HISTORIC EXPANSION OF RENEWABLE ENERGY SOURCES REWRITING FUTURE OF GLOBAL ELECTRICITY

“In all 50 states, it’s cheaper for the everyday American to fill up with electrons — and much cheaper in some regions such as the Pacific Northwest, with low electricity rates and high gas prices,” he said.

The biggest savings came in Washington, where electric alternatives were $80 cheaper to refuel than a standard internal combustion engine truck, while the savings compared to an SUV and a sedan were $49 and $59.
“In Washington state, with prices around $4.98 per gallon of gas, it costs about $115 to fill up an F-150 which delivers 483 miles of range,” Coren observed.
“By contrast, recharging the electric F-150 Lightning (or Rivian R1T) to cover an equivalent distance costs about $34.”*
Meanwhile, the research found that even when taking into account electricity that would be produced by coal-powered stations, the pollution produced by electric cars was much less on a 408-mile trip than dirty-fuel-powered alternatives.
For example, a journey from San Francisco to Disneyland in Anaheim, California, in a Ford F-150 would produce 459 pounds of CO2 equivalent, while the same trip in the electric Ford F-150 Lightning would produce only 117 pounds.*
Tackling the same journey, a Honda CR-V would produce 333 pounds of planet-warming pollution, while the Tesla Model Y would account for only 66, and the 386 pounds created by a Toyota Camry was far higher than the 72 pounds a Chevrolet Bolt would account for.
 
Solar panels are created to withstand goofball sized hail @ 50mph. It would have to be one hell of a hailstorm.


RESEARCHERS UNVEIL SOLAR TECHNOLOGY USING A ‘MIRACLE MATERIAL’ THAT COULD REVOLUTIONIZE THE ENERGY SECTOR: ‘IT’S VERY EXCITING’

Scientists across the globe are competing to engineer solar cells that most efficiently capture light to turn into clean, renewable energy. In Saudi Arabia, a team of researchers at King Abdullah University of Science and Technology has announced plans to bring a new type of solar cell to market, and it could be among the most efficient yet.*
The cell combines a mineral called perovskite with silicon to maximize both performance and longevity. It has been aptly named “perovskite/silicon tandem.”
Perovskite has been dubbed a “miracle material” by clean energy experts because of its impressive capacity for absorbing light, combined with the fact that it can be manufactured at room temperature, making it much more sustainable and also cheaper.
One scientist described it as “sort of like Michael Jordan on the basketball court. Great on its own, but it also makes all the other players better.”
By combining perovskite with silicon, the KAUST team said that they had harnessed the best qualities of both materials. The team said that its perovskite/silicon tandem set a record for tandem solar cell efficiency, operating with greater than 33% efficiency.
“The market for perovskite/silicon tandems is expected to exceed $10 billion within a decade. KAUST is at the forefront of this revolution, laying the groundwork for affordable, accessible clean energy for all,” professor Stefaan De Wolf, the leader of the KAUST team, said.
He also said: “It’s very exciting that things are moving rapidly with multiple groups.”
The most immediate challenges for the team include figuring out how to manufacture the perovskite/silicon tandems at commercial scale, which may involve high costs and hazardous materials. They also must ensure that the cells will be able to withstand various weather conditions, as perovskite is extremely fragile.*
The future looks bright, though, as solar cells should continue to become more efficient and affordable with the continued development of technology in the field.

MAGA soils diapers
 
Solar is the most expensive way to produce electricity there is in use today. The proof of that is in the cost of the arrays, the amount of electricity they produce annually, their land use, and a comparison of that to any other means of electrical production. Both natural gas and nuclear beat the living snot out of solar on being lower cost.

That isn't a comparison of construction costs, but rather real data from operations of these plants and their annual outputs. To make it worse, toss in a means to produce electricity 24/7 and solar doesn't just become uncompetitive, it becomes insanely expensive. In fact, if solar doubled in efficiency from where it is now, when you take these into account, solar remains insanely expensive and unworkable.
 
