#Intercontinental Grid

[boxboxblog]

Driver Profiles: Lewis Hamilton

Hello, this is part of a series where I focus on one driver on the current (as of Oct 2024) grid and give an overview over their career and driving styles. I will be going in championship points order. Enjoy! (strap in folks, this will be a long one)

Name: Sir Lewis Carl Davidson Hamilton

Age: 39

Nationality: British

Years in F1: 17 (Mclaren 2007-2012, Mercedes 2013-Present)

Number: 44

WDCs: 2008, 2014, 2015, 2017, 2018, 2019, 2020

Driving Style: Seen as one of the best racers in motorsport history, Hamilton in incredibly well rounded and skilled in all aspects of F1. His race craft is a league above the rest, and his natural skill with the car means he drives precise and intelligent races. He is also known for pushing it to the limit, regularly taking chances most other drivers would not in order to win. Due to his experience in the car (the 2nd most after Fernando Alonso right now) he is also a driver who is incredibly adaptable, as tracks, cars, and rules change so much over the years. When put in a fast car, he completely dominates races. The only negative I have about Hamilton's driving styles is that he tends to allow frustration to overtake him when he shows poor results, most likely due to being used to winning. This leads him to often get stuck in the midfield traffic when he qualifies poorly.

History:

Hamilton is one of the few drivers on the grid who did not come from an affluent background or racing family. In fact, in order to support his son's career, Hamilton's father sometimes worked up to 4 jobs at a time. He started his karting career at the age of 8, and quickly showed himself to be a natural talent. He would win several championships and race weekends in his early years, and became the youngest driver to win the British cadet karting championship at the age of 10.

(Hamilton when he was in karting)

Hamilton continued his progress in the Intercontinental A (1999), Formula A (2000) and Formula Super A (2001) ranks, and became European Champion in 2000 with maximum points. In Formula A and Formula Super A, his teammate was childhood friend Nico Rosberg, who would later become his teammate at Mercedes and his biggest rival. Following his karting successes, the British Racing Drivers' Club made him a "Rising Star" Member in 2000.

(Hamilton, left, and Rosberg, right, during their team days in karting)

Hamilton began his racing career in cars at the 2001 British Formula Renault Winter Series, finishing fifth in the standings. This led to a full 2002 Formula Renault UK run where he finished fifth overall. The next year he would go on to win that championship. He made his Formula 3 Euro Series debut in 2004, and finished in 4th. It was this time that Hamilton tested his first F1 car for Mclaren.

In 2006, Hamilton moved to the GP2 (F2) sister team of his F3 team, and won the championship in his rookie season. His extreme success in this series is what grabbed Mclaren's attention totally, and he was signed for the open Mclaren seat for 2007 before the year was over.

(Hamilton on podium in GP2/F2)

Hamilton's debut season in F1 would prove to be a record breaking one for the Brit, claiming records like most consecutive podium finishes from debut, the joint most wins in a debut season, and the most points in a debut season. He became the youngest driver to lead the championship at just 22 years old, but lost his lead after a few Mclaren strategy missteps. He finished in 2nd place behind Ferrari's Kimi Räikkönen, and had one of the strongest rookie seasons ever seen in F1.

(Hamilton in his 2007 Mclaren)

In 2008 he would win his first world title with Mclaren, with an incredibly tight fight that held to the last race. He became the youngest WDC at this point (until Sebastian Vettel in 2010) and the first British WDC since Damon Hill.

(Hamilton after winning his first WDC)

During his last 4 years with Mclaren, Hamilton would regularly show strong performances and finish on podiums. But during this time major technical changes in 2009 led to Mclaren struggling more than their competitors, and dropping down in the rankings. He got 5th in 2009, 2nd in 2010, and 5th in 2011. He left Mclaren for Mercedes that year after Michael Schumacher retired, a surprise move for many as Mercedes had not been a championship winning team. This was where he would win a majority of his titles and have one of the most infamous rivalries in F1 history.

Reuniting with his karting teammate and best friend, Nico Rosberg, Hamilton and Mercedes would go on to have a pretty average year. Hamilton only achieved one win that year, and finished 5th in the 2013 standings. This was the year that friction started to erupt between the two Mercedes drivers as it became clear that Mercedes had 2 future WDC's on their team.

(Rosberg and Hamilton before their rivalry went sour)

2014 saw a much more successful time for Hamilton, as Mercedes excelled with the new Turbo-Hybrid engines. This allowed Hamilton to regain his 2008 form, and Mercedes had a dominant season, winning 16 of the 19 races. Hamilton's closest rival during this time was his teammate, Rosberg. This would prove to be true for the next few years for Hamilton. At the end of 2014, Hamilton clinched his 2nd world title.

(Hamilton after winning his 1st WDC)

He showed even further domination in the 2015 season, winning 10 of the races himself, and securing his 3rd title before the last race of the season. This was his first back-to-back championship, and the one where he matched his racing hero, Ayrton Senna, for wins. This was also the year where Hamilton extended his contract with Mercedes, adding on another 3 years.

2016 proved to be a more difficult year for Hamilton, and the cumulation of his rivalry with his teammate. While Mercedes dominated season, the fight between Rosberg and Hamilton was fierce. Ultimately, Hamilton would place 2nd in the standings that year, having taken the fight to the last race, but not been able to hold his teammate off. That year, Nico Rosberg (the newest WDC) announced his retirement from F1. Hamilton would go on to have Valtteri Bottas as his teammate for the rest of his championship wins, a driver he didn't find as much of a struggle with.

(Hamilton and Rosberg after colliding during their 2016 title fight)

2017, 2018, 2019, and 2020 were almost complete dominance from Hamilton. His closes rivals for the championship were his teammate, who was not particularly a threat, and Ferrari's Sebastian Vettel and Kimi Räikkönen. But he almost always won his title before the last race. These were the years that Hamilton solidified himself as one of the greats in motorsports.

(Hamilton after winning his 7th title)

2021 saw the first real title fight for Hamilton since Nico Rosberg. Max Verstappen, a Red Bull driver, proved to be a difficult competitor. The two drivers had almost parallel season. While they both won many races, they also had times of poor performances and DNF's. This led the final race in Abu Dhabi to be the most tense in years, as both drivers had exactly the same amount of points. What followed was one of the most controversial races in recent history. Hamilton led the race towards the end after an overtake on Verstappen that was a bit legally shaky, but still allowed. A late safety car after a crash threw the whole race in turmoil. Red Bull pit Verstappen for fresh tires under the safety car, but Mercedes did not. On top of that, during the safety car after Verstappen came out of the pit the 5 lapped cars in between them were told they could unlap themselves (go by Hamilton freely) a controversial if illegal ruling by the race director. Furthermore, instead of finishing the race under the safety car (which would have won the race and title for Hamilton) the racing director allowed the race to restart for one more lap. Verstappen with his fresh tires easily overtook Hamilton, who was on old hards. Verstappen won the race and the title that year. Many Hamilton fans were understandably upset by the result, and some still claim the win for Hamilton, calling him an 8x WDC.

The 2022 and 2023 season would prove to be difficult ones for Mercedes and Hamilton. The 2022 season was the first year in Hamilton's F1 career that he failed to take a win or pole. The car was the biggest problem, and Hamilton deemed in 'undriveable'. They would encounter similar issues in 2023, and even early 2024.

