantly lower demand for gas from generators.

Wind power

Beyond the warm temperatures this month, declining wind generation also appears to be a contributing factor to the recent recovery in gas-fired electricity. In the Southwest Power Pool and the Midwest Independent System Operator, gas gained market share this month as wind generation declined.

In SPP, wind generation fell to an average of 185,500 MWh in June, from around 260,600 MWh in May. The gas market share during this period has climbed to nearly 25% this month, from around 19% last month, according to ISO data.

At MISO, wind generation also declined in June, averaging around 137,300 MWh since the start of the month, compared to an average of 168,000 MWh in May. As a result, the gas market share in MISO is also on the rise, reaching around 33% this month from an average of 28% last month, according to MISO data.

Burn prospects

Despite the recent one-day high, energy use this month remains slightly below its level of a year ago.

Across the United States, burns are averaging about 35.4 Bcf / d this month, compared to levels closer to 35.7 Bcf / d since the start of last June. Over the next two weeks, rising temperatures are expected to bring this month’s average to around 36 Gcf / d – potentially above 35.2 Gcf / d in the first three weeks of June 2020, according to data from Platts Analytics.

Higher gas prices this year compared to last could dampen generator demand this month and potentially the remainder of the summer season. For much of the first quarter, rising gas prices were likely responsible for the decrease in burns this year compared to those recorded in the first quarter of 2020.

So far this year, U.S. gas Henry Hub has traded at an average of $ 3.11 / MMBtu – pulled higher in part by a brief run of record-breaking settlement prices in mid-February. In comparison, over the same roughly six-month period last year, the benchmark price was on average only $ 1.79 / MMBtu.

In SPP, MISO, PJM and ERCOT, a wave of economically motivated fuel switching has reduced gas market share this year as many producers switch to low-cost coal production, according to ISO data.

The hot weather this summer could be a partial offsetting factor, potentially increasing the total use of generating capacity as the demand for electric cooling increases. According to the most recent seasonal forecast from the National Weather Service, temperatures in almost all parts of the United States face a 33% risk, up to 60%, of staying above average in June, July. and August.

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IREDA launches a call for tenders for the installation of solar manufacturing units within the framework of the PLI program, Energy News, ET EnergyWorld http://leaf-eu.org/ireda-launches-a-call-for-tenders-for-the-installation-of-solar-manufacturing-units-within-the-framework-of-the-pli-program-energy-news-et-energyworld/ Fri, 11 Jun 2021 19:40:00 +0000 http://leaf-eu.org/ireda-launches-a-call-for-tenders-for-the-installation-of-solar-manufacturing-units-within-the-framework-of-the-pli-program-energy-news-et-energyworld/

The state-owned Indian Renewable Energy Development Agency (IREDA) has issued a tender to solar module manufacturers for the establishment of solar manufacturing units under the incentive program linked to the Center’s production (PLI) of 4,500 crores. The MNRE has appointed IREDA as the executing agency of the system. The Union cabinet had approved a 4,500 crore rupee program to boost domestic manufacture of solar photovoltaic (PV) modules.

The deadline for submitting applications is June 30. The selection process for successful bidders must be completed by July 30th.

“IREDA, a PSU under the Ministry of New and Renewable Energies (MNRE), has issued a call for tenders to solar module manufacturers to set up solar manufacturing units under the 4,500 crore PLI program central government, ”said a Ministry of New and Renewable Energy (MNRE) said the statement.

IREDA launched the call for applications on May 25 on its website and the electronic application process was launched on May 31.

Applicants are required to set up a fallow or virgin land manufacturing plant for the full capacity allocated under the scheme.

Applicants are not allowed to set up a mix of brownfield facilities and new facilities as part of the program.

The manufacturing capacity / unit, for which the required capital goods have been imported before the last bid submission date, will not be eligible for participation under this PLI program.

The minimum capacity of the manufacturing unit to be installed must be 1000 megawatts. The LIP will be paid to successful applicants each year for a period of five years.

