Heat: Difference between revisions
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{{Bakery Oven}} | {{Bakery Oven}} | ||
{{Power Cube}} | {{Power Cube}} | ||
*[http://en.wikipedia.org/wiki/Heat Wikipeda: Heat] | *[http://en.wikipedia.org/wiki/Heat Wikipeda: Heat] | ||
*[[Stirling Engine]] | *[[Stirling Engine]] | ||
*[[Turbine]] | *[[Turbine]] | ||
=Links= | |||
*[[Miscanthus]] - biofuel crop, 10x less energy per area than PV. '''Also, residential and house heating contributes to 40% of all energy use.''' | |||
Revision as of 19:16, 15 August 2022
Overview
In physics and thermodynamics, heat is energy transferred from one body, region, or thermodynamic system to another due to thermal contact when the systems are at different temperatures. It is also often described as one of the fundamental processes of energy transfer between physical entities. In this description, it is an energy transfer to a body in any other way than due to work.[1]
Details
- CHP Stove Heat Exchanger
- Solar Combined Heat Power System
- Piston Hydraulic Heat Engine
- Heat Transfer Fluid
- CEB Heat
See Also
Steam Engine
Solar Concentrator
Bakery Oven
Power Cube
Links
- Miscanthus - biofuel crop, 10x less energy per area than PV. Also, residential and house heating contributes to 40% of all energy use.