2024 so far has been a significantly more positive year for Hamilton. While it is nothing close to his dominance in the late 10s, he has won two races (Silverstone and Spa) and placed higher than the last two years. he is currently 6th in the championship. Perhaps the biggest news for Hamilton was his surprise move to Ferrari for the 2025 season. After being with Mercedes for over 10 years, most assumed he would retire with them. This jump caused chaos during silly season, as he unseated Carlos Sainz and opened up a coveted Mercedes seat. While we know where he is going next year, there is still more to prove with his last year at Mercedes.

(Hamilton on podium after 2024 Silverstone win)

Major Races:

2007 Canadian GP - Hamilton's first ever F1 win in his rookie season. A commanding win as he controlled the entire race from the lead, he basically announced his presence as a future star here.

2008 Brazilian GP - This was the GP where Hamilton won his first world title. It happened in a rather dramatic fashion, as he overtook in the last lap to get 5th place, in the process earning the correct amount of points to get the title.

2012 US GP - This race was Hamilton's final victory with Mclaren before his move to Mercedes in 2013. He battled with Vettel (the reigning champ) for the win and was massive symbolism for the new chapter in his career.

2014 Bahrain GP - This race was known colloquially as the "Duel in the Desert" between Hamilton and Rosberg. The entire race was a fierce battle between the two drivers, with Hamilton only just holding off his teammate for the win. This type of battling would define the rest of their race relationship at Mercedes.

2018 German GP - This race saw Hamilton start in P14 after quali mechanical issues, and gave him the opportunity to display his dominant skill. He picked his way through the field, and eventually won the race. It is incredibly rare to see such feats in F1.

2020 Turkish GP - This is where Hamilton secured is 7th world title, equalling Michael Schumacher's record. A tense rain race, he used patience and his intense race craft to move from P6 to the top step on the podium.

2021 British GP - This race had the most controversial incident of 2021, after Hamilton collided with Verstappen and caused him to DNF the race. Hamilton went on to win, and reignited the title fight that year.

2024 British GP - Hamilton's first win in a long time with Mercedes (after they experienced car troubles since 2022) he drove a masterful race in a car that still wasn't quite there. Lauded as his great 'comeback' Hamilton showed he still had the skill, even if he didn't have the car, to take the top step.

Alright, longest post in the series but its Lewis Hamilton so. Up next, George Russell.

Cheers,

-B

[definitely-not-an-alb]

Anway to cap this off, if you were one of the number of USians clowning on my fucking dash yesterday about how the people living the the strategic crumble zone of two imperialistic atomic powers are big dum dums who just don't know science because they prioritized a decentralized solar power grid + turning off their atomic power plants, may I invite you to:

a) google "Saporischschja"

b) contemplate the meaning of the "Intercontinental" part of ICBM

c) meditate on the difference between atomic power plants (build above ground + very visible) and missile silos (build underground + kept strategically secret for what I'm sure is NO REASON AT ALL)

d) join us in our celebration of this great step towards keeping all of humanity safe from """"""climate change""""""

[halfdeadhalfdrunk]

The SEA-SPIDER's gotta be one of the funniest fights in AC6, because nobody in their right mind would actually be out there doing what you're doing on Grid 086. Some bureaucrat at the PCA really looked at the intercontinental cargo launcher and thought "Only a Rubicon Institute Autonomous C-Weapon could possibly stop anyone crazy enough to try this."

And then they were wrong.

[nicklloydnow]

“The article was published on the Kremlin's main propaganda website, RIA Novosti. It was written by Sergey Karaganov, a "Doctor of Sciences in History" and a political scientist. The article’s full title is "There is no choice: Russia will have to launch a nuclear strike on Europe".

And this is not his first such material. Less than two weeks ago, Karaganov published a similar article, the essence of which boils down to the same thing – Russia "must launch a pre-emptive nuclear strike on Europe." It was published in Profile, a private magazine.”

“As the video illustrates, it doesn’t matter much who starts the war: when one side launches nuclear missiles, the other side detects them and fires back before impact. Ballistic missiles from U.S. submarines west of Norway start striking Russia after about 10 minutes, and Russian ones from north of Canada start hitting the U.S. a few minutes later. The very first strikes fry electronics and power grids by creating an electro-magnetic pulse of tens of thousands of volts per meter. The next strikes target command-and-control centers and nuclear launch facilities. Land-based intercontinental ballistic missiles take about half an hour to fly from launch to target.

(…)

Unfortunately, peer-reviewed research suggests that explosions, the electromagnetic pulse, and the radioactivity aren’t the worst part: a nuclear winter is caused by the black carbon smoke from the nuclear firestorms. The Hiroshima atomic bomb caused such a firestorm, but today’s hydrogen bombs are much more powerful. A large city like Moscow, with almost 50 times more people than Hiroshima, can create much more smoke, and a firestorm that sends plumes of black smoke up into the stratosphere, far above any rain clouds that would otherwise wash out the smoke. This black smoke gets heated by sunlight, lofting it like a hot air balloon for up to a decade. High-altitude jet streams are so fast that it takes only a few days for the smoke to spread across much of the northern hemisphere.

This makes Earth freezing cold even during the summer, with farmland in Kansas cooling by about 20 degrees centigrade (about 40 degrees Fahrenheit), and other regions cooling almost twice as much. A recent scientific paper estimates that over 5 billion people could starve to death, including around 99% of those in the US, Europe, Russia, and China – because most black carbon smoke stays in the Northern hemisphere where it’s produced, and because temperature drops harm agriculture more at high latitudes.

(…)

We obviously don’t know how many people will survive a nuclear war. But if it’s even remotely as bad as this study predicts, it has no winners, merely losers. It’s easy to feel powerless, but the good news is that there is something you can do to help: please help share this video! The fact that nuclear war is likely to start via gradual escalation, perhaps combined by accident or miscalculation, means that the more people know about nuclear war, the more likely we are to avoid having one.”

“Article 92 of Russia's constitution lays down that if the head of state is 'incapable of fulfilling his duties' his temporary successor is the prime minister. That would be Mikhail Mishustin, a competent, low-key 57-year-old bureaucrat who is hardly a household name even in Russia.

But real power after a palace coup would lie elsewhere, probably with a Kremlin insider. Nikolai Patrushev, the national security adviser, is one candidate. His well-connected, fast-rising son Dmitry, currently agriculture minister, is another. Any such new leader would make Putin the scapegoat for the disastrous Ukraine war, and try to end it as quickly as possible.

A neat solution, but not a durable one.Many in Russia fear that what lies ahead is a 'Time of Troubles' (Smutnoye vremya), in which feuding clans battle for wealth and power. The phrase originally referred to the lawless period after 1598, when the tsarist throne changed hands six times in 15 years.

(…)

According to Igor Girkin, a military veteran with a wide following among nationalist Russians, last weekend's chaotic and violent events show that another 'Time of Troubles' has already started.

(…)

The state-controlled energy giant Gazprom has two militias: Potok (stream) and Fakel (torch). The defence minister Sergei Shoigu has Patriot, which hires experienced soldiers on hefty salaries of £5,000 a month or more — a fortune by Russian standards.