Solar is the most expensive way to produce electricity there is in use today. The proof of that is in the cost of the arrays, the amount of electricity they produce annually, their land use, and a comparison of that to any other means of electrical production. Both natural gas and nuclear beat the living snot out of solar on being lower cost.

That isn't a comparison of construction costs, but rather real data from operations of these plants and their annual outputs. To make it worse, toss in a means to produce electricity 24/7 and solar doesn't just become uncompetitive, it becomes insanely expensive. In fact, if solar doubled in efficiency from where it is now, when you take these into account, solar remains insanely expensive and unworkable.

The price of solar panels has declined substantially over the last decade as the industry has matured and reached production at the largest global scale.

https://www.solar.com/learn/solar-panel-cost/

Since 2010, residential solar panel prices have fallen by roughly 50% while US solar deployment has grown by over 2,000%. The slight rise in residential solar pricing from 2020-2023 is largely attributed to supply chain tangles from the pandemic. US solar prices are largely expected to continue falling in the coming years as local manufacturing plants come online.

Just like computers, big-screen TVs, and cell phones, the economies of scale that solar panels now enjoy have produced a dramatic cost curve that has fundamentally changed the energy industry.
Utility-scale solar installations are now cheaper than all other forms of power generation in many parts of the world and will continue to replace older, dirtier power plants that run on coal and natural gas.
Additionally, homeowners are now able to own their power production more cost-effectively than ever before.
How much does a solar panel cost?
Today’s premium monocrystalline solar panels typically cost between $1 and $1.50 per Watt, putting the price of a single 400-watt solar panel between $400 and $600, depending on how you buy it.
Less efficient polycrystalline panels are typically cheaper at $0.75 per watt, putting the price of a 400-watt panel at $300.
 
The price of solar panels has declined substantially over the last decade as the industry has matured and reached production at the largest global scale.

https://www.solar.com/learn/solar-panel-cost/

Since 2010, residential solar panel prices have fallen by roughly 50% while US solar deployment has grown by over 2,000%. The slight rise in residential solar pricing from 2020-2023 is largely attributed to supply chain tangles from the pandemic. US solar prices are largely expected to continue falling in the coming years as local manufacturing plants come online.

Just like computers, big-screen TVs, and cell phones, the economies of scale that solar panels now enjoy have produced a dramatic cost curve that has fundamentally changed the energy industry.
Utility-scale solar installations are now cheaper than all other forms of power generation in many parts of the world and will continue to replace older, dirtier power plants that run on coal and natural gas.
Additionally, homeowners are now able to own their power production more cost-effectively than ever before.
How much does a solar panel cost?
Today’s premium monocrystalline solar panels typically cost between $1 and $1.50 per Watt, putting the price of a single 400-watt solar panel between $400 and $600, depending on how you buy it.
Less efficient polycrystalline panels are typically cheaper at $0.75 per watt, putting the price of a 400-watt panel at $300.

You're not paying attention. Solar is grossly expensive regardless of how cheap the panels are. In fact, they could be free and solar would still be unaffordable. Compare any solar plant of your choice on yearly production to a typical natural gas or nuclear plant, and it becomes clear that solar is unaffordable.
 
You're not paying attention. Solar is grossly expensive regardless of how cheap the panels are. In fact, they could be free and solar would still be unaffordable. Compare any solar plant of your choice on yearly production to a typical natural gas or nuclear plant, and it becomes clear that solar is unaffordable.

No, it's YOU who's not paying attention.

Texas sets record for grid-scale solar power, ranks third in residential rooftop solar.

https://www.msn.com/en-us/news/technology/texas-sets-record-for-grid-scale-solar-power-ranks-third-in-residential-rooftop-solar/ar-BB1igAH4

The Texas electricity market is basking in the power of utility-scale and commercial and residential rooftop solar installations, which are carrying a greater burden of the state's electricity needs.

Solar farms set a record Tuesday for the amount of electricity they provided to the grid operated by the Electric Reliability Council of Texas – 16,668 megawatts, enough to power more than 3.3 million homes in the state during periods of peak demand.