The addition of solar capacity currently depends largely on imported photovoltaic solar cells and modules, as the domestic industry has limited operational capacities of solar photovoltaic cells and modules, the MNRE said.

The national program on high efficiency photovoltaic solar modules will reduce dependence on imports in a strategic sector like electricity and thus strengthen the “Aatmanirbhar Bharat” initiative, he added.

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This is what young people want to see from the G7 summit http://leaf-eu.org/this-is-what-young-people-want-to-see-from-the-g7-summit/ Fri, 11 Jun 2021 11:23:13 +0000 http://leaf-eu.org/this-is-what-young-people-want-to-see-from-the-g7-summit/

The G7 summit begins this Friday, and it looks like it’s already gone – literally – off to a good start, albeit not in the way we were hoping. Prime Minister Boris Johnson chose to fly to Cornwall (a location chosen because it is considered central to the UK’s green energy sector) by private jet, despite aviation being 2 , 5% of CO2 emissions. This is a good indicator of how the summit will inevitably unfold.

Made up of the world’s seven largest “advanced” economies, the G7 is an organization that regularly holds meetings, concludes agreements and issues joint statements on global affairs. Although they grew richer over the decades with the resources acquired through the colonial empire, the G7 countries were concerned only with their own interests, denying a seat at the table to the most colonized and previously colonized nations. affected by their decisions.

While many G7 constituents have repeatedly used their veto power to block idiosyncratic climate disaster treaties, it seems inevitable that the G7 will use this summit again to promote high carbon ‘free trade’. while using the language of saving the planet.

This exclusion behavior is reproduced at the G7’s own decision table. Only one of the leaders in attendance will be a woman at a summit that will determine how the world responds to the ongoing climate and ecological emergency, even though 80% of those displaced by climate change are women.

In addition, women are 14 times more likely than men to die from natural disasters. To make matters worse, Cop26’s management team has only three women, compared to nine men; establishing a clear imbalance between the sexes. It is clear that those most affected by the climate crisis are systematically excluded from all levels of the decision-making process, and without those on the front line having agencies, resources and self-determination, the statu that rich countries represent their outcome. responsibility will continue inexorably.

In recent days, the Prime Minister’s words urging the G7 to adopt a “Marshall Plan on the climate” might seem to offer a glimmer of hope for the massive global changes needed to mitigate the worst impacts of the climate catastrophe. Still, the image below the surface is less than inspiring. As the Bank of England expands its quantitative easing program on an unprecedented scale, banks such as HSBC and Barclays continue to use that liquidity to fund new fossil fuel projects, forming a wrecking ball for the Goals. climate and well-being in countries where such infrastructure is built.

A recent Greenpeace report found that with its bloated financial sector, the City of London’s contribution to global warming would be the 9th largest in the world; was it a country. To have any chance of avoiding the course, the robust mutualism and destructive power of big business and fossil capital must be quickly removed.

Despite the UK government’s perpetual tendency to follow green platitudes with regressive acts, there is another path they could chart. The Treasury is expected to unleash the full potential of the Bank of England, attaching real conditions to its asset purchase to end government support for fossil finance banks. Instead, the money should flow into a state-controlled green investment bank, to bring the much-needed funds to regions and sectors across the UK damaged by neglect and deindustrialization. .

The UK can start a global green revolution, by restructuring the UK export finance facility to pay off our colonial debt instead of building a new coal mine in Mozambique. In partnership with the most powerful economies in the world, the G7 could face this emergency with ambition and imagination; building a global green development center, where the richest countries donate research and materials to sustainably raise the standard of living of the world’s poorest.

Britain approaches this summit in the untenable position of being determined to present itself as a world leader on climate, while willingly endorsing the worst of its impacts. That’s why young climate activists from across the UK gathered in Cornwall to show these world leaders that their climate destruction will not come without protest.

What we are asking for is simple; it is the cancellation of global debt in place of the UK’s decision to cut development aid, it provides green technology like the infrastructure that Cornwall is famous for producing to so-called “countries”. Global South ”so that we can ensure a just transition for all instead of harnessing the resources of these nations for our own green technology, this is public ownership of utilities and it is a matter of climate justice; not mediocre, western-centric climate action.