These legions serve many purposes. Apart from spearheading Russia's efforts in Ukraine, the Wagner Group — in particular — spreads Kremlin influence across Africa and was largely responsible for saving the brutal Assad regime in Syria. Yet the existence of these 'military contractors' is a sign of how deeply Russia has decayed. It would be inconceivable for British companies such as the energy giant BP, or the catering contractor Sodexo, to have private armies, let alone for Ben Wallace, the Secretary of State for Defence, to have his own personal fighting force.

(…)

The Kremlin is belatedly trying to rein in these legions. But the lesson of the past few days is that central power is weak. Just like the boyars [barons] who clashed in the first Time of Troubles, the big players in modern Russia know that they need their own private militias, and the bigger the better.

As these rivalries boil over, long-buried ethnic grievances could resurface too. Regional chiefs, who have long chafed at Moscow's intrusive rule, could all too easily try to assert their independence. The Muslim peoples of central Russia — Tatars, Bashkirs and others — could exploit the crisis to regain the freedom they briefly tasted more than 100 years ago.

(…)

In Britain we may have largely disconnected our oil and gas supplies from Russia, but that is no cause for complacency if the giant country spirals downwards into disorder. Perhaps the most alarming prospect is 'loose nukes': the thought of Russia's stockpile of thousands of nuclear warheads falling into the hands of terrorists.

(…)

Decision-makers in Beijing have long looked hungrily over their shared border at Russia's natural wealth: hydrocarbons, minerals, timber, water and crops. It would be ironic if Putin's attempt to rebuild the old Russian empire ended in his country becoming part of the new Chinese one. Yet these are not the worst outcomes. A post-Putin junta or strongman could turn the country into a nuclear-armed rogue state like North Korea or Iran, bristling with weapons and determined to make trouble. Given our repeated failures to contain Putin's ambitions, we will struggle to deal with a regime truly bent on nuclear confrontation.

(…)

One thing in all this is certain — change will catch us flat-footed. Over the past 30 years I have watched in dismay and anger as our governments have eviscerated Britain's expertise in understanding Russia. Spies, diplomats and analysts with lifetime experience in Kremlinology, their skills honed by the high stakes of the Cold War, were cast on to the scrap heap.

(…)

Whether we like it or not, the Putin era — with the illusions it fostered in Russia and abroad — is coming to an end. Be prepared.”

[azspot]

At the height of his legal career, Lincoln’s biggest clients were the Googles of his day, namely the railroad companies with their incredible new locomotives. These newly rich, super-technology corporations dreamed of uniting the new world with a cross-country grid of high speed transportation. Little noticed today is one of Lincoln’s proudest achievements as President, the enactment of legislation that funded these dreams, the Pacific Railway Act of 1862. The intercontinental railroad did unite the new world, much like the Internet and airlines today are uniting the whole world. A lawyer as obsessed with telegraphs and connectivity as Lincoln was would surely have been an early adopter of the Internet and an enthusiast of electronic discovery.

Abraham Lincoln, America’s First Tech-Lawyer

[harrelltut]

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WE SAILING TO THE WEST... OF THE WEST INDIES

US ANCIENT [USA] 9 ETHER ALUHUM ANUNNAGI OLDER THAN HUMANITY 

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WE HID ALL OUR GOLD ON QUEEN CALAFIA'S [CA'S] INTERCONTINENTAL SUBTERRANEAN OCEAN ISLAND PARADISE  

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US GOLDEN 9 ETHER ALUHUM ANUNNAGI GOT SECRETS OLDER THAN HUMANITY

PLANET RIZQ GOT MUUR GOLD

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WE GOLDEN

[hmantegazzi]

Look, the framing of the original post by the MIT is idiotic, but that doesn't mean that excess electricity production isn't a problem.

Electricity isn't a fuel like oil or coal, it's energy in movement, and as such, once it's produced in any part of a grid, it HAS to be consumed in other parts of it, or you get an electrical surge in the weakest place, which means losing infrastructure and dangers to people, buildings and the environment.

Back before cheap solar panels, this wasn't a big issue, because most electrical grids were centralised, and producers could estimate with relative ease when in the day more energy was needed. And anyway, they would always get paid for the electricity consumed and generated.

In a distributed energy grid with the usual rules we know, domestic producers (people with solar panels in their houses) not only do not know when and how much energy they need to generate to keep the grid balanced, but also have an economic incentive to not care: they get paid whenever they are generating an energy surplus.

The "easy" solution for this is to have the big producers to include solar radiance and solar panel usage in their calculations, to estimate how much less energy they need to generate during the day, but this only serves when the overall amount is still positive: if the grid is spending less electricity than what's generated distributedly, they cannot do anything to prevent surges. It's not like they can run a thermoelectric plant in reverse polarity and un-burn coal or gas!

They are, of course, means to store energy, you'll say, and you're right, but their efficiency, compared to the consumption of energy cities have, of the efficiency of the newer solar panels, isn't enough to keep the pace. Batteries, in particular, are really expensive and voluminous in respect to their capacity to store energy, and thus are a very bad option.

Some better alternatives have been proposed, like redesigning hydroelectric dams to be able to run them backwards, but this only works when the water downstream is just as accumulated as the one upstream: you can pump water from a lake or a sea to a dam, but not reverse the flow of a river! You might as well see a proposal to use huge cranes to build temporary towers of concrete blocks and dismantle them back to recover energy from gravity, but the efficiency of that design has also been called in question.

In practice, there are just three ways to actually manage this problem:

1. Do the equivalent of burning excess methane in an oil rig and "burn" extra electricity with useless lights and turbines, with all the environmental consequences it can have.

2. Interconnect electric grids from east to west across continents to send energy away from the places where it's being generated and towards places that are still at night, or even connect from north to south intercontinentally to send energy from places in summer to those in winter; all of this at enormous costs and huge impacts to the environment.

3. Or simply to create a better pricing scheme and control systems for distributed electric production, so that people in their houses don't produce energy when it's not needed, which has negligible costs or environmental impacts, but feels like a rip-off from the electric companies to sustainability-minded individuals.

Tell me, which of those feels like the best option?

[lovelypol]

"Connecting Continents: The Global Impact of HVDC Systems"

High Voltage Direct Current (HVDC) transmission systems are revolutionizing the global energy landscape, offering efficient, reliable, and sustainable solutions for long-distance power transmission. Unlike traditional alternating current (AC) systems, HVDC technology enables the bulk transfer of electricity over vast distances with minimal losses, making it ideal for interconnecting remote renewable energy sources, such as offshore wind farms and solar power plants, to urban centers and industrial hubs. By converting AC power to DC and vice versa using converter stations, HVDC systems overcome the limitations of AC transmission, including line losses, voltage stability issues, and grid congestion. This flexibility and efficiency make HVDC transmission systems essential for integrating renewable energy into existing power grids, reducing carbon emissions, and enhancing grid stability. Moreover, HVDC technology facilitates the establishment of international and intercontinental power links, enabling the sharing of renewable energy resources across regions and countries. As the demand for clean energy grows and the transition to low-carbon economies accelerates, HVDC transmission systems play a pivotal role in shaping the future of global energy infrastructure.