The Texas electricity market is basking in the power of utility-scale and commercial and residential rooftop solar installations, which are carrying a greater burden of the state's electricity needs.

Solar farms set a record Tuesday for the amount of electricity they provided to the grid operated by the Electric Reliability Council of Texas – 16,668 megawatts, enough to power more than 3.3 million homes in the state during periods of peak demand.

The production smashed the previous record set at the end of January by more than 10,000 megawatts, according to Grid Status, which collects data from power grids across the country. Last year, Texas surpassed California as the state with the most solar installed on its dominant power grid.

As the volume of utility-grade solar power has increased in Texas, so too has residential rooftop solar, where the state is now among the leaders nationwide. The Lone Star State ranks third in the amount of electricity generated from solar panels attached to homes, behind California and Arizona, according to a report released this week by Environment Texas, an environmental advocacy nonprofit.

As concerns rise that the race to build large-scale solar farms is damaging natural habitats, environmentalists have touted rooftop solar as another way to shift to clean energy. Rooftop solar, especially when paired with battery storage, can also help homeowners lower electricity bills and generate their own electricity during blackouts.

Terry soils diapers.

flea.gif
tenor.gif
 
No, it's YOU who's not paying attention.

Texas sets record for grid-scale solar power, ranks third in residential rooftop solar.

https://www.msn.com/en-us/news/technology/texas-sets-record-for-grid-scale-solar-power-ranks-third-in-residential-rooftop-solar/ar-BB1igAH4

The Texas electricity market is basking in the power of utility-scale and commercial and residential rooftop solar installations, which are carrying a greater burden of the state's electricity needs.

Solar farms set a record Tuesday for the amount of electricity they provided to the grid operated by the Electric Reliability Council of Texas – 16,668 megawatts, enough to power more than 3.3 million homes in the state during periods of peak demand.

The Texas electricity market is basking in the power of utility-scale and commercial and residential rooftop solar installations, which are carrying a greater burden of the state's electricity needs.

Solar farms set a record Tuesday for the amount of electricity they provided to the grid operated by the Electric Reliability Council of Texas – 16,668 megawatts, enough to power more than 3.3 million homes in the state during periods of peak demand.

The production smashed the previous record set at the end of January by more than 10,000 megawatts, according to Grid Status, which collects data from power grids across the country. Last year, Texas surpassed California as the state with the most solar installed on its dominant power grid.

As the volume of utility-grade solar power has increased in Texas, so too has residential rooftop solar, where the state is now among the leaders nationwide. The Lone Star State ranks third in the amount of electricity generated from solar panels attached to homes, behind California and Arizona, according to a report released this week by Environment Texas, an environmental advocacy nonprofit.

As concerns rise that the race to build large-scale solar farms is damaging natural habitats, environmentalists have touted rooftop solar as another way to shift to clean energy. Rooftop solar, especially when paired with battery storage, can also help homeowners lower electricity bills and generate their own electricity during blackouts.

None of that changes what I stated. Rooftop solar is the singular worst way to generate electricity there is. It is horribly inefficient and expensive. Homeowners buying a solar array and batteries are paying for 20 years of electricity today that's all. It isn't "free" electricity, nor is it economical. The amount passed back to the grid is virtually meaningless.
 
None of that changes what I stated. Rooftop solar is the singular worst way to generate electricity there is. It is horribly inefficient and expensive. Homeowners buying a solar array and batteries are paying for 20 years of electricity today that's all. It isn't "free" electricity, nor is it economical. The amount passed back to the grid is virtually meaningless.

How do you know what electricity rates will be 20 years from now, or 10 years, or five? Fact is YOU DON'T.
And that invalidates your claim. Sorry Terry.
 
Solar panels are created to withstand goofball sized hail @ 50mph. It would have to be one hell of a hailstorm.

