华盛顿特区是美国最容易遭受地磁风暴期间电网故障的城市
Washington DC Most Vulnerable US City For Grid Failure During Geomagnetic Storm

原始链接: https://www.zerohedge.com/weather/washington-dc-most-vulnerable-us-city-grid-failure-during-geomagnetic-storm

据报道,在第 25 太阳周期的太阳活动极大期期间,由于太阳黑子、耀斑和日冕物质抛射等太阳活动的增加,华盛顿特区和威斯康星州密尔沃基成为最容易受到太空天气影响的美国城市。 这些事件会导致指向地球的电磁能量激增,可能会影响电网和通信基础设施。 英国地质调查局的研究人员发现,这两个城市的网络紧密相连,这表明它们很容易受到太空天气的影响。 太空天气可能会产生地磁感应电流,这可能会给数字和远程工作经济带来风险。 近年来,强烈的太阳风暴对现代技术造成的损害很小,但仍然令人担忧。 为了应对未来的太阳风暴,有必要进行进一步的研究,以确定导致这些被称为“超级节点”的特定城市脆弱性的因素。 历史记录展示了太空天气影响的一个极端例子,1859 年的卡灵顿事件由于高强度的太阳辐射而引发了电报线路火灾。 尽管气候变化可能会引起人们的关注,但认识到太阳风暴对全球电网造成的潜在危险至关重要。 奥巴马总统于 2016 年针对这些威胁发布了一项行政命令。

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原文

We have previously noted the early indicators of the sun's upcoming 11-year solar cycle. Currently, Solar Cycle 25 is at its peak, known as the 'solar maximum,' characterized by intense solar activity such as sunspots, flares, and coronal mass ejections. This results in a significant surge in electromagnetic energy hurtling towards Earth, and now new data shows Washington, DC, is the most vulnerable US city to space weather.

The Royal Astronomical Society reports that researchers at the British Geological Survey (BGS) found that Washington, DC, and Milwaukee are some of the most exposed US cities to space weather. This is particularly problematic during a solar maximum period that will last through 2025 because power grids and ground-based communication devices could be disrupted. 

"We have identified certain regions of the US (Washington DC area and Milwaukee) which are repeatedly appearing as 'highly connected' in our network, hence are possibly regions particularly vulnerable to the effects of space weather and may benefit from further monitoring," said Dr. Lauren Orr of BGS.

Dr. Orr said there were "many reasons" the metro areas might be more at risk of the impact of solar storms, including "electrical conductivity of the ground, the physical construction of the power grid in those areas, or the location of the auroral currents in the sky."

She added a caveat that further research is needed to reveal more evidence of why these cities are considered 'supernodes.' 

Geomagnetically induced currents from powerful solar storms can disrupt the digital and remote work economy.

We've outlined this in space weather notes over the years: 

In early May, one of the most powerful solar storms in years blasted Earth. Fortunately, the digital economy held up, and Starlink's massive satellite constellation also survived. 

Last year, we pointed out that the current solar cycle (Solar Cycle 25) is expected to peak sometime in 2025. 

And just recently revealed new data about the next solar cycle:

Let's remember this executive order signed by Obama in 2016...

The most powerful solar storm to rock Earth in recorded history, the Carrington Event, occurred in September 1859. It sparked fires in telegraph systems across Europe and North America. 

The biggest threat to Earth is likely not the narrative radical leftist push about climate change. It's the sun and how one powerful solar storm can take down grids worldwide.

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