#HVDC #RenewableEnergy #EnergyTransmission #SustainableInfrastructure #GridIntegration #CleanEnergy #SmartGrid #CarbonReduction #GridResilience #EnergyEfficiency #InnovationInEnergy #RenewableIntegration #ClimateAction #GlobalEnergy #LowCarbonEconomy

[motorsportverso]

As novidades das 24h Nurburgring 2024

A edição de 2024 , que será valida pela 1ª vez pelo Intercontinental GT Challenge da SRO, com 15 entradas da GT3 dividas em Pró e Pró-Am.

Ferrari

A Ferrari defendera seu titulo com a Fridekadelli Racing Team , que fez o feito de dar a 1ª vitória a marca italiana com o modelo 296 GT3, que quebrou o domínio dos fabricantes Alemães em 22 anos  na prova Alemã.

A marca terá as equipe cliente  Frikadelli Racing Team.

A Porsche terá Manthey EMA (que é a líder do campeonato do IGTC entre as equipes), Renauer, Lionspeed e Falken Motorsport, Dinamic GT  como representantes na edição de 2024

BMW

A BMW terá as equipes Team RMG, Rowe Racing  , no carro #98 terá o Brasileiro Augusto Farfus.

Lamborghini

A Lamborghini será representada pelas equipes Red Bull ABT e Konrad Motorsport

Audi

A Audi será representada pela Scherer Sport Phoenix e Juta Racing

Mercedes-AMG

A Mercedes vai ser representada pelas equipes Get Speed e HRT , e HRT X Advan

Aston Martin

A marca britânica estará sendo representada pela equipes PROSport Rcaing e pela ex-cliente da BMW, Walkenhorst Motorsport.

Glikenhaus

O pequeno fabricante Norte-Americano volta as 24h Nurburgring após 2 anos fora , por estar envolvida com seu programa do 007 LMH do Fia WEC, na categoria SP-X

De novas tecnologias nos carros GT , teremos um Toyota GR Supra GT4 #227 com motor movido a combustível sintético inscrito na categoria AT.

Carros de Turismo:

O Sueco Johan Kristofersson  , 6x campeão do mundial de rallycross, 2x campeão da Extreme E , e com expericencia na Porsche Cup Scandinava e em provas de TCR , estará competindo com o novo VW Golf GTI Clubsport da equipe Max Krause Racing.

 Na edição de 2024 teremos um VW Beetle RSR Cup dos anos 2000, além de vários modelos Renault Clio, VW Golf, BMW M3, M2 ,M240, Dacia Logan, Mini Cooper.

A Subaru Eurotécnica internacional vai colocar um Impreza WRX ,no grid.

Terá um Audi TT no grid.

Teremos um Mini Cooper elétrico da serie Works GP , inscrito pela equipe Bull Dog Racing na categoria SP3T

[graymanbriefing]

Note: Has anyone been following all the foreign entities buying up U.S. land? What's your thoughts on this brief? National Security Brief: Chinese Threats  In Cheyenne, WY; the Biden Administration has ordered the shutdown of MineOne, a Chinese Communist Party (CCP) linked cryptocurrency mining datacenter. The center was built approximately one mile from Francis E. Warren Air Force Base (command control for nuclear-armed intercontinental ballistic missiles). President Biden's Executive Order which called for the shutdown, highlighted an assessment by the Committee on Foreign Investment in the United States (CFIUS) who "identified national security risks arising from the Transaction [building datacenter] relating to the proximity of the Real Estate [MineOne center] to Warren AFB, as well as related risk associated with the presence of specialized equipment" at the center.  Separately, Congress has warned the Administration of threats to the U.S. energy infrastructure posed by CPP-linked manufacturers (eg. CATL) of lithium-ion batteries and battery energy storage systems (BESS) saying that they could "introduce malware into large-scale power storage stations, threatening the U.S. energy grid".  Debrief: Such CCP-linked mining facilities have been built in 12 U.S. states to include AK, OH, OK, TN, TX, ...(CLASSIFIED, get briefs in real-time unredacted with analysis by joining at www.graymanbriefing.com)

[electronalytics]

Power Transmission Cables Market Industry, Trend Analysis and Forecast 2024 - 2033

𝐏𝐨𝐰𝐞𝐫 𝐓𝐫𝐚𝐧𝐬𝐦𝐢����𝐬𝐢𝐨𝐧 𝐂𝐚𝐛𝐥𝐞𝐬 𝐌𝐚𝐫𝐤𝐞𝐭 𝐢𝐬 𝐞𝐱𝐩𝐞𝐜𝐭𝐞𝐝 𝐚𝐭 𝐚 𝐡𝐢𝐠𝐡𝐞𝐫 𝐂𝐀𝐆𝐑 𝐨𝐟 𝟔.𝟖% 𝐝𝐮𝐫𝐢𝐧𝐠 𝐭𝐡𝐞 𝐞𝐬𝐭𝐢𝐦𝐚𝐭𝐞𝐝 𝐩𝐞𝐫𝐢𝐨𝐝 𝟐𝟎𝟐𝟒-𝟐𝟎𝟑𝟑

Introduction to Power Transmission Cables

Power transmission cables are essential components of electrical grids, facilitating the transmission of electricity from power generation sources to distribution networks and end-users. These cables are designed to carry high-voltage electricity over long distances with minimal losses, ensuring reliable and efficient energy transmission.

Types of Power Transmission Cables

Overhead Cables: Overhead transmission cables are installed above ground on towers or poles and are typically used for long-distance transmission of electricity. They consist of bare conductors supported by insulators and are commonly used in rural and remote areas.

Underground Cables: Underground transmission cables are buried beneath the ground and are used in urban areas and environmentally sensitive locations where overhead lines are impractical or aesthetically undesirable. They are insulated to prevent electrical leakage and environmental damage.

Submarine Cables: Submarine transmission cables are designed for underwater transmission of electricity, connecting offshore wind farms, island grids, and intercontinental power networks. They are specially insulated to withstand underwater conditions and marine environments.

Market Trends and Growth Drivers

Increasing Electricity Demand: Rising population, urbanization, and industrialization are driving growing demand for electricity globally, necessitating investments in power transmission infrastructure to meet energy needs and support economic development.

Renewable Energy Integration: The transition towards renewable energy sources like wind and solar power requires the expansion and upgrade of power transmission networks to connect remote generation facilities to population centers, driving demand for transmission cables.

Grid Modernization Initiatives: Aging infrastructure, reliability concerns, and the need to accommodate new technologies such as electric vehicles and smart grids are prompting utilities to invest in upgrading and modernizing power transmission networks, driving market growth.

Government Investments: Many governments are investing in infrastructure development projects, including the construction of new transmission lines and the upgrade of existing networks, to improve energy access, reliability, and efficiency, further boosting demand for transmission cables.

Technological Advancements: Innovations in materials, design, and manufacturing processes are enhancing the performance, efficiency, and lifespan of power transmission cables, driving market growth and adoption.

Challenges and Opportunities

Environmental Concerns: The installation of power transmission cables, particularly overhead lines, can face opposition from local communities and environmental groups due to visual impact, land use, and potential environmental effects, requiring careful planning and mitigation measures.

Grid Resilience and Reliability: Extreme weather events, natural disasters, and cyber threats can disrupt power transmission networks, highlighting the importance of enhancing grid resilience, redundancy, and reliability through investments in advanced technologies and infrastructure.

Technological Innovations: Advances in materials, design, and construction techniques offer opportunities to improve the efficiency, performance, and lifespan of power transmission cables, addressing challenges related to aging infrastructure, reliability, and environmental impact.

