waste heat - translation to russian
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waste heat - translation to russian

WASTE HEAT IS BY NECESSITY PRODUCED BOTH BY MACHINES THAT DO WORK AND IN OTHER PROCESSES THAT USE ENERGY, FOR EXAMPLE IN A REFRIGERATOR WARMING THE ROOM AIR OR A COMBUSTION ENGINE RELEASING HEAT INTO THE ENVIRONMENT.
Anthropogenic heat; User:CharlesRKiss/Anthropogenic Heat; Anthropogenic Heat; Secondary heat; Low-grade heat; Low grade heat; Reuse of waste heat; Electrification of waste heat
  • [[Air conditioning]] units extract [[heat]] from a dwelling interior with coolant, and transfer it to the dwelling exterior as waste. They emit additional heat in their use of [[electricity]] to power the devices that pass heat to and from the coolant
  • Anthropogenic heat
  • A [[coal-fired power station]]. These transform chemical energy into 36%-48% electricity and the remaining 52%-64% to waste heat
  • [[Cooling tower]]s evaporating water at [[Ratcliffe-on-Soar Power Station]], [[United Kingdom]].
  • use a regenerative process]] for waste heat from industrial systems.

waste heat         
отработанное тепло
waste heat         

общая лексика

отбросное тепло

строительное дело

сбросное (отходящее) тепло

waste heat         
отработанное тепло

Definition

Heat
·noun Sexual excitement in animals.
II. Heat ·noun Fermentation.
III. Heat ·noun Animation, as in discourse; ardor; fervency.
IV. Heat ·noun Agitation of mind; inflammation or excitement; exasperation.
V. Heat ·Impf & ·p.p. Heated; as, the iron though heat red-hot.
VI. Heat ·vt To excite or make hot by action or emotion; to make feverish.
VII. Heat ·noun Utmost violence; rage; vehemence; as, the heat of battle or party.
VIII. Heat ·vt To excite ardor in; to rouse to action; to excite to excess; to inflame, as the passions.
IX. Heat ·vt To make hot; to communicate heat to, or cause to grow warm; as, to heat an oven or furnace, an iron, or the like.
X. Heat ·noun A single complete operation of heating, as at a forge or in a furnace; as, to make a horseshoe in a certain number of heats.
XI. Heat ·vi To grow warm or hot by the action of fire or friction, ·etc., or the communication of heat; as, the iron or the water heats slowly.
XII. Heat ·vi To grow warm or hot by fermentation, or the development of heat by chemical action; as, green hay heats in a mow, and manure in the dunghill.
XIII. Heat ·noun A violent action unintermitted; a single effort; a single course in a race that consists of two or more courses; as, he won two heats out of three.
XIV. Heat ·noun High temperature, as distinguished from low temperature, or cold; as, the heat of summer and the cold of winter; heat of the skin or body in fever, ·etc.
XV. Heat ·noun The sensation caused by the force or influence of heat when excessive, or above that which is normal to the human body; the bodily feeling experienced on exposure to fire, the sun's rays, ·etc.; the reverse of cold.
XVI. Heat ·noun Indication of high temperature; appearance, condition, or color of a body, as indicating its temperature; redness; high color; flush; degree of temperature to which something is heated, as indicated by appearance, condition, or otherwise.
XVII. Heat ·noun A force in nature which is recognized in various effects, but especially in the phenomena of fusion and evaporation, and which, as manifested in fire, the sun's rays, mechanical action, chemical combination, ·etc., becomes directly known to us through the sense of feeling. In its nature heat is a mode if motion, being in general a form of molecular disturbance or vibration. It was formerly supposed to be a subtile, imponderable fluid, to which was given the name caloric.

Wikipedia

Waste heat

Waste heat is heat that is produced by a machine, or other process that uses energy, as a byproduct of doing work. All such processes give off some waste heat as a fundamental result of the laws of thermodynamics. Waste heat has lower utility (or in thermodynamics lexicon a lower exergy or higher entropy) than the original energy source. Sources of waste heat include all manner of human activities, natural systems, and all organisms, for example, incandescent light bulbs get hot, a refrigerator warms the room air, a building gets hot during peak hours, an internal combustion engine generates high-temperature exhaust gases, and electronic components get warm when in operation.

Instead of being "wasted" by release into the ambient environment, sometimes waste heat (or cold) can be used by another process (such as using hot engine coolant to heat a vehicle), or a portion of heat that would otherwise be wasted can be reused in the same process if make-up heat is added to the system (as with heat recovery ventilation in a building).

Thermal energy storage, which includes technologies both for short- and long-term retention of heat or cold, can create or improve the utility of waste heat (or cold). One example is waste heat from air conditioning machinery stored in a buffer tank to aid in night time heating. Another is seasonal thermal energy storage (STES) at a foundry in Sweden. The heat is stored in the bedrock surrounding a cluster of heat exchanger equipped boreholes, and is used for space heating in an adjacent factory as needed, even months later. An example of using STES to use natural waste heat is the Drake Landing Solar Community in Alberta, Canada, which, by using a cluster of boreholes in bedrock for interseasonal heat storage, obtains 97 percent of its year-round heat from solar thermal collectors on the garage roofs. Another STES application is storing winter cold underground, for summer air conditioning.

On a biological scale, all organisms reject waste heat as part of their metabolic processes, and will die if the ambient temperature is too high to allow this.

Anthropogenic waste heat can contribute to the urban heat island effect. The biggest point sources of waste heat originate from machines (such as electrical generators or industrial processes, such as steel or glass production) and heat loss through building envelopes. The burning of transport fuels is a major contribution to waste heat.

Examples of use of waste heat
1. Cogeneration is electricity production combined with utilization of waste heat.
2. Large scale means power plants that divert the waste heat they generate to local buildings.
3. By 2050, industry will be located in hubs, so the waste heat from one manufacturing process is used by another.
4. Two of the windows on the top right appear to have been left open, which can waste heat when the heating is on.
5. Two–thirds of the energy going in to the UK‘s centralised power stations is immediately lost in the form of waste heat.
What is the Russian for waste heat? Translation of &#39waste heat&#39 to Russian