When looking for a portable solar power generator to use in case of a power failure, several factors should be considered, including wattage, features, and other specifications. Here are some key considerations:
Wattage and Capacity Features To Review In A Portable Solar Power Generator
Determine your power needs during an outage. Calculate the wattage requirements of the essential appliances and devices you want to power simultaneously. Choose a portable solar generator with sufficient wattage to meet these needs. Portable generators typically range from a few hundred watts to several thousand watts.
While a 10-watt wireless charger might be great for charging up your cellphone, in a power outage during a heat wave, a 100-watt generator will run the frig for 40 hours at a time.
Portable Solar Power Generators and Battery Capacity:
Look for a solar generator with a battery capacity (measured in watt-hours or kilowatt-hours) that can support your critical devices for the required duration. Consider whether you need additional batteries or the ability to connect external batteries to extend runtime.
There are power station dual voltage outputs with a backup battery providing dual 120 volts, 240 volts, and 3,800-watt output power stations. When connected with the backup battery, it can provide up to 7,600 watts of power. This has become one of the best home backup emergency sources of power.
Portable Solar Power Panel Compatibility:
Ensure that the generator is compatible with solar panels and has the necessary connectors or ports to attach them. Some generators come with built-in solar panels, while others require external panels.
Depending on your needs, one can purchase a solar panel for less than $40. There are also larger-scale solar panels for even greater electric power generation available on Amazon.
Interestingly, one can generate 40% more power with solar tracking devices. These solar panel tracking systems are also available on Amazon.
Portable Solar Power Input Methods:
Check the input options for recharging the generator. Most portable solar generators can be charged via solar panels, wall outlets, and car adapters. Having multiple input options provides flexibility.
Our national security experts fear an imminent threat to our power grid. Hurricanes, wildfires, and solar flares aren’t the only threats to our power grid.
A blackout to a power grid can cause serious vulnerabilities to you and your family. If you’re not prepared, it’s too late.
Portable Solar Power Inverter Output:
Confirm that the generator has an inverter with sufficient AC outlets and USB ports for your devices. USB (universal serial bus) is the name given to the technology to connect computers with peripheral devices. Consider the types of outlets (e.g., standard household outlets, USB-A, USB-C) and their number.
USB-A and USB-C are the two most common forms of USB. USB Type-A connections refer to the physical design of the USB port. Every USB connection is made up of a port in the host device, a connecting cable, and a receptor device. USB-A is a traditional USB host port design and one of the easiest to recognize on devices. It’s a horizontal port with the bottom portion dedicated to pin connectors.
Type B connections also are easy to recognize because of their square shape with rounded corners on one side, almost like the shape of a tiny house. USB type B is mainly for external peripherals, with a USB-A connection on one end and a USB-B connection. There are USB-B to USB-B cables, but they’re rarely used.
Solar Power Weight and Portability Considerations:
Assess the size and weight of the generator. Choose a portable model that you can easily transport to different locations if needed, especially if you plan to use it for camping or other outdoor activities.
Consider the possibility of EMPs, also called a transient electromagnetic disturbance. This could be due to short bursts of electromagnetic energy from power stations, solar flares, or even an EMP attack. Protecting your power generator and transmitters using a Faraday Cage is advisable.
Faraday Cages or Faraday Bags
When it comes to varying degrees of magnetic fields, the faster the variants are (i.e., the greater the frequencies), the thicker the skin protection, and the better the product stands up to magnetic field infiltration.
Because a Faraday shield has a finite thickness, this identifies how well the shield functions; a thicker shield can attenuate electromagnetic fields much better.
A Faraday cage as well as Faraday tape can be utilized to block magnetic fields. A Faraday fabric might be formed by a constant treatment of the conductive product, or when it comes to a Faraday cage, by a mesh of such products.
Faraday textile fabrics along with Faraday tape can be made use of instead of a Faraday cage, bag, or box. Faraday fabric is an effective material composed of a 3-layer structure constructed from polyester fiber, metal copper, and metallic nickel that gives you cover versatility for the items you need to protect.