Regulatory and Permitting Processes: Regulatory requirements, permitting procedures, and community engagement play critical roles in the development and deployment of power transmission cable projects, influencing project timelines, costs, and feasibility.

Future Outlook and Market Projections

Continued Growth: The demand for power transmission cables is expected to continue growing globally, driven by increasing electricity consumption, renewable energy integration, grid modernization initiatives, and infrastructure development projects.

Investments in Transmission Infrastructure: Governments, utilities, and private investors are expected to invest heavily in expanding, upgrading, and modernizing power transmission networks to enhance energy access, reliability, and sustainability, supporting economic growth and development.

Focus on Sustainability: There is growing emphasis on sustainability, environmental responsibility, and carbon neutrality, driving investments in renewable energy generation and transmission infrastructure, including power transmission cables, to reduce greenhouse gas emissions and mitigate climate change.

Technological Advancements: Ongoing research and development efforts are focused on advancing materials, manufacturing processes, and grid management technologies to improve the performance, efficiency, and sustainability of power transmission cables, enabling the integration of renewable energy sources and the transition towards cleaner and more resilient energy systems.

Conclusion

The power transmission cables market plays a crucial role in enabling the efficient and reliable transmission of electricity, supporting economic growth, industrial development, and the transition towards clean and sustainable energy systems. Despite challenges related to environmental concerns, grid resilience, and regulatory requirements, the outlook for the power transmission cables market remains positive, with opportunities for growth, innovation, and investment in the coming years.

𝐑𝐞𝐜𝐞𝐢𝐯𝐞 𝐭𝐡𝐞 𝐅𝐑𝐄𝐄 𝐒𝐚𝐦𝐩𝐥𝐞 𝐑𝐞𝐩𝐨𝐫𝐭 @ https://stringentdatalytics.com/sample-request/power-transmission-cables-market/14015/

Market Segmentations:

Global Power Transmission Cables Market: By Company

General Cable TechnologiesSouthwireZhejiang Shengda Steel TowerKEC InternationalKalpataru Power TransmissionNexansPrysmianShandong Dingchang TowerNanjing Daji Iron Tower ManufacturingSumitomo Electric Industries

Global Power Transmission Cables Market: By Type

High Voltage

Medium Voltage

Global Power Transmission Cables Market: By Application

Utility

Industrial

𝐂𝐥𝐢𝐜𝐤 𝐭𝐨 𝐏𝐮𝐫𝐜𝐡𝐚𝐬𝐞 𝐌𝐚𝐫𝐤𝐞𝐭 𝐑𝐞𝐬𝐞𝐚𝐫𝐜𝐡 𝐑𝐞𝐩𝐨𝐫𝐭 @ https://stringentdatalytics.com/purchase/power-transmission-cables-market/14015/?license=single

Market Analysis by Region

North America: The United States and Canada are witnessing significant investments in upgrading and expanding power transmission networks to meet growing electricity demand, integrate renewable energy sources, and enhance grid reliability and resilience.

Europe: Countries like Germany, France, and the United Kingdom are investing in modernizing and expanding their power transmission infrastructure to accommodate renewable energy integration, achieve climate targets, and enhance energy security and efficiency.

Asia-Pacific: Rapid economic growth, urbanization, and industrialization in countries like China, India, and Southeast Asian nations are driving robust demand for power transmission cables to support infrastructure development, energy access initiatives, and renewable energy integration.

Latin America: Countries in Latin America, including Brazil, Mexico, and Chile, are investing in expanding and upgrading their power transmission networks to improve energy access, reliability, and efficiency, supporting economic growth and development.

Middle East and Africa: Growing population, urbanization, and industrialization in the Middle East and Africa are driving investments in electricity infrastructure, including the construction of new transmission lines and substations, boosting demand for power transmission cables.

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[systemtek]

Superconductor market size to grow by USD 4.47 billion from 2022 to 2027

According to Technavio, the global superconductor market size is estimated to grow by USD 4,472.26 million from 2022 to 2027. The market is estimated to grow at a CAGR of almost 8.7% during the forecast period. APAC will account for the largest share of the global market during the forecast period. The report includes historic market data from 2017 to 2021. In 2017, the market was valued at USD 6316.30 million.  For more Insights on market size Request a sample report A superconductor is a material that can conduct electricity with zero electrical resistance and the exclusion of magnetic flux. Technavio has segmented the market based on type (Low-temperature superconductors and High-temperature superconductors), and product (Magnets, Cables, Transformers, and Energy storage devices. - The low-temperature superconductors segment will account for a significant share of the global market during the forecast period. Factors such as low-temperature superconductors are widely used in applications such as high-energy physics, automobiles, magnetic resonance imaging (MRI), and nuclear magnetic resonance (NMR) devices. Currently, commonly used MRI magnets are cylindrical superconducting magnets made from low-temperature Niobium-titanium (NbTi) superconductors. NbTi magnets are compact, demonstrate reliable performance, and are cost-effective. These advantages of low-temperature NbTi superconductors drive their adoption in MRI applications. Such factors will drive the growth of the low-temperature superconductors segment in the global superconductor market. Technavio has announced its latest market research report titled Global Superconductor Market 2024-2028 Geography Overview By geography, the global superconductor market is segmented into APAC, North America, Europe, South America, and Middle East and Africa. The report provides actionable insights and estimates the contribution of all regions to the growth of the global superconductor market. - APAC is estimated to account for 47% of the growth of the global market during the forecast period. Governments of countries in APAC are investing significantly in developing high-voltage power grids. For instance, in November 2022, Sun Cable signed a deal with the Government of Indonesia to develop the world's largest intercontinental solar and storage project. The growing investments in power grid projects will accelerate the demand for superconducting cables, transformers, and generators. This, in turn, will drive the growth of the market in APAC during the forecast period.  The development of smart grids Smart grids provide various benefits, such as managing the power supply efficiently during blackouts. They are prepared for emergencies such as natural disasters, as they re-route the electrical supply to working lines and isolate the fault lines. Electrical equipment, components, and transmission lines carry high currents and voltage at high temperatures, which necessitates the use of superconductor materials. As superconductor devices are suitable for high-temperature applications, they need to be integrated across generators and transformers. Therefore, with the growing interest in smart grid deployment across the world, the need for superconductor devices will drive the market's growth during the forecast period.  - The emergence of SMES systems is a key trend influencing the superconductor market.  - The high lead time may impede the superconductor market growth.   Analyst Review The superconductor market is poised for significant growth, driven by advancements in electric power and high-field magnet technology. Magnetic resonance imaging (MRI) machines utilize superconductors to generate powerful magnetic fields essential for imaging diagnostics in the healthcare sector. These machines, particularly advanced MRI systems, are integral to public health activities worldwide, supported by government initiatives such as those by the US government through entities like the Center for Medicare and Medicaid Services (CMS). Rising expenditure on healthcare globally, including in developing countries like India, fuels the demand for cutting-edge medical technologies, including superconductors. The Organization for Economic Co-operation and Development (OECD) countries also contribute significantly to the market growth through substantial government support and investments in medical industry infrastructure. Superconductors play a vital role in enhancing energy efficiency, particularly in high-power applications where resistance in wires can lead to significant energy losses. This is especially crucial in electronics manufacturing enterprises, where superconductors can improve production value and efficiency in various consumer electronics. India's health sector expenditure reflects the increasing focus on improving healthcare infrastructure, including the adoption of advanced medical technologies. The growth rate of the superconductor market is thus projected to accelerate, driven by a confluence of factors including technological advancements, increased healthcare spending, and expanding applications across diverse industries.  The Superconductor Market is thriving, fueled by advancements in electric power and high-field magnet technology. Magnetic resonance imaging (MRI) machines rely on superconductors for their powerful magnetic fields, revolutionizing healthcare. Energy efficiency and magnetic fields drive innovation, propelling the market forward. Read the full article