The choice at this summit is simple: it’s a choice between fueling corporate monopolies or saving the planet, and the two are most certainly mutually exclusive. Young people may not be at the decision-making table, but our presence in Cornwall and around the world will not go unnoticed as we continue to stand up for people and the planet.

While this summit will certainly be a disappointment, the prospect of a global green economy is not so far-fetched when you consider the number of people advocating for social and climate justice. After all, democracy means ‘power of the people’, not polluting power, and the people want a new green deal for all.

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Vehicle Electrification Market Research Report by Product, http://leaf-eu.org/vehicle-electrification-market-research-report-by-product/ Fri, 11 Jun 2021 10:34:11 +0000 http://leaf-eu.org/vehicle-electrification-market-research-report-by-product/

New York, June 11, 2021 (GLOBE NEWSWIRE) – Reportlinker.com announces the publication of the report “Vehicle Electrification Market Research Report by Product, by Hybridization, by Region – Global Forecast to 2026 – Cumulative Impact of COVID-19” – https: //www.reportlinker.com/p06088727/?utm_source=GNW

The global vehicle electrification market size was estimated at $ 69.94 billion in 2020 and is expected to reach $ 76.94 billion in 2021, at a compound annual growth rate (CAGR) of 10.34% from 2020 to 2026 to reach USD 126.27 billion by 2026.

Market Statistics:
The report provides market size and forecast in five major currencies – USD, EUR GBP, JPY and AUD. It helps organizational leaders make better decisions when currency data is readily available. In this report, the years 2018 and 2019 are considered as historical years, 2020 as the base year, 2021 as the estimated year and the years 2022 to 2026 are considered as the forecast period.

Market segmentation and coverage:
This research report categorizes vehicle electrification to forecast revenue and analyze trends in each of the following submarkets:

On the basis of the product, the vehicle electrification market has been studied through the actuator, electric power steering, built-in starter generator, PTC liquid heater, start or stop system and the starter and alternator.

Based on hybridization, the vehicle electrification market has been studied for battery electric vehicles, hybrid electric vehicles, internal combustion engines and plug-in hybrid electric vehicles.

On the basis of geography, the vehicle electrification market has been studied in America, Asia-Pacific and Europe, Middle East and Africa. The Americas are further explored in Argentina, Brazil, Canada, Mexico, and the United States. Asia-Pacific is further explored in China, India, Indonesia, Japan, Malaysia, Philippines, South Korea and Thailand. Europe, Middle East and Africa are also studied in France, Germany, Italy, Netherlands, Qatar, Russia, Saudi Arabia, South Africa, Spain, Arab Emirates United and the United Kingdom.

Cumulative impact of COVID-19:
COVID-19 is an incomparable global public health emergency that has affected nearly every industry, and the long-term effects are expected to impact the growth of the industry during the forecast period. Our ongoing research amplifies our research framework to ensure the inclusion of the underlying issues of COVID-19 and potential pathways to follow. The report provides insights on COVID-19 considering changes in consumer behavior and demand, purchasing patterns, supply chain diversion, dynamics of current market forces and significant government interventions . The updated study provides information, analysis, estimates and forecasts, considering the impact of COVID-19 on the market.

Competitive strategic window:
The Competitive Strategy Window analyzes the competitive landscape in terms of markets, applications and geographies to help the vendor define an alignment or fit between their capabilities and opportunities for future growth prospects. It describes the optimal or favorable fit for suppliers to adopt successive strategies of merger and acquisition, geographic expansion, research and development, and new product introduction strategies to continue the expansion and growth of the business during a forecast period.

FPNV positioning matrix:
The FPNV Positioning Matrix assesses and ranks suppliers in the vehicle electrification market based on business strategy (company growth, industry coverage, financial viability, and channel support) and customer satisfaction. product (value for money, ease of use, product features and customer support) that helps businesses make better decisions and better understand the competitive landscape.

