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American Grid Attack
Duration: 5:24
Views: 22
Submitted: 1 week ago
Submitted by:
Description:
How to target American g-fag and cunt’s greatest vulnerability, their enemy Electric Grid..
Thai video is currently for entertainment purposes only as I abstained from detailing targeting of their actual import capacity which primarily originate from their Pacific Northwest and the Southwest via major their transmission paths, such as Path 15 and Path 66, which are critical interconnections to their Western Interconnection grid. These interconnections are the actual "backbone" of their state's import capacity.
But my video shows targeting their stalker enemy electric grid is so easy a caveman can do it!
However, this is the actual attack scenario to show why American enemy electric grid is their Achilles Heel and I will just cover their Western not any other…
Preparation Phase: Will begin with any group conducting reconnaissance over several months, identifying remote, lightly guarded facilities using publicly available maps and reports on their American enemy grid infrastructure. They acquire basic tools and plan for simultaneous strikes to overwhelm response efforts.
Execution Phase: On a chosen date, perhaps during peak demand seasons like summer heatwaves or winter storms to exacerbate impacts, teams can easily target 8-12 key facilities across multiple states. The attacks focus on damaging critical components that are difficult to replace quickly, leading to cascading failures where overloads propagate through interconnected systems.
Method and Severity: The assault involves sabotage that disrupts high-voltage transmission, severing major power corridors. To achieve a year-long outage in the Western grid, the scenario would require destroying irreplaceable equipment at multiple bottleneck points, creating widespread isolation of power sources. This level of severity assumes no immediate spares are available and global supply chains for replacements are strained, extending downtime to 12-18 months in affected regions. Such an outcome is feasible given the grid’s aging nature and well documented vulnerabilities.
The hardest-hit facilities would be those acting as chokepoints in their Western Interconnection’s major transmission paths, where failures can isolate entire regions and prevent power rerouting. These are often in rural or semi-isolated areas, making them more vulnerable. Based on my analyses of critical infrastructure, the following paths and associated substations would be easy prime targets:
Path 15 (Their American Enemy Key North-South Corridor in Central California): Their facilities like Los Banos, Gates, and Midway substations, which handle massive power flows from Northern to Southern California. Damage here would black out large swaths of their stalker enemy American state, affecting urban centers like Los Angeles and San Francisco.
Path 27 (Their Southern Nevada-California Link): Victorville, McCullough, and Mead substations, critical for importing power from Arizona and Nevada. Hits would isolate Las Vegas and parts of Southern California.
Path 46 (Their American enemy Southwest Intertie): Imperial Valley, Palo Verde, Lugo, and Marketplace substations, linking Arizona’s nuclear and solar resources to California. Failures would cripple power imports, leading to rolling blackouts across the Southwest.
Path 65 (Pacific DC Intertie): Celilo Converter Station (Oregon) and Sylmar Converter Station (California), which transfer hydroelectric power from the Pacific Northwest. These HVDC facilities are uniquely vulnerable, and their outage could prevent the flow of up to 3,100 MW, devastating California’s energy supply.
Path 66 (California-Oregon Intertie): Captain Jack, Olinda, Malin, and Round Mountain substations, essential for Northwest hydro exports. Targeting these would compound issues by cutting off renewable-heavy sources. These sites are considered critical because they represent “single points of failure” in their system, where attacks would trigger widespread disruptions. Devastation? A year-long outage in the Western grid would represent a catastrophic failure, far beyond their usual typical weather-related disruptions leading to cascading societal, economic, and humanitarian crises. Initial blackouts would affect tens of millions immediately but prolonged effects would compound over time.
Immediate Impacts (First 24-72 Hours): Widespread blackouts hit urban and rural areas, halting traffic signals, elevators, and public transit. Hospitals switch to generators, but non-essential services cease. ATM’s and credit card systems fail, disrupting commerce. Food spoilage begins in homes and stores without refrigeration.
