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MICRO SPACE HEAT™
"'Heat for The Next Generation*"
Dehydrate Dampness Molecules
to
Increase Winter Room Comfort.
collect, Absorb, Radiate, Reflect, Insulate, Warm, & Light.
 
Passive & Active Heat
to Increase Winter Room Comfort.
LOW TECH - LOW COST
EFFECTIVE - EFFICIENT
Tip
A 30 gallon plastic garbage bag cut on both sides extends across the bottom of a drafty door. It sufficiently keeps a draft out & still allows one to quickly exit in case of emergency. Black or white work equally as well. A better thing is to glue stick a white bag to a black bag. Then place the black facing the outside to collect any heat and place the white facing the inside to reflect the heat of the room. 01/0512
 
Tip:
A 17 Watt Seedling Mat will keep your plants warm, dehydrate a few dampness molecules, and toss out a little warmth for the room area..

01/24/11

The MicroSpace Heat Concept

*PICTURE an episode of Star Trek...where someone walks into a room...and the lights come on..at the baseboard all around the room...IMAGINE those lights are also heat...And there YOU are...nice and warm. Maybe even toasty warm.

Heat from small, minimally priced, light or heat products, that use MINIMAL electricity help to dehydrate dampness molecules and increase winter room comfort. Small appliances...like a 220 watt food dehydrator with a fan dehydrates food and increases winter room comfort as it dehydrates dampness molecules in the room.

A 90 Watt Flat Panel Heater to keep your toes warm...also keeps the very nearby air more dehydrated, (use more than 1 to warm more nearby air). Rope lights can be used for the holidays or as room light...a 6 foot strand is usually 18 watts. Use the regular kind that gives off a tiny bit of heat to dehydrate very nearby air. 13 watt compact flourescent light bulbs give off a tiny bit of heat. These small lights and appliances demonstrate microspaceheat.** For portable heat, it makes sense and cents not to use more than 750 watts, and 375 watts would be much better. Do not leave light/heat products unattended.

The primary result of microspaceheat is displaced/removed dampness molecules. The more dampness molecules are replaced or displaced, (sent packing), the more effective is microspaceheat.

With dampness molecules reduced, the ambient air can be cooler and still be comfortable...i.e., at a lower temperature, the air will feel warmer using microspaceheat practices. The air might feel more uniformly warmer. Hot and cold pockets may disappear. 60 degrees may feel more like 66-68 because of this.

Microspaceheat can supplement your current heating system, or your current heating system can suplement your microspaceheat!
**Another way to look at the Microspaceheat Concept: An empty cold room warms up as people move into it. In the same way, small pockets of heat from low watt sources with small fans to move the heat molecules do much the same.

Whether it's heat from a 13 watt compact flourescent light bulb (not LED), an 18 watt 6 foot rope light, a 90 Watt Flat Panel Heater, a 220 watt food dehydrator with a fan to move or displace SOME dampness molecules, cold air is more comfortable because of these small appliances, & are a way to Increase Winter Room Comfort.
 
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Does cold air flow right through your windows?

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updated 05/16/12