[takeoffprojectsvlsi]

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Projects of the HVDC type point the way toward an efficient and environmentally friendly power distribution future by acting as a barometer of innovation in the field of power transmission. The need to progressively transition from fossil fuels to renewable energy sources and the world's increasing need for electricity make hybrid wave power converters (HVDCs) among the most significant infrastructure projects that have fundamentally changed the structure of global energy networks. Electricity for HVDC schemes is sent across long distances on dedicated lines. As opposed to AC systems, HVDC systems employ direct current rather than alternating current. There are several advantages to this loosening of the traditional alternate current (AC) transmission system, the primary one being less power loss over large distances. In contrast to AC transmission, which experiences extremely high resistance losses, HVDC systems rely on the magnetic principle to provide a steady flow of current, decreasing waste and boosting efficiency. Connecting continents is the primary purpose of HVDC projects; this enhances market power amongst areas with disparate energy resources and demand. The undersea cables that connect Europe and Africa and the ambitious projects that link Asia and Australia are two examples of intercontinental HVDC links that demonstrate how HVDC technology can overcome geographical barriers and enhance energy interdependency on a global scale.

Additionally, the integration of renewable energy sources into the current grids is largely dependent on HVDC-based initiatives. There is a problem with the intermittent nature of energy sources like solar and wind as the world shifts away from traditional methods of producing energy and toward renewable energy. Because of its flexibility and long-distance transmission capabilities, hybrid variable-frequency drives (HVDCs) balance supply and demand by facilitating the effective transport of renewable energy from resource-rich locations to densely populated areas. MORE INFO

[ramrodd]

How did Abraham Lincoln modernize the economy?

COMMENTARY"

well, like Joe Biden, Lincoln continued to employ the federal government as a capitalist tool. It is useful to remember that Lincoln is the only President to hold a patent to lift a Mississippi river boat off a shoal grounding with air bags. He was always aware of the he was always aware of the movement of commodities across the face of the nation.

The Intercontinental Road and the Green Back are tow projects he endorsed that provided the foundation for the American economy right up until today.

America has the largest rail road system in the world, which surprised me. I always assumed that Russia held that honor, but, because of Marxism, they never developed the purely commercial routes and short-line capacity that America entrepreneurs built at the drop of a gold mine. Pete Buttigieg is beginning to upgrade the system that has been neglected thanks to the right wing politics of the people who oppose DEI, but we don’t begin to utilize the right of ways that exist, If we just off-loaded 10% of the truck traffic off the interstate system, grid lock in most cities would largely disappear. And with electric cars, we cold create Very High Speed on demand monorail systems for both commuter and long haul passenger car traffic. And Lincoln backed the idea of coast to coast rail roads. he helped put the Pony Express out of business.

Samuel Chase actually created the Green Back, but he was working of Lincoln, The Green Back was able to create a federal economy of scale that consolidates all the economies of scale requiring a a common capital media to do business. This is in contrast to the Southern states in rebellion with their 11 discrete currencies that depended on the far smaller economy of scale of each state that lacked a common media one cotton lost it’s primacy. In effect, the Union went off the gold standard with the Green Back and anchored its value on the productive capacity of the entire Union economy.

This advantage persists in spite of the whining of the gold-based right wingers who who want to run America like the Final Solution, where it was economic to salvage gold fillings from the corpse of slave labor. In 1865, Lincoln was ahead of the current Republican economic theory by several magnitudes.

The good news i

[biblenewsprophecy]

Could an Electro-Magnetic Pulse bomb be the ‘biggest threat’ to the USA?

COGwriter

Could an EMP (Electro-Magnetic Pulse) bomb be the ‘biggest threat’ to the USA? One author is suggesting that is so:

Have You Heard Of An “EMP”? Here’s Why I Think It’s Our Biggest Threat

November 25, 2023 What is the biggest threat to America….right now? …

I want to tell you about something often not discussed …

It’s called an EMP attack.

What’s an “EMP” anyway?

Good question!

An EMP, or Electromagnetic Pulse, is a powerful burst of energy that can disrupt or damage electronic devices and electrical systems. It’s like a super strong wave of energy that can mess with anything that uses electricity. This includes cell phones, computers, cars, and even the power grid that gives electricity to homes and businesses. …

Most Likely Ways an EMP Could Happen:

High-Altitude Nuclear Detonation: A nuclear bomb detonated high in the atmosphere could create a powerful EMP. This would require intercontinental ballistic missile (ICBM) capabilities.Non-Nuclear EMP Devices: These devices can be designed to target specific areas or systems without the broader destruction caused by nuclear weapons. However, their effective range and power are generally less than a nuclear EMP.Cyber-Physical Attacks: A coordinated cyber-attack on power grids and electronic systems could mimic some effects of an EMP, though technically different.Solar Storms: A severe solar storm hitting the Earth could create natural EMP effects, disrupting electrical systems and communications.

The Fallout From an EMP:

Power Outage: EMPs can knock out electricity everywhere, like turning off a big light switch for a whole city or even a country.No Internet or Phones: Imagine not being able to call, text, or use the internet. That’s what happens with an EMP.Water Supply Issues: Without power, getting clean water to homes and buildings becomes really hard.Food Shortage: Stores need electricity to keep food fresh. Without it, a lot of food can go bad quickly.No Heating or Air Conditioning: Houses and buildings would lose heating in winter and air conditioning in summer.Hospitals Struggle: Hospitals rely on power for life-saving equipment. An EMP could put many lives at risk.Transportation Problems: Cars, buses, and trains might not work, making it tough to get around.Banking and Money Problems: ATMs and credit card machines need power, so buying things could become really difficult.Emergency Services Disrupted: Police, fire, and ambulance services could be severely affected.Danger to Airplanes: Planes flying when an EMP hits could have serious trouble.Schools Closing: With no power, schools might have to close.No Radio or TV: News and entertainment through radio and TV would be cut off.Damage to Electronics: An EMP can break things like computers, TVs, and even some toys.Industrial Shutdowns: Factories and other big workplaces would have to stop work.Fuel Shortages: Gas stations need power to pump gas, so cars might run out of fuel.Increased Crime: Without alarms or streetlights, there might be more thefts and other crimes. …

Life In America Following an EMP Attack: …

In the immediate aftermath, there would be widespread panic and confusion. The EMP, having disabled all electronics, would leave individuals without means of communication; cell phones, internet, and radio would be rendered useless.Transportation systems would grind to a halt. Modern vehicles with electronic components would fail, leading to widespread traffic jams and stranded individuals.Emergency services would be severely hampered, struggling to respond to incidents without their usual communication and transportation infrastructure.There would be a run on stores for essential supplies as people quickly realize the severity of the situation. This could lead to shortages and even looting in some areas. …Food shortages could become a serious issue. Without modern transportation and preservation methods, communities would have to rely on locally sourced food, leading to a rise in gardening and small-scale farming. …Over time, there might be efforts to rebuild some form of electrical infrastructure, but this would be a slow and difficult process given the extent of the damage caused by the EMP. https://100percentfedup.com/have-you-heard-of-an-emp-heres-why-i-think-its-our-biggest-threat/

Actually, if the USA was hit with a devastating EMP bomb, it likely would not actually recover.

