Solar and Wind Systems EMP Protection – EMP Shield

Description

Built to exceed military standards (MIL-STD-188-125-1, MIL-STD-464C, and MIL-STD-461G), The Shield is one of the World’s fastest whole home surge protectors operating in less than 1 billionth of a second. Our devices have been military tested and proven to defend against the E1, E2, and E3 phases of an EMP.

The Shield is designed to protect an entire home from lightning, solar flare (coronal mass ejection), power surges, and an electromagnetic pulse. Our family of technologies have been tested at Keystone Compliance, in accordance with all military standards.

You can protect your Homes, Vehicles, Radios, Solar Systems, Generators, RVs, Motorcycles and Watercrafts.

EMPs & CMEs The Threat is Real!

New EMP warning: US will ‘cease to exist,’ 90 percent of population will die… Military warns EMP attack could wipe out America, ‘democracy, world order’…  EMP Commission warns ‘blackout’ of electricity, food, water to last ‘year or longer,’ huge death toll… Trump signs executive order to protect the US from a ‘debilitating’ EMP attack… The Next Major Blackout on Earth Will Be Caused by This Natural Source… The Day the Sun Brought Darkness… Earth Offline: A “Solar Superflare” Could Impact The Grid Sooner Than We Think… Congress echoes Trump EMP concerns, Iran weapon feared…

These headlines make it crystal clear we need to be concerned about EMPs and CMEs, and that’s precisely what our inside sources have been telling us for the past year.

The EMP Shield attaches to the device that immediately follows the combiner (or PV array). This will be an inverter or charge controller. Find the maximum input voltage for the device and select an EMP Shield that matches the optimal input volatge range into the device. As an example: many off grid systems lead to charge controllers. If there are 2x charge controllers that each have a maximum input voltage of 150V you would need a dual 90-120V EMP Shield. If you have only 1x charge controller that has a maximum input voltage of 150V, you will need the single 90-120V EMP Shield. If you have an inverter as the first device that has a maximum input volatge of 60V you would select the 48V EMP Shield.