EV Sales Surge 69 Percent Over Last Year To Over 1 Million Cars In January

1st Gear: EV Sales Are Up 69 Percent, Nice
If you read the news recently, you might think that global electric vehicles sales are in dire straits, what with stories about Ford cutting production and GM moving its attention back towards hybrid models. Now, however, there’s some good news as it turns out EV sales are still rising.
According to a new report from Reuters, global EV sales surpassed 1.1 million cars in January, marking a 69 percent increase over the same period last year. The growth, Reuters adds, was aided by increased sales in China, Europe and the U.S. As the site explains:
Sales of fully-electric cars, or battery electric vehicles (BEVs), and plug-in hybrids hit 1.1 million in January, up from 660,000 in January 2023.
In the U.S. market and Canada, January sales were up 41% versus a year ago and they almost doubled in China. Sales in the EU, European Free Trade Association (EFTA) and the United Kingdom rose 29%.
 
SOLAR ENERGY COMPANY UNVEILS GROUNDBREAKING LIGHTWEIGHT SOLAR PANELS: ‘ITS POTENTIAL APPLICATIONS ARE LIMITLESS’

“We are delivering a solution that not only simplifies the installation, but also elevates the very notion of solar adaptability.”

https://apple.news/A8a1YLZZ6SJyZHwn5y2A_Sg

Bila Solar has developed what its experts are calling a “quantum leap” breakthrough for catching solar energy.*
The company’s innovative, lightweight module debuted during a Las Vegas tech showcase in September. The design is billed as a way to bring solar power to “challenging” scenarios. At 17 pounds, Bila’s panels weigh about 30% of the weight of traditional glass sunray catchers. They are also 95% thinner, which expands their potential, per Bila.*
“Bila empowers industries to harness solar energy where it was once impractical,” a company report states.*

Commercial and industrial roofs, waterproof membrane roofs, and solar-powered vehicles are among applications for the product. It’s made possible by using proprietary aerospace composites and crystalline silicon solar cells — high-tech materials that deliver reliable, efficient, and low-weight power, according to Bila.**
“This product represents a quantum leap in solar innovation that will redefine the solar landscape for years to come,” Bila Vice President and U.S. General Manager Mick McDaniel said in the company report.*
Solar is a burgeoning industry, growing by 24% each year for the last decade, according to the Solar Energy Industries Association. The association credits federal policies, lower costs, and tax incentives for the growth. There is enough solar capacity in the U.S. to provide energy to 27 million homes, per the association.*
 
Solar is the most expensive way to produce electricity there is in use today. The proof of that is in the cost of the arrays, the amount of electricity they produce annually, their land use, and a comparison of that to any other means of electrical production. Both natural gas and nuclear beat the living snot out of solar on being lower cost.

That isn't a comparison of construction costs, but rather real data from operations of these plants and their annual outputs. To make it worse, toss in a means to produce electricity 24/7 and solar doesn't just become uncompetitive, it becomes insanely expensive. In fact, if solar doubled in efficiency from where it is now, when you take these into account, solar remains insanely expensive and unworkable.

Even the 'drill, baby, drill' guys realize electric is the way to go!

Swedish equipment brand Sandvik announced a new battery electric surface drill rig in a bid to create more efficient, cost-effective drilling operations. And, yes – the irony here is delicious!
In fairness, plenty of drill operations use permanent grid connections (read: wired plugs) t operate their drillers – and there are plenty of reasons to drill that don’t involve oil and gas extraction. That said, it’s got to absolutely kill the “drill, baby, drill” people to see highly efficient electric drill rigs coming to market, and the latest concept Sandvik takes things a step further than its plugged-in cousins by adding a battery.
The Sandvik BEV is the first electric drill rig in its size class, and is capable of boring holes up to 229 mm (9 inches) in diameter. The drill blends the autonomy of plug-free power with the non-stop capabilities of a permanent grid connection.
“With the industry shifting towards intelligent, autonomous and emission-free equipment, surface drill rigs need to be reinvented,” explains Lauri Laihanen, Vice President of R&D, Surface Drilling Division, Sandvik AB Mining and Rock Solutions. “This new concept rig elevates electric surface drilling … (and) the battery means greater freedom and flexibility and more efficient use of time, as the rig can drill immediately while the cable is being set up.”
The Sandvik battery pack provides power for up to one hour of drilling or seven hours of tramming. In practice, Sandvik thinks the battery will be used primarily for tramming and boring individual, targeted holes, while the bulk of the pattern will be carried out on grid power.

