Sentences with word «coolth»

In the summer, use the scheme outlined above to circulate cool night air over the water containers to store coolth for the following hot day.

But every sweet hovers in her battalions, and every heavenly influence: coolth of the wayward little winds of morning, flowers awakening, birds a-carol, dews a-sparkle on the fine - drawn webs the tiny spinners hang from fern - frond to thorn, from thorn to wet dainty leaf of the silver birch: the young day laughing in her strength, wild with her own beauty; fire and life and every scent and colour born anew to triumph over chaos and slow darkness and the kinless night.

The house cooling part of the test that used the existing radiant floor system to distribute coolth to the house seemed to work fine, and I'll probably just use it in the same way as we did for the first test.

For cooling, I am thinking of using the same tank and radiant floor system to store and deliver coolth instead of heat.

Bigger amplitude, both ways, since all that heat leaving the system in one big belch makes for big coolth afterwards, tending toward a self - regulating state.

The hinges on the fan mount board are part of a system in work that would allow the same fan to be used for blowing cool night air over the barrels at night and then pivoted on the hinges to all the same fan to blow shop air over the barrels during the daytime to extract coolth from them.

- As the tank water warms, it is delivering less coolth to the room.

If the barrels start the morning at 55 F, and we circulate air over them during the day to cool the shop with the idea that we would like to keep the shop to about 80F or a bit more, then the useful stored coolth is (75F - 55F)(1670 lb)(1BTU / lb - F) = 33,400 BTU of available cooling.

«I know that clay, the damp and dirt of it, / The coolth along the bank, the grassy zest.»

Improved building performance and AC performance trim this; AC systems which «store coolth» are straightforward and increasing in use today.

The basic question is: does it make sense to use a fan forced flow of cool night air over thermal mass to store «coolth» for later use in daytime cooling?

If the 500 gallon tank can be cooled by the 20F that the test indicates, then it would store about 83000 BTU of coolth.

To make a full home cooling system, you also need a way to distribute the coolth that has been collected in the storage tank to the house on the following day.

The stored coolth is piped to the house via buried pipes, and circulated through the radiant floor.

Note that we use a variation on this cooling scheme to cool our house... The basic question is: does it make sense to use a fan forced flow of cool night air over thermal mass to store «coolth» for later use in daytime cooling?

The idea is to cool the barrels down during the night hours, and then use the stored «coolth» in the barrels for space cooling during the daytime.

Using this system is a two part process: part 1 is cooling the water in the «coolth» storage tank, and part 2 is transferring the stored coolth to the house interior when needed.

One advantage of this kind of system is that one could hold the coolth stored in the barrels for use later in the day.

I'm not sure exactly how the COP / SEER is figured on conventional AC units — I do know that for heat pumps and furnaces, the energy for distribution of heat / coolth is not normally included in the calculation.

So, it says the calculated heat loss is well under the coolth that might be stored in the barrels and that there should be enough stored coolth to help keep the shop from getting too hot.

The 2nd part of the system is making use of the coolth stored in the tank to meet the cooling needs of the house during the day.