Php 5,000 Per unit: SolarRev can power these Portable Battery Powered Medical Devices and Radio Comms

Php 5,000 Per unit of SolarRev GS1. With complete accessories fan, inverter and solar panel etc.  Php 10,000 Order at http://www.gopsonlinetv.com

SolarRev in your hands for Portable Medical Devices
SolarRev Generators and ChargingCore Power Stations are designed as reliable sources of power during emergency situations. When we talk about medical emergency response, a matter or seconds is very important, and these medical response are done using battery operated portable medical devices. The plight of hospitals and emergency responder in areas with unstable grid power, in addition to the many other challenges faced during typhoons, fires, storms, flood, earthquakes and calamities that can cause power-outage for a week or more, brings into a big question the preparedness of hospitals, emergency rescue medical personnel and medical departments and the availability of necessary equipment like back up powers for Automated External Defibrillator, Nebulizer, Body Monitors, Ventilators and other devices in the face of an unforeseen disaster. It is better for all of us to know the technologies that we need during these times of crisis and at the same time have the skills to create our own power sources to give power to these life saving technologies. Support SolarRev Generator and its Workshop to empower the people to learn how to make Technologies for Emergency Response. www.facebook.com/solarrevgenerator

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Article directly related to this post:

Batteries with a Heart in Defibrillators

We have seen defibrillators in action at the movies because they play a life-saving role. First, an actor has an apparent heart attack and their heart stops beating. Next, a medical technician applies two pads to their chest. The patient’s back arches before they fall back. Then, the heart machine starts beeping and there are smiles all round; another life is safe. All of this may perhaps be thanks to batteries with a heart in defibrillators.

How the Electricity in Defibrillators Saves Lives

batteries with a heart in defibrillators

That said, our interest is entirely in batteries. Therefore we are not medical people. We only sell deep-cycle, sealed lead-acid batteries and these are streets away from what defibrillators require.

Hence, nothing we say here constitutes medical advice. If you do not have training and a certificate you should not go near a defibrillation device.

If in any doubt, please consult a specialist who is competent to provide expert training and advice.

Having said that, a defibrillator delivers a high-energy electrical shock that restarts the heart. But nobody is quite sure exactly how this works. All that is known is that it restarts the heart, and that’s the main thing. Defibrillators get their electricity from one of two sources. This is either from 110-volt AC mains electricity, or from DC batteries for use at emergency sites.

More About Batteries with a Heart in Defibrillators

batteries with a heart in defibrillators

Defibrillators need clean, reliable power that can very rapidly accumulate in their capacitors. This can be anywhere between 200 volts and 1000 volts, at 360 joules, and 45 amps.

The shock lasts for approximately eight milliseconds. After that, the capacitors need to accumulate a fresh charge.

Portable defibrillators use rechargeable lithium-ion batteries, These may be of the order of 11.1 volt, 4.8 amp-hour, and 5.3 watt-hour capacity. Fully charged batteries with a heart in defibrillators may be able to deliver 261 by 200-joule shocks or 600 operating hours. But treatment is critically urgent because survival decreases by 10% every minute. Watch this video about Swedish institute delivering defibrillators using drones.

 

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