Solar Power Generator Durability and Build Quality:
Look for a robust and durable construction since your portable generators may be subject to outdoor conditions. Water resistance or weatherproofing may also be important depending on your intended use.
One can purchase Faraday bags or cages according to the sizes needed on Amazon or build their own protection device. Faraday fabric, aluminum foil, and protective tape are necessary and available for those constructing their own devices.
Solar Power Generator Noise Level, Display and Monitoring, and Expandability Aspects:
Consider the noise level produced by the generator, especially if you plan to use it indoors during power outages. Quieter generators are preferable for indoor use. On
Some generators come with digital displays that provide information about battery status, input/output power, and other important metrics. A clear and informative display can help monitor usage.
Check whether the generator allows for expandability through additional solar panels, batteries, or other accessories. This can be useful for scaling up your power capacity in the future.
Solar Power Safety Features Brand Reputation and Reviews:
Look for safety features such as overload protection, short-circuit protection, and temperature control to prevent damage to the generator and connected devices.
Research the brand’s reputation and read user reviews to gauge the reliability and performance of the portable solar generator. Check the star ratings before finalizing your decision.
Remember that the right portable solar generator for you will depend on your specific needs and intended use. It’s essential to balance capacity and features with your budget and the practicality of the generator for your emergency or off-grid power requirements.
Power-Saving Devices That Reduce Energy Bills
While we are in the discussion of energy-saving devices, some devices save electricity consumption by 35%. For instance, the Atefa power-saving device is an advanced energy-saving device designed, by optimizing voltage and balancing currant to devices. Using these devices will lower your power consumption costs.
Most people don’t know about this technology. I was discovered years ago but power companies do NOT promote this; it’s against their interests. They make their money running up your power bill.
Using this device will extend the lifespan of your electrical products. It does so by stabilizing the current and keeping the voltage stable. That means fewer replacements and repairs.
It’s simple to use. Just plug in the wall socket outlet and it begins working immediately. For a 1,000-square-foot house, 2 devices will be needed. A 2,000 square foot house the recommended quantity is 4 pieces.
If, by good fortune, we are spared an EMP surge, this energy-saving device will not have been destroyed. The bright side is that we will have saved thousands of dollars in reduced energy bills!
Healthy electrical grounding mats might be of interest to you at https://everhols.com/earth-grounding
EMP Attacks: Solar Storm Flares or a EMP Attack from Bad Actors
The Carrington Event: A large solar storm hit the Earth at the beginning of September 1859. This intense solar flare event lasted about five minutes. It was a burst of magnetized plasma that wreaked havoc with failed telegraph communications around the world.
Shocks from the storm halted telegraph operations, set off sparks, and set papers blazing. If this were to happen in today’s electronic age, civilization would come to a halt. Transistors, power transformers, and electrical substations would be destroyed since almost none are protected. The power grid would collapse.
No water, gasoline, no transportation, no electricity. Civil chaos would develop.
In the last 150 years, a study revealed 42 severe geomagnetic storms. In a Geophysical Research Study, “We find that on average there is a 4% chance of at least one … severe storm per year, and a 0.7% chance of a Carrington class storm per year.”
Should you prepare? If you live in major cities it might be almost impossible. However, if you have your residence in a more country setting, it’s cheap life insurance. Food, water, and fuel storage can be prepared for such an event.
Faraday cages or Faraday bags can protect electronic devices. These devices can serve a highly desired help to one’s survival skillset. A solar collector and energy storage unit, radio with both AM, FM, and shortwave frequencies, and certain tools that might prove useful would need Faraday protection.
A similar event occurred around years 774 to 775 and in years 993 to 994. That occurrence in year 774, where Carbon-14 levels stored suggested that the event was 20 times the normal variation of the sun’s activity. That statistic is translated to say that the 775 event exceeds the Carrington Event 10-fold!
Are you ready?