Terry soils diapers
 
Even the 'drill, baby, drill' guys realize electric is the way to go!

Swedish equipment brand Sandvik announced a new battery electric surface drill rig in a bid to create more efficient, cost-effective drilling operations. And, yes – the irony here is delicious!
In fairness, plenty of drill operations use permanent grid connections (read: wired plugs) t operate their drillers – and there are plenty of reasons to drill that don’t involve oil and gas extraction. That said, it’s got to absolutely kill the “drill, baby, drill” people to see highly efficient electric drill rigs coming to market, and the latest concept Sandvik takes things a step further than its plugged-in cousins by adding a battery.
The Sandvik BEV is the first electric drill rig in its size class, and is capable of boring holes up to 229 mm (9 inches) in diameter. The drill blends the autonomy of plug-free power with the non-stop capabilities of a permanent grid connection.
“With the industry shifting towards intelligent, autonomous and emission-free equipment, surface drill rigs need to be reinvented,” explains Lauri Laihanen, Vice President of R&D, Surface Drilling Division, Sandvik AB Mining and Rock Solutions. “This new concept rig elevates electric surface drilling … (and) the battery means greater freedom and flexibility and more efficient use of time, as the rig can drill immediately while the cable is being set up.”
The Sandvik battery pack provides power for up to one hour of drilling or seven hours of tramming. In practice, Sandvik thinks the battery will be used primarily for tramming and boring individual, targeted holes, while the bulk of the pattern will be carried out on grid power.

Terry soils diapers

More drivel that proves my point. Joke Communist can't show examples of how solar and wind reduce the cost of electricity to consumers because they don't. More solar and wind = higher electricity prices. It's that simple.

I think Joke Communist should listen to Tyson's advice, because right now he's spouting his personal delusions.
 
More drivel that proves my point. Joke Communist can't show examples of how solar and wind reduce the cost of electricity to consumers because they don't. More solar and wind = higher electricity prices. It's that simple.

I think Joke Communist should listen to Tyson's advice, because right now he's spouting his personal delusions.

Did you read this?

Swedish equipment brand Sandvik announced a new battery electric surface drill rig in a bid to create more efficient, cost-effective drilling operations.
 
Did you read this?

Swedish equipment brand Sandvik announced a new battery electric surface drill rig in a bid to create more efficient, cost-effective drilling operations.

In a bid... Sandvik's advertising doesn't make it so. There are likely some applications where it might be more cost effective, and others where it isn't. Aside from that, using batteries instead of a diesel generator or hooking up to the grid doesn't change the amount of power needed to drill, that remains constant as the motor(s) used to drive the drill will still consume the same amount of power either way.
 
In a bid... Sandvik's advertising doesn't make it so. There are likely some applications where it might be more cost effective, and others where it isn't. Aside from that, using batteries instead of a diesel generator or hooking up to the grid doesn't change the amount of power needed to drill, that remains constant as the motor(s) used to drive the drill will still consume the same amount of power either way.


DATA SHOWS ‘MONUMENTAL SHIFT’ IN POWER SOURCE ACROSS THE EU: ‘[A] SYSTEM WITH WIND AND SOLAR AS ITS BACKBONE COMES INTO VIEW’
“The EU needs a laser focus on rapidly deploying wind, solar, and flexibility to create a system free of fossil fuels.”
by Rick Kazmer*/*February 19, 2024