Places that have repeatedly threatened the USA, such as Iran, look to have the capability to do that.

As far as Iran and the USA go, notice the following from a couple of years ago:

Iran Could Soon Strike US With EMP Weapon

June 2, 2021

Does Iran already have nuclear weapons and the capability to make an electromagnetic pulse attack that would destroy electric grids and critical infrastructures sustaining the lives of 330 million Americans?

Not everyone agrees with Washington’s intelligence community “consensus” that Iran does not yet have nuclear missiles. https://www.newsmax.com/platinum/iran-us-emp-nuclear/2021/06/02/id/1023561/

U.S. military warns electromagnetic pulse weapons in Iran, Russia and North Korea could melt down nuclear power plants, shut down the electricity grid for 18 months and WIPE OUT millions of Americans

An Air Force report reveals the U.S. is utterly unprepared for an electromagnetic pulse weapon attack Iran, North Korea, Russia, and U.S. all have developed EMP weapons that fire invisible microwaves and electromagnetic pulses that shut down electricityThe report warns that an attack could shut down the electricity grid for 18 months, would melt down nuclear plants, and displace 4.1million peopleIt would also kill 90 per cent of the East Coast within a yearNo electricity would affect transportation, food distribution, and healthcare  12/01/18 https://www.dailymail.co.uk/news/article-6449619/Air-Force-warns-electromagnetic-pulse-weapons-Iran-Russia-North-Korea-destroy-America.html?fbclid=IwAR20sUtYtx7dPe09X-rbxJtAbEqC35-peYUBLi74Y6E_PmcU1f17vYl-7Fg

Notice that some power issues could happen with a cyberattack, which would be harder for the USA to know how to respond:

American Power Grid ‘Vulnerable’ To Chinese Cyberattacks, Navarro Warns

May 4, 2020

But for conservatives, who have been looking at China with a wary eye since the outbreak began, this latest ‘escalation’ is hardly a surprise. And when it comes to rebutting China’s aggression to an audience of mostly Trump supporters, nobody in the West Wing is as practiced as Pete Navarro. Which is probably why he was called to deliver a warning about the newest “threat” from China, a threat that could potentially be even more crippling to the US economy than the virus.

That threat? The vulnerability of the US power grid.

“I think that what’s important for the American people to understand very clearly is that “China lied, people died”. China spawned the virus and they hid the virus for 6 weeks, which allowed the virus to escape Wuhan and infect the rest of the world. And they spent that time going around the world, vacuuming up masks.”

Navarro explained how President Trump’s latest executive order protects America’s power grid by forcing the federal government to buy and use components made only in the US (the federal government administers roughly 20% of the US power grid). Under current rules, companies subject to the influence of foreign adversaries are still allowed to compete for government contracts to supply these components, Navarro argued in a Fox op-ed published shortly before his appearance.

Right now, Navarro said his primary responsibility in the administration is overseeing the reorientation of American supply chains away from China (though this will ultimately be decided by individual corporations, the White House can certainly take steps to sway their decisions, not that the crisis hasn’t been instructive enough on its own). He argued that this latest EO, along with another EO that will require federal agencies to use all-American components for medicines, are the first steps of the “decoupling” of the US economy away from China’s – something that, polls show, Americans mostly support.

Without these orders, Navarro said, China poses a direct threat to the US power grid so long as components made in China and other foreign markets are used. https://www.zerohedge.com/political/american-power-grid-vulnerable-chinese-cyberattacks-navarro-warns

China and Iran are believed to have EMP capability to impact the power grid of the USA.

Currently, Iran is debating taking steps against the USA for its support of Israel against Hamas.

Yes, the Iranians may well attempt to use one or more EMP bombs against the USA (as well as Israel).

Let me also add that solar flares with related sunspots also have destructive EMP potential.

Now, consider the following:

Totally Insane Things That Will Happen If Our Power Grid Goes Down

If our society suffered a widespread power failure that lasted for weeks or months, it would be no different for us than if we were suddenly sent back to the 1800’s. It would be a strange and dangerous world, and for the average person, it would catch them off guard in the following ways:

1. All commerce will cease. The ATMs won’t work, the banks won’t open, and the cash registers won’t…well, register. For a while cash will be king, but if the crisis goes on for more than a few weeks, then people will view it as worthless. We’d be back to a barter economy in short order.

2. Communications will shut down. If you think you can rely on your cell phone to work in a disaster, think again. In a crisis, when everyone instinctively reaches for their phone, that limit is quickly surpassed and the radios on the tower get sluggish, thus causing the fast-busy signal. …

3. Without electricity, all forms of fuel that our society relies on will stop flowing. All of our vehicles will be dead in the water, and more importantly, the trucks will stop delivering food. …

4. And of course many of those farms will lack water, as will your plumbing. For a couple of days after the power goes out, you’ll still have running water since water towers rely on gravity to feed the water to your home. However, electricity is required to clean that water and pump it into the tower. Once it’s out, that means that you won’t be able to flush your toilet. …

5. When the grocery stores are stripped bare, the pharmacies won’t be far behind. …

6. And finally, one of the most shocking things that people will have to deal with, is the lack of GPS. The GPS satellites will probably keep running, but eventually the devices that read those signals will give up the ghost. These days people are pretty reliant on GPS for directions, and there aren’t as many paper maps lying around. The average person is going to be utterly lost if the grid goes down.

In summary, law and order will break down at every level, and death will be around every corner. http://www.zerohedge.com/news/2017-02-28/6-totally-insane-things-will-happen-if-our-power-grid-goes-down

The USA is vulnerable to electromagnetic issues, either from natural causes or man-made ones.

A power grid failure, including one caused by an EMP (ElectroMagnetic Pulse) weapon, could be a factor in the troubles that hit prior to the start of the Great Tribulation.

The Continuing Church of God is pleased to announce the following video on our Bible News Prophecy YouTube channel:

17:43

Electrical End of the USA ?

Could problems with the electrical power grid caused by one or more electro-magnetic pulse bombs, solar flares, and/or other phenomena help weaken the USA to the point of allowing it to be taken over? Does such potential exist? If so, is this consistent with any biblical prophecies? What are some of the severe consequences that the USA would face in the event of an electrical power grid failure? Is there evidence in scripture that the USA will be taken over in the 21st century?

Here is a link to our video: Electrical End of the USA?

The USA faces a massive threat from many things that could knock-out its electrical power grid. The USA itself has been developing its own cyber-warfare and EMP technologies, which, of course, also encourages other nations to do so. Plus, the USA is likely to share that technology with Europe.