Short-Term Devastation (1-4 Weeks): Water treatment plants and pumping stations fail, leading to contaminated or unavailable drinking water for millions. Sewage systems back up, posing health risks. Fuel shortages emerge as gas stations can’t pump without power. Emergency services are overwhelmed, with communication networks strained. Vulnerable populations—elderly, medically dependent—face immediate threats, potentially causing thousands of deaths from lack of heating/cooling, dialysis, or ventilators.
Medium-Term Effects (1-6 Months): Supply chains collapse; perishable goods vanish, leading to food shortages and price spikes. Industries like tech (e.g., Silicon Valley data centers) and agriculture (e.g., California’s Central Valley irrigation) shut down, causing massive job losses. Schools and businesses close indefinitely. Mental health crises rise amid isolation and stress. Evacuations from major cities like Los Angeles or Seattle would displace millions, straining neighboring regions.
Long-Term Consequences (6-12 Months): Economic losses could exceed $1-2 trillion, with GDP drops of 5-10% in affected states due to halted manufacturing, tourism, and exports. Public health deteriorates from disease outbreaks (e.g., waterborne illnesses) and malnutrition. Social unrest escalates, potentially leading to looting or civil disorder. Environmental impacts include untreated wastewater polluting rivers and increased wildfire risks from unmaintained lines. Rebuilding efforts would be hampered by global shortages of grid components, prolonging recovery.
Overall, my pretty detailed scenario underscores American stalker g-faggit and cunt grid’s fragility illustrates that if you want to hit American stalker enemy mother fuckers and their cunts, taking out their electric grid which is mostly unguarded at all fuckin times, is CAKEWALK!
Lucky for the enemy stalker bastards, I abstained from going in depth but the more ya’ll stalk me, the more I will be detailing how easy it is to not just make ya’ll turn on each other, but how to hitchuh to git’chuh to kill each other over a loaf of fuckin bread!
You g-fags and cunts pitch me a single fuckin thing, and I’ll reciprocate by producing a detailed video how to detonate explosive charges at your fuel storage depots across USA…
“United Stalker States are electricity dependent, pull the plug and you’ll set them back to Medieval Times!”
lol!
-Stateless Warrior
Thai video is currently for entertainment purposes only as I abstained from detailing targeting of their actual import capacity which primarily originate from their Pacific Northwest and the Southwest via major their transmission paths, such as Path 15 and Path 66, which are critical interconnections to their Western Interconnection grid. These interconnections are the actual "backbone" of their state's import capacity.
But my video shows targeting their stalker enemy electric grid is so easy a caveman can do it!
However, this is the actual attack scenario to show why American enemy electric grid is their Achilles Heel and I will just cover their Western not any other…
Preparation Phase: Will begin with any group conducting reconnaissance over several months, identifying remote, lightly guarded facilities using publicly available maps and reports on their American enemy grid infrastructure. They acquire basic tools and plan for simultaneous strikes to overwhelm response efforts.
Execution Phase: On a chosen date, perhaps during peak demand seasons like summer heatwaves or winter storms to exacerbate impacts, teams can easily target 8-12 key facilities across multiple states. The attacks focus on damaging critical components that are difficult to replace quickly, leading to cascading failures where overloads propagate through interconnected systems.
Method and Severity: The assault involves sabotage that disrupts high-voltage transmission, severing major power corridors. To achieve a year-long outage in the Western grid, the scenario would require destroying irreplaceable equipment at multiple bottleneck points, creating widespread isolation of power sources. This level of severity assumes no immediate spares are available and global supply chains for replacements are strained, extending downtime to 12-18 months in affected regions. Such an outcome is feasible given the grid’s aging nature and well documented vulnerabilities.
The hardest-hit facilities would be those acting as chokepoints in their Western Interconnection’s major transmission paths, where failures can isolate entire regions and prevent power rerouting. These are often in rural or semi-isolated areas, making them more vulnerable. Based on my analyses of critical infrastructure, the following paths and associated substations would be easy prime targets:
Path 15 (Their American Enemy Key North-South Corridor in Central California): Their facilities like Los Banos, Gates, and Midway substations, which handle massive power flows from Northern to Southern California. Damage here would black out large swaths of their stalker enemy American state, affecting urban centers like Los Angeles and San Francisco.
