Silent Space Heater
Tuesday, December 29th, 2009
In the bitter cold of winter, there are a myriad of ways to keep warm, and most of us choose to rely on a heater which is electronically powered. Well, it sure is more convenient compared to wearing layers of thick clothes indoors, eh? The Silent Space Heater keeps you and your household warm and fast with minimal noise to boot!
This is the electric space heater that employs micathermic technology to quickly heat a chilly room without a noisy fan. This efficient heating system combines convection and radiant heating, enabling it to reach its maximum temperature faster than oil-filled radiators. Unlike boxy electric heaters, this model’s large, flat panel doesn’t have glowing electrical coils, and because there’s no fan to stir up the air, it’s ideal for allergy and asthma sufferers. The unit has 750- or 1500-watt outputs with an adjustable thermostat, plus a frost-prevention setting for otherwise unheated rooms. An internal switch cuts power instantly if the unit is tipped over. Just 2″ thick, the lightweight heater rolls on its wheeled base or mounts to a wall using the included hardware. Heats a 144′ sq. area.
Just in case you had a rather bitter and cold Christmas, why not cheer yourself up for the new year with the Silent Space Heater for .95?
Introducing Foolish Gadgets because not all gadgets are cool
[ Silent Space Heater copyright by Coolest Gadgets ]




Solar energy seems to be the way to go regardless of where you stay (we’re talking about populated areas and not some of those tribal peoples who live in extreme cold conditions, introduced to us through National Geographic), as it is free, environmentally friendly and capable of keeping your devices juiced up no matter what, albeit requiring far longer than usual compared to a regular power outlet. There is a new method of implementing solar cells, and we’re not talking about having it on your roof or the top of your car – as a partnership between researchers from Donghua University in Shanghai, China and Max Planck Institute for Colloids and Interfaces in Potsdam, Germany, managed to come up with photovoltaic cells that can be used to recharge batteries in implanted devices simply by shining a near infrared laser beam via the skin.