Market share analysis:
The market share analysis offers the analysis of the suppliers considering their contribution to the overall market. It provides the idea of ​​its revenue generation in the overall market compared to other space providers. It provides insight into the performance of vendors in terms of revenue generation and customer base compared to others. Knowing the market share gives an idea of ​​the size and competitiveness of the suppliers for the base year. It reveals the characteristics of the market in terms of traits of accumulation, fragmentation, dominance and fusion.

Company usability profiles:
The report deeply explores the significant recent developments of leading vendors and innovation profiles in the global vehicle electrification market including Aisin Corporation, Aptiv PLC, Borgwarner Inc., Continental AG, Daimler AG, Dana Incorporated, Denso Corporation , DornerWorks, Ltd., Ford Motor Company, General Motors, Hitachi, Ltd., Jaguar Land Rover Limited, Johnson Electric Holdings Ltd., JTEKT Corporation, JTEKT Corporation, Magna International Inc., MAHLE GmbH, Mitsubishi Electric Corporation, Nexteer Automotive, POCLAIN HYDRAULICS, Robert Bosch GmbH, Schaeffler Technologies AG & Co. KG, TowGo, LLC, Volkswagen AG and ZF Friedrichshafen AG.

The report provides information on the following pointers:
1. Market penetration: provides comprehensive information on the market offered by the major players
2. Market Development: Provides detailed information on lucrative emerging markets and analyzes penetration into mature market segments.
3. Market diversification: provides detailed information on new product launches, untapped geographies, recent developments and investments
4. Competitive Assessment and Intelligence: Provides a comprehensive assessment of market shares, strategies, products, certification, regulatory approvals, patent landscape and manufacturing capabilities of key players
5. Product Development and Innovation: Provides intelligent information on future technologies, R&D activities and breakthrough product developments

The report answers questions such as:
1. What is the market size and forecast for the global automotive electrification market?
2. What are the inhibitory factors and impact of COVID-19 shaping the global vehicle electrification market during the forecast period?
3. What are the products / segments / applications / areas to invest in during the forecast period in the global automotive electrification market?
4. What is the competitive strategic window for opportunities in the global vehicle electrification market?
5. What are the technological trends and regulatory frameworks in the global vehicle electrification market?
6. What is the market share of the major vendors in the global vehicle electrification market?
7. What strategic fashions and movements are considered appropriate for entering the global vehicle electrification market?
Read the full report: https://www.reportlinker.com/p06088727/?utm_source=GNW

About Reportlinker
ReportLinker is an award winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need – instantly, in one place.



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The near-term outlook for energy stocks is not that good: equity strategist http://leaf-eu.org/the-near-term-outlook-for-energy-stocks-is-not-that-good-equity-strategist/ Fri, 11 Jun 2021 04:40:00 +0000 http://leaf-eu.org/the-near-term-outlook-for-energy-stocks-is-not-that-good-equity-strategist/

From a demand outlook perspective, the near-term outlook for energy stocks is not so good, says Sunil Tirumalai, strategist, UBS Securities. Edited excerpts:

How do you see the overall market configuration now? Do you think there is a sense of relief in the market now that the second wave of the pandemic is gradually behind us and we will likely see a strong recovery in investment?
The feeling of relief probably came around the middle of the second wave itself. Our 12 month Nifty target is around 15,500 so we clearly see a downside to where we are today.

Capex is one of the stories that you generally need to be careful and selective about in terms of which sectors you want to play when valuations are stretched. We have advised investors to look to private banks, even though bank stocks have risen above their historical premium over the market. Some car and power supply names sound interesting.

What sole proprietorship are you looking for in the financial space?
I would like to play the best 3-4 private banks and. If you look at a stock in isolation today, it looks expensive compared to its history. But you have to look at where the ratings are relative to Nifty and where they were in the past. Most of these private banks are still around 10-12% off.