Path 27 (Their Southern Nevada-California Link): Victorville, McCullough, and Mead substations, critical for importing power from Arizona and Nevada. Hits would isolate Las Vegas and parts of Southern California.
Path 46 (Their American enemy Southwest Intertie): Imperial Valley, Palo Verde, Lugo, and Marketplace substations, linking Arizona’s nuclear and solar resources to California. Failures would cripple power imports, leading to rolling blackouts across the Southwest.
Path 65 (Pacific DC Intertie): Celilo Converter Station (Oregon) and Sylmar Converter Station (California), which transfer hydroelectric power from the Pacific Northwest. These HVDC facilities are uniquely vulnerable, and their outage could prevent the flow of up to 3,100 MW, devastating California’s energy supply.
Path 66 (California-Oregon Intertie): Captain Jack, Olinda, Malin, and Round Mountain substations, essential for Northwest hydro exports. Targeting these would compound issues by cutting off renewable-heavy sources. These sites are considered critical because they represent “single points of failure” in their system, where attacks would trigger widespread disruptions. Devastation? A year-long outage in the Western grid would represent a catastrophic failure, far beyond their usual typical weather-related disruptions leading to cascading societal, economic, and humanitarian crises. Initial blackouts would affect tens of millions immediately but prolonged effects would compound over time.
Immediate Impacts (First 24-72 Hours): Widespread blackouts hit urban and rural areas, halting traffic signals, elevators, and public transit. Hospitals switch to generators, but non-essential services cease. ATM’s and credit card systems fail, disrupting commerce. Food spoilage begins in homes and stores without refrigeration.
Short-Term Devastation (1-4 Weeks): Water treatment plants and pumping stations fail, leading to contaminated or unavailable drinking water for millions. Sewage systems back up, posing health risks. Fuel shortages emerge as gas stations can’t pump without power. Emergency services are overwhelmed, with communication networks strained. Vulnerable populations—elderly, medically dependent—face immediate threats, potentially causing thousands of deaths from lack of heating/cooling, dialysis, or ventilators.
Medium-Term Effects (1-6 Months): Supply chains collapse; perishable goods vanish, leading to food shortages and price spikes. Industries like tech (e.g., Silicon Valley data centers) and agriculture (e.g., California’s Central Valley irrigation) shut down, causing massive job losses. Schools and businesses close indefinitely. Mental health crises rise amid isolation and stress. Evacuations from major cities like Los Angeles or Seattle would displace millions, straining neighboring regions.
Long-Term Consequences (6-12 Months): Economic losses could exceed $1-2 trillion, with GDP drops of 5-10% in affected states due to halted manufacturing, tourism, and exports. Public health deteriorates from disease outbreaks (e.g., waterborne illnesses) and malnutrition. Social unrest escalates, potentially leading to looting or civil disorder. Environmental impacts include untreated wastewater polluting rivers and increased wildfire risks from unmaintained lines. Rebuilding efforts would be hampered by global shortages of grid components, prolonging recovery.
Overall, my pretty detailed scenario underscores American stalker g-faggit and cunt grid’s fragility illustrates that if you want to hit American stalker enemy mother fuckers and their cunts, taking out their electric grid which is mostly unguarded at all fuckin times, is CAKEWALK!
Lucky for the enemy stalker bastards, I abstained from going in depth but the more ya’ll stalk me, the more I will be detailing how easy it is to not just make ya’ll turn on each other, but how to hitchuh to git’chuh to kill each other over a loaf of fuckin bread!
You g-fags and cunts pitch me a single fuckin thing, and I’ll reciprocate by producing a detailed video how to detonate explosive charges at your fuel storage depots across USA…
“United Stalker States are electricity dependent, pull the plug and you’ll set them back to Medieval Times!”
lol!
-Stateless Warrior