https://apple.news/AmfAyYhkHQuSkgIcLTiuxmA

Europe is becoming a shining star for our renewable energy future.*
Nonprofit energy think tank Ember reports that wind, solar, hydropower, and other clean power sources rose to a record 44% in Europe last year. Meanwhile, air pollution and generation from fossil fuels dropped by 19%.
A big takeaway from the data is that having a power system primarily supported by renewable energy is not only feasible, but perhaps inevitable.*
Ember’s report showcases a huge increase in sustainable energy from 2022, when 22.5% of EU electricity came from renewables, per the European Environment Agency. The clean energy goal stated in that report is a 42.5% share by 2030.*
With that mark reportedly surpassed, the sector can now focus on energy dominance as we continue to transform our production and use more sustainably. And Europe is providing a prime example.*
“The EU’s power sector is in the middle of a monumental shift,” Ember’s Europe Program Director Sarah Brown said on the agency’s website.*
Solar and wind were the renewable leaders, at 27% of EU electricity production.*
By comparison, cleaner energy sources represent 20% of U.S. electricity production, according to the Energy Department. Wind and solar are also the leaders in the sector stateside.*
“Fossil fuels are playing a smaller role than ever as a system with wind and solar as its backbone comes into view,” Brown said of the EU numbers on Ember’s website.*
The report also highlights rising wind generation. The 13% increase has EU wind catchers ahead of gas power generation for the first time.*
 
The Wind Turbine Failures Behind Europe's Energy Crisis Are a Warning for America
https://www.newsweek.com/wind-turbi...y-crisis-warning-america-fossil-fuels-1643011

Weak winds worsened Europe's power crunch; utilities need better storage
https://www.reuters.com/markets/com...nch-utilities-need-better-storage-2021-12-22/

New Report Highlights Green Failure in Europe and Warns America
https://www.realclearenergy.org/art...lure_in_europe_and_warns_america_1002859.html

Germany’s Renewable Energy Disaster – Part 1: Wind & Solar Deemed ‘Technological Failures’
https://stopthesethings.com/2018/08...t-1-wind-solar-deemed-technological-failures/
 
‘HISTORIC’ EXPANSION OF RENEWABLE ENERGY SOURCES REWRITING THE FUTURE OF GLOBAL ELECTRICITY: ‘WE’RE MOVING CLOSER’
“What some people were saying was impossible only a few years ago is not only possible — but it is happening.”
by Ben Raker*/*February 7, 2024

https://apple.news/AjOU1IV8pTRi-JWdNsUQHpA

Renewable energy resources saw “massive” and “historic” expansion globally in 2023, with the fastest growth still to come, according to a major new report released in January.*
Renewables 2023, an assessment by the International Energy Agency, reported that the world’s capacity to generate electricity from renewables (solar, wind, and other power sources that don’t burn polluting fuels) expanded by 510 gigawatts in 2023, which is 50% more than the also-hefty amount added in 2022.*
The 2023 expansion was “equivalent to the entire power capacity of Germany, France, and Spain combined,” IEA’s executive director Fatih Birol (@fbirol) shared on X, formerly known as Twitter. The post included a graph showing the expansion of renewables since 2015.
Along with its analysis of 2023 data, the IEA projected that renewable power will see its “fastest growth yet” over the next five years.
This forecast puts the renewables sector on track to see global capacity increase to 2.5 times its current level by 2030. That’s short of the pledge to triple renewables by that time. In December, 118 nations supported the initiative at the UN Climate Conference (COP 28).*
The IEA contends that governments can make up the difference. To do so, they will need to overcome hurdles such as insufficient financing for renewables in emerging and developing countries.*
“Global renewable capacity is already on course to increase by two-and-a-half times by 2030. It’s not enough yet to reach the COP 28 goal of tripling renewables, but we’re moving closer — and governments have the tools needed to close the gap,” Birol said in a statement.*

MAGAs burst a vein.

flea.gif
tenor.gif

Joey wets panties.

EV Juggernaut China Leads World in New Coal Power Plants
 
So electric car batteries suck right now?

No they do not suck but with all mass technology roll outs, the technology you get at the beginnings of the roll out is replaced by successive generations technology that is magnitudes better performing, cheaper and more scalable.

It is something Magats seem incapable of understanding as they try to freeze every new technology in time today and base all assessments on that.

it is why no one should take magats issues seriously as they would have cancelled cell phones, computers, the internet, and ICE vehicles in their earliest iterations believing they would never progress and get any better.
 
Back
Top