How do you see the electricity sector? This sector has been in turmoil lately. Do you think this is a flash in the pan or that there is merit in the story?
The immediate outlook for growth and demand may not be so strong. Interest rates have bottomed out and you might start to see bond market interest rates rise. These sectors would generally perform better. The type of PE compression that occurs for these actions should be much lower than what you would see for other actions. Our view of the house is for a gradual increase in rates overall, but I think stocks like

should probably do better if rates start to rise. Otherwise, from a demand outlook perspective, the short term is not so good.

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How green bottlenecks threaten the clean energy sector http://leaf-eu.org/how-green-bottlenecks-threaten-the-clean-energy-sector/ Thu, 10 Jun 2021 16:39:21 +0000 http://leaf-eu.org/how-green-bottlenecks-threaten-the-clean-energy-sector/

ATHE WORLD the economy is waking up, shortages and price spikes are affecting everything from the supply of Taiwanese crisps to the cost of a French breakfast. As we explain this week, one type of bottleneck deserves special attention: supply issues, such as scarcity of metals and land constraints, which threaten to slow the green energy boom. Far from being transitory, these bottlenecks risk becoming a recurring feature of the global economy for years to come as the shift to a cleaner energy system is still in its infancy. Governments must respond to these market signals, facilitating a huge private sector investment boom over the next decade, which increases capacity. If they don’t, they are unlikely to deliver on their promises to achieve “net zero” emissions.

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Scientists and activists have worried about climate change for decades. Recently, politicians have shown signs of more engagement: countries representing more than 70% of the GDP and greenhouse gases now have net zero emission targets, usually by 2050. And there has been a dramatic shift in the attitude of business. Investors are demanding that companies change course, spurred on by the new reality that clean technologies are more cost competitive. Fossil fuel-age giants such as Volkswagen and ExxonMobil must change their investment plans, while clean energy pioneers are rapidly increasing their capital spending. Orsted, champion of wind farms, forecasts a 30% increase this year; Tesla, an electric car maker, jumped 62%. Meanwhile, $ 178 billion was poured into green-tinted investment funds in the first quarter of 2021.

This sudden change in the way resources are allocated causes strains and strains as demand for raw materials increases and a rush occurs for the few projects with regulatory approval. We calculate that the price of a basket of five minerals used in electric cars and power grids has climbed 139% in the past year. Timber mafias scour Ecuadorian forests in search of balsa wood used in wind turbine blades. In February, a UK auction of seabed rights for offshore wind farms brought in as much as $ 12 billion as energy companies rushed to expose themselves at all costs. The shortages extend to finance: As a slew of money chases a few renewable energy companies, valuations have been stretched into bubbling territory. Although the weight of the renewable energy industry in consumer price indices is still low, some financiers fear that supply shortages over the years could eventually fuel higher inflation.

What makes these signs of overvoltage so striking is that they materialize even as the energy transition is less than 10% complete (measured by the share of cumulative energy investments needed by 2050 that has already taken place. ). It is true that some of the technologies that will be needed barely exist and are therefore not available for investment. This is why so much research and development is needed. But in other areas, much of the brain work has been done – so the 2020s must be the decade of muscles, of the rise of established technologies with massive capital expenditures.

The numbers for the coming decade are concentrated. To stay on track to achieve net zero, by 2030, the annual production of electric vehicles will need to be ten times that of last year and the number of roadside charging stations 31 times greater. . The installed base of renewable energy production must triple. Global mining companies may need to increase annual production of essential minerals by 500%. Maybe 2% of American land will need to be covered with turbines and solar panels.

All of this will require huge investments: some $ 35 billion over the next decade, or the equivalent of a third of the assets of the global fund management industry today. The system best equipped to achieve this is the network of cross-border supply chains and capital markets that has revolutionized the world since the 1990s. Yet even this system is underperforming, with energy investments accounting for about half. of the required level, and biased in favor of a few rich countries and China. Despite skyrocketing metal prices, for example, mining companies are reluctant to increase supply.

The main reason for the investment gap is that it takes too long to get projects approved and their expected risks and returns are still too opaque. Governments make matters worse by using climate policy as a vehicle for other policy goals. The European Union aspires to strategic autonomy in the batteries and its green agenda directs part of its budget towards disadvantaged areas. China plans to cap domestic commodity prices in its next five-year plan. Likewise, President Joe Biden’s fledgling green plan prioritizes union jobs and local manufacturers. This mix of fuzzy goals and soft protectionism hampers the necessary investment.

