The most dangerous type of solar flares for humanity are the Coronal Mass Ejections (CMEs) that occur during the most active period of the sun's 11-year cycles. Bursts of electromagnetic radiation have occurred before, the most notable being the Carrington event when the most powerful solar storm in recorded history hit earth.
On March 13th 1989, during the solar maximum of solar cycle #22, the northeast US and eastern Canada experienced a geomagnetic storm as a result of a large solar flare. Disruptions throughout the solar system suggest that the present solar cycle #24 is likely to produce Coronal Mass Ejections (CMEs) rivaling that of the 1859 Carrington Event. Some scientists believe an incoming brown dwarf star, several times the mass of Jupiter, is responsible for disrupting our solar system's heliosphere. We must implement measures to protect our electrical power grids from a catastrophic Electro-Magnetic Pulse (EMP) event caused by a super solar Coronal Mass Ejection (CME).
According to researchers at EMPact America, an organization dedicated to studying and preparing for the possibility of large-scale electro magnetic pulse threats that can destroy our modern day electrical infrastructure, the earth came dangerously close to a serious destabilization event. The original Carrington event is estimated to have been larger than an X10 Class flare – a super solar flare.
The grid could be crippled at least four different ways, Bartlett says: terrorist assaults on power substations, a cyberattack, a massive solar storm and an electromagnetic pulse attack. Bartlett has for decades warned of the harm of an EMP attack — a nuclear detonation in the atmosphere that could fry computers and anything with an electric circuit — in his writings, in legislation and in late-night speeches on the House floor, though experts differ on the seriousness of the threat.
Once your basic plans are in place, develop a long-term preparedness plan centered around building up your stockpiles, skills and strategies over time. There are a variety of civilization affecting threats that we face, so preparing for an EMP attack or solar flare will actually ready you for a whole host of other worst-case scenarios. Patriot Rising Find Local Gun ShopsHomespun Environmental Just Live Off Grid Prep and PantryPRI Fuel Storage Products Shooting Ranges Your Link Here!
A bolt of lightning struck a local gasoline storage tank in North Carolina, erupting into a wall of flames that leapt as high as 100 feet and belched a plume of smoke in the shape of an arch across eight lanes of US interstate highway.

Technology: Solar flares can damage satellites and x-rays can disturb radio and other wireless communications. This means that the size of the solar flare would be massive, and the charged particles contained within it would be widespread, likely affecting every non-shielded electronic device on the planet. The National Academy of Sciences 2008 report titled "Severe Space Weather Events -- Societal and Economic Impacts," predicts that our sophisticated technology is vulnerable to a severe solar storm. Driving a 2010 Toyota Prius through the path of the EMP generator pulse, the car dashboard immediately went blank and the Prius halted. It is also disturbing the orbit of Jupiter and the rest of the celestial bodies in our solar system. On June 12th, at 00:55 Universal Time, an M2-class solar flare sparked a bright flash of extreme ultraviolet radiation, propelling a shock wave through the sun's atmosphere, and hurling a billion-ton Coronal Mass Ejection (CME) into space. The sun has begun to awaken and possibly exhale a massive solar storm on planet earth's electromagnetic field.
Humanity: We are normally protected from extreme solar radiation by the earth's atmosphere and magnetosphere. Just before noon on September 1st 1859, Richard Carrington -- a 33 year old British astronomer -- was observing an image of the sun on a white screen and was drawing the sunspots and solar flares. The SEC warns of impending solar storms so electric power, cell phone and satellite companies ought to take precautions.
Smaller components and communications equipment -- necessary to maintain continuity of operations during an emergency -- also need to be protected from an EMP event. A couple of weeks ago the sun emitted a massive CME (Coronal Mass Ejection) that, had it been earth-directed, would likely have wiped out critical portions of the world’s power grid and sent developed nations back to the stone age within a matter of seconds. A CME happens when gas erupts from the solar corona -- "crown" of outer atmosphere surrounding the sun -- and carries a massive amount of radioactive material that can reach earth in three to five days. Given that we do not have storage of energy and depend on a real time system, this is a severe vulnerability which also decreases efficiency.

Although there have been big sun storms before in history, we have never been this dependent on the technology they can disrupt. Tens of millions of dollars in protective measures properly implemented prior to an EMP event are likely to result in trillions of dollars saved following an EMP event. Also see the new Directory of EMP Protection and Solar Rooftop Products now under development by Don White.
However, strong solar flares can have a significant impact on degrading the earth's magnetic field, letting the harmful rays through. This is the result of using smaller microchips and circuits, which makes them even more susceptible to EMP.
However, backed with USD 75 million in US Department of Energy smart grid demonstration grants, the first large-scale distributed battery storage project is being started in the US. Remember that in a complete solar photovoltaic system, the inverters and battery chargers, as well as the solar panels, need to have proper shielding and transient protection. For information about the EMP sensitivity of solar panels, and more details on the shielding of solar panel systems, see Donald J. In the event of an EMP nothing using electrical or electronic systems may function correctly. By protecting the national grid(s) through EMP hardening of critical electrical-electronic devices and equipment we can reduce the power grids' vulnerability to damaging surges.

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