Jesus taught of a time of “troubles” that would come in Mark 13:

7 But when you hear of wars and rumors of wars, do not be troubled; for such things must happen, but the end is not yet. 8 For nation will rise against nation, and kingdom against kingdom. And there will be earthquakes in various places, and there will be famines and troubles. These are the beginnings of sorrows. (Mark 13:7-8)

While most in the USA act like it will go on indefinitely and cannot truly be brought down, the reality is that electrical, weather, pestilence, and other events can devastate the USA.

Consider that in the end times, the Bible tells of a King of the North (Daniel 11:29-45), King of the South (Daniel 11:40-43), and the Kings of the East (Revelation 16:12-16), but no King of the West?

Instead it tells of a time when the power with the strongest fortresses gets taken over by the King of the North (the “he” in the following scriptures):

39 Thus he shall act against the strongest fortresses with a foreign god, which he shall acknowledge, and advance its glory; and he shall cause them to rule over many, and divide the land for gain. (Daniel 11:39)

25 “Through his cunning He shall cause deceit to prosper under his rule; And he shall exalt himself in his heart. He shall destroy many in their prosperity. (Daniel 8:25)

This will cause the world to marvel (Revelation 13:3-4).

It is likely that the USA will have to be in a weakened state to be taken over. And while deceit will be a factor (Daniel 8:25; Lamentations 1:1-2), the fact is that the USA will be hit with troubles and sorrows, beforehand (Matthew 24:4-8) that will weaken it.

Notice the following from our free online book, Lost Tribes and Prophecies: What will happen to Australia, the British Isles, Canada, Europe, New Zealand and the United States of America?:

The Bible warns that God will “hurl disasters” against some descended from Israel (Deuteronomy 32:23, NJB) who “provoke” God (Deuteronomy 32:21-22, NKJV). Disasters, especially if there is an ElectroMagnetic Pulse (EMP) attack, a severe solar flare storm, devastating hurricane (s) something like a massive volcanic eruption and/or massive earthquake could be part of a so-called “perfect storm” of events that could set up the U.S.A. for destruction. …

It looks like Germany’s FAIR, along with the LHC and other technology like the stellarator, will help the Europeans produce military weaponry to fulfill certain end-time prophecies. Since Revelation 13:4 is discussing what seems to be a unique type of warfare, this warfare likely includes certain high-tech weapons (such as electromagnetic pulse, neutron bombs, unique delivery systems, etc.) that will be effective for a while.

The USA is highly dependent upon electricity and its power grid is at risk. As far as Europe attacking the USA, the Bible points to the “friends” of the USA becoming enemies (cf. Lamentations 1:1-2).

That said, according to various reports, an EMP attack could happen tomorrow–though I do NOT expect one from Europe for at least 3 1/2 years. But Iran or others could do something soon.

Are you ready spiritually to deal with what can happen in the USA? Even if you do not live in the USA, consider how its devastation could affect you and the country you are currently living in. Related Items:

Electrical End of the USA? Could problems with the electrical power grid caused by one or more electo-magnetic pulse bombs, solar flares, and/or other phenomena help weaken the USA to the point of allowing it to be taken over? Does such potential exist? If so, is this consistent with any biblical prophecies? What are some of the severe consequences that the USA would face in the event of a electrical power grid failure? Is there evidence in scripture that the USA will be taken over in the 21st century? Dr. Thiel addresses these issues and more in this video.

Might the U.S.A. Be Gone by 2028? Are there prophetic reasons to believe that the USA will not last two complete presidential terms? Yes. There is a tradition attributed to the Hebrew prophet Elijah that humanity had 6,000 years to live before being replaced by God’s Kingdom. There are scriptures, writings in the Talmud, early Christian teachings that support this. Also, even certain Hindu writings support it. Here is a link to a related video: Is the USA prophesied to be destroyed by 2028? In Spanish: Seran los Estados Unidos Destruidos en el 2028?

Is God Calling You? This booklet discusses topics including calling, election, and selection. If God is calling you, how will you respond? Here is are links to related sermons: Christian Election: Is God Calling YOU? and Predestination and Your Selection; here is a message in Spanish: Me Está Llamando Dios Hoy? A short animation is also available: Is God Calling You?

Christian Repentance Do you know what repentance is? Is it really necessary for salvation? Two related sermons about this are also available: Real Repentance and Real Christian Repentance.

Lost Tribes and Prophecies: What will happen to Australia, the British Isles, Canada, Europe, New Zealand and the United States of America? Where did those people come from? Can you totally rely on DNA? Do you really know what will happen to Europe and the English-speaking peoples? What about the peoples of Africa, Asia, South America, and the islands? This free online book provides scriptural, scientific, historical references, and commentary to address those matters. Here are links to related sermons: Lost tribes, the Bible, and DNA; Lost tribes, prophecies, and identifications; 11 Tribes, 144,000, and Multitudes; Israel, Jeremiah, Tea Tephi, and British Royalty; Gentile European Beast; Royal Succession, Samaria, and Prophecies; Asia, Islands, Latin America, Africa, and Armageddon;  When Will the End of the Age Come?;  Rise of the Prophesied King of the North; Christian Persecution from the Beast; WWIII and the Coming New World Order; and Woes, WWIV, and the Good News of the Kingdom of God.

LATEST NEWS REPORTS

LATEST BIBLE PROPHECY INTERVIEWS

[jane-lee-jane]

Graphs of each of the world's 150 nations showing their twentieth-century histories of inanimate energy production per capita of their respective populations together with graphs of those countries' birthrates show without exception that the birthrates decrease at exactly the same rate that the per capita consumption of inanimate electrical energy increases. The world's population will stop increasing when and if the integrated world electrical energy grid is realized. This grid is the World Game's highest priority objective.

Critical Path, 1981, Fuller and Kuromiya

When Buckminster Fuller was asked by a 12 year old boy, “How would you suggest solving international problems without violence?” he answered: “I always try to solve problems by some artefact, some tool or invention that makes what people are doing obsolete, so that it makes this particular kind of problem no longer relevant. My answer would be to develop a world energy grid, an electric grid where everybody is on the same grid. All of a sudden there would be no problems any more, no international troubles. Our new economic basis wouldn't be gold or dollars; it would be kilowatt hours.

Fuller's Earth, 1983, Richard Brenneman

Because energy is wealth, the integrating world industrial networks promise ultimate access of all humanity everywhere to the total operative commonwealth of earth.

에너지는 부이기 때문에, 통합되는 세계 산업 네트워크는 지구의 전체 작동 가능한 공동체에 모든 인류의 궁극적인 접근을 약속한다

Utopia or Oblivion, 1969, Fuller

This now feasible, intercontinental network would integrate America, Asia and Europe, and integrate the night-and-day, spherically shadow-and-light zones of Planet Earth. And this would occasion the 24-hour use of the now only fifty per cent of the time used world-around standby generator capacity, whose fifty per cent unused capacities heretofore were mandatorily required only for peakload servicing of local non-interconnected energy users. 

이제 실현 가능한 대륙간 네트워크는 미국, 아시아, 유럽을 통합하고, 지구의 밤과 낮, 그리고 구면 그림자와 빛 영역을 통합하게 됩니다. 이렇게 되면, 지금까지 사용된 전 세계 대기 발전기 용량의 50%만 24시간 사용하게 됩니다. 지금까지 사용되지 않았던 50%의 발전기 용량은 현지 비연결 에너지 사용자들의 피크 로드 서비스에만 의무적으로 필요했습니다.