Governments must be more stubborn. An activist state has a crucial role to play in supporting the construction of key infrastructure, such as transmission lines, and in research and development. But the top priority must be to catalyze a larger increase in private investment, in two ways.

First, by relaxing the planning rules. It takes 16 years for a global mining project to be approved; the typical wind project in America over a decade to get lease approvals and permits, which is one of the reasons its offshore wind capacity is less than 1% of that of Europe. Speed ​​requires centralized decision making and will often result in local disappointments NIMBYs and environmentalists.

The perfect is the enemy of the good

Second, governments can help businesses and investors manage risk. They can provide certainty in certain areas: for example, by guaranteeing minimum prices for electricity production. Western governments also have a duty to provide cheap finance to stimulate investment in poorer countries. But the key is the introduction of carbon prices that integrate market signals into millions of daily business decisions and give entrepreneurs and investors more visibility over a long-term horizon. Today, only 22% of global greenhouse gas emissions are covered by pricing systems, and these systems are not integrated. Green bottlenecks are a sign that decarbonization is finally moving from a theoretical idea to a reality. A mighty push is now needed to help make the revolution happen.

For more information on climate change, sign up for The Climate Issue, our bimonthly newsletter, or visit our climate change hub

This article appeared in the Leaders section of the print edition under the title “Bunged up”

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Solar Powered Windows Market Expected to Experience Huge Growth by 2028 | Main Manufacturers – Oxford Photovoltaics, Star 8 International Limited, Polysolar, SolarGaps, EnergyGlass, Solar Window Technologies Inc. – KSU http://leaf-eu.org/solar-powered-windows-market-expected-to-experience-huge-growth-by-2028-main-manufacturers-oxford-photovoltaics-star-8-international-limited-polysolar-solargaps-energyglass-solar-window-tech/ Thu, 10 Jun 2021 15:20:27 +0000 http://leaf-eu.org/solar-powered-windows-market-expected-to-experience-huge-growth-by-2028-main-manufacturers-oxford-photovoltaics-star-8-international-limited-polysolar-solargaps-energyglass-solar-window-tech/

the Solar Powered Windows Market The report contains vital information to prepare market players to take on their toughest competitors on the basis of growth, revenue, revenue, and other material factors. The research study highlights key growth opportunities and market trends along with other key market dynamics including drivers and barriers to industry growth. With this report, potential buyers can be sure to adapt to changes in the solar powered window industry.

After evaluating the available data and market trends, the report gives a comprehensive overview of the global market scenario. This study conducts an in-depth study of the available data to predict the likely growth of the market during the forecast period. The study examines the historical data of 2015 and 2020 and considers 2021 as the base year to forecast the growth of the industry to 2028. It performs a detailed analysis of the market size, market share, demand, trends, revenue and sales to keep up with the development of the industry over the years.

Industry experts have gone to great lengths to identify key factors influencing the growth rate of the Solar Window industry including various opportunities and gaps. An in-depth analysis of the micro-markets in terms of growth trends in each category makes the overall study interesting. By examining the micro-markets, the researchers are also digging deeper into their future prospects and contribution to the solar-powered window industry.

The main companies presented in this report are:

• Oxford Photovoltaic
• Star 8 International Limited
• Polysolar
• SolarGap
• EnergyGlass
• Solar Window Technologies Inc.
• Ubiquitous Energy Inc.
• Solaria Company
• Onyx Solar Energy SL
• Solar Brite.

Research methodology

The report provides an in-depth analysis of the competitive landscape along with a company profile of the major players involved in the Solar Window market. The authors of the report make sure to provide readers with an in-depth assessment of the vendor landscape and inform them of the current and future changes that can be expected. The competitive analysis offered in the report inspects the market share, gross margin, product portfolio, consumption, market status, and technologies of major players controlling a significant portion of the Solar Window market.

Segmentation of the solar-powered window market

Solar Powered Windows Market, By Type

• Solar-powered windows with transparent films

• Vacuum coated films for solar powered windows

• Solar powered windows with tinted films

Solar Powered Windows Market, By Application

• Residential

• Commercial

• Others

Scope of Solar Powered Windows Market Report

Report attribute Details
Market size available for years 2021 – 2028
Reference year considered 2021
Historical data 2015 – 2020
Forecast period 2021 – 2028
Quantitative units Revenue in millions of USD and CAGR from 2021 to 2028
Covered segments Types, applications, end users, etc.
Cover of the report Revenue forecast, company ranking, competitive landscape, growth factors and trends
Regional scope North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
Scope of customization Free customization of the report (equivalent to up to 8 working days for analysts) with purchase. Add or change the scope of country, region and segment.
Price and purchase options Take advantage of personalized shopping options to meet your exact research needs. Explore purchasing options

Know the trends influencing the performance of the industry

Stakeholders, marketers and business owners who plan to view a market research report can use this research to design their offerings and understand how competitors attract their potential customers and manage their supply and sales channels. distribution. When tracking trends, researchers have made a conscious effort to analyze and interpret consumer behavior. In addition, research helps product owners understand changes in culture, target market, and brands so that they can more effectively capture the attention of potential customers.

Geographic segment covered in the report:

• North America (United States and Canada)
• Europe (UK, Germany, France and rest of Europe)
• Asia-Pacific (China, Japan, India and the rest of the Asia-Pacific region)
• Latin America (Brazil, Mexico and the rest of Latin America)
• Middle East and Africa (GCC and rest of Middle East and Africa)

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Reasons to buy:

  • Understand the demand for solar powered windows to determine the viability of the market.
  • Identify developed and emerging markets where Solar Power Windows services are offered.
  • Identify problem areas and identify them.
  • Develop strategies based on drivers, trends and highlights for each of the segments.
  • Evaluate the value chain to determine the flow of work and to get an idea of ​​where you are currently placed.
  • Recognize the main competitors in this market and react accordingly.
  • Know the growth initiatives and strategies taken by large companies and decide the direction for future growth.
  • Define competitive positioning by comparing products and services with key market players.

Thanks for reading our report. The report can be adapted according to the needs of the customer. Please contact us to learn more about the report.

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Centralized vaccination, an economic stimulus: Icra http://leaf-eu.org/centralized-vaccination-an-economic-stimulus-icra/ Thu, 10 Jun 2021 12:27:03 +0000 http://leaf-eu.org/centralized-vaccination-an-economic-stimulus-icra/

New Delhi: The shift to a centralized covid vaccination campaign could boost India’s economic growth prospects, rating agency Icra Ltd. said on Thursday. The agency forecasts gross domestic product (GDP) growth of 8.5 percent for fiscal 22, which could be further bolstered by a strong vaccination campaign.

“If vaccination coverage is accelerated following the refocused purchasing policy, the expansion of GDP during fiscal year 2022 could reach 9.5%, with an increasing increase” in the third and fourth quarters of fiscal year 22 , said the rating agency.

Icra made the baseline growth forecast of 8.5% by examining the impact of the second wave of Covid-19 and regional lockdowns across a variety of high-frequency indicators in April-May 2021.

“Now that the new cases have moderated and the restrictions are relaxed, we have set our baseline GDP growth forecast for fiscal 2022 at 8.5%,” Chief Economist Aditi Nayar said in a statement. analysis.

Icra continues to expect a prolonged negative impact of Wave 2 on consumer sentiment and demand, with health and fuel spending eating away at disposable income and less pent-up demand in FY22 compared to at FY21.

Despite the expectation of a normal monsoon dampening the outlook for agricultural production and less reverse migration in 2021 compared to the previous year, the rating agency expects the sharp increase in rural infections and the loss of jobs and remittances weaken rural sentiment and demand.

Demand for contact-intensive services will gradually pick up as vaccinations become more widespread, Icra said.

If vaccination coverage accelerates, growth in the third quarter could reach 6.9% and the fourth to 9.5%, the rating agency said.

After pent-up demand satiety observed during the holiday season in 2020, purchases of durable consumer goods could be curtailed, which would impact capacity utilization in FY22. However, an increase in exports in line with the expected vaccine-induced rebound in some large economies could boost capacity utilization in export-oriented sectors, the agency said.

“Even though the second wave of Covid-19 infections in India has weakened the short-term outlook for the Indian economy, vaccine optimism has spiked global commodity prices. ICRA continues to rise. expect weak domestic demand to limit pricing power, squeezing margins in many sectors.With CPI and WPI inflation expected to average 5.2% and 9, 2% respectively, ICRA expects nominal GDP to increase by 15-16% in fiscal year 2022, ”the agency said.

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Represent your city on the ASES National Solar Tour http://leaf-eu.org/represent-your-city-on-the-ases-national-solar-tour/ Thu, 10 Jun 2021 11:00:00 +0000 http://leaf-eu.org/represent-your-city-on-the-ases-national-solar-tour/

ASES invites all communities across the country to get involved in the National Solar Tour

BOULDER, Col., June 10, 2021 / PRNewswire / – The American Solar Energy Society (ASES) invites owners and communities to represent their city by accommodation a local solar tour or solar site this year National solar tower. This largest annual popular solar event will take place virtually and in neighborhoods across the country on the weekend of 2-3 October 2021. The ASES National Solar Tour is a collection of local solar circuits, as well as stand-alone solar sites, and is an opportunity for local solar enthusiasts to come together and share their unique solar history with others.

Sign up to organize a local solar tour or a solar site on the National Solar Tour! The biggest popular solar event will take place virtually and in neighborhoods near you on October 2-3, 2021, but you can host your local solar tour or solar site any time of the year. The deadline to register is August 15th. Learn more at nationalsolartour.org.

The National Solar Tour is helping spread the solar contagion, where homes, businesses, schools, and other organizations across the country are opening their doors, yards, and rooftops to neighbors looking to learn more about how they can use renewable energies. These are neighbors talking to each other about solar energy, energy efficiency, other sustainable improvements, financing, recommendations on installers, local laws or issues.

Make sure your city is represented by organizing a Local solar visit or solar site in your neighborhood or virtually. Tour operators can host local solar tours and solar sites completely outdoors, indoors with masks and social distancing, fully virtual or do a mix of virtual and in person. Whichever way you decide to host a local solar tour or solar site, you will be helping the National Solar Tour empower people to learn about solar technology and the process of switching to power. solar energy from others. See the current list of sites for planned visits on the National solar circuit map.

“The National Solar Energy Tour inspires people across the country to make sustainable energy choices,” said Carly Rixham, executive director of ASES. “Switching to solar allows people to cut costs, support energy independence and reduce carbon emissions.

This year’s National Solar Tour seeks to engage more than 50,000 participants and hosts of solar sites and local solar tours. The Tour strives to have the participation of all 50 states, with a particular presence in rural areas and low and middle income (LMI) communities.

Solar sites can feature solar technologies, other renewable energies and energy efficiency. Organizers interested in organizing a local solar tour or solar site can register to participate by August 15th at nationalsolartour.org / registration.

ASES is the leading national association of renewable energy professionals and advocates. The organization has over 40 chapters, including student chapters. ASES publishes Solar today magazine and the electronic newsletter Solar @ work for renewable energy professionals and hosts monthly webinars for the ASES Webinar Series. The organization will also host the 50th Annual National Solar Energy Conference, SOLAR 2021: Providing the means for a sustainable future in Boulder, CO and online since 3-6 August 2021. This will be ASES’s very first hybrid conference. Learn more and register today on ases.org/conference.

If you have any questions about hosting or attending local solar tours or solar sites or if you are interested in partnering with the National Solar Tour, please contact solartour@ases.org.

For National Solar Tour sponsorship opportunities, contact sales@ases.org.



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SOURCE American Solar Energy Society

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