cogeneration

الإنجليزية - التركية

تعريف cogeneration في الإنجليزية التركية القاموس.: birleşik türeme; birleşik üretim; aynı-anda üretim
electricity from cogeneration: ortak üretim elektriği

الإنجليزية - الإنجليزية

تعريف cogeneration في الإنجليزية الإنجليزية القاموس.: The simultaneous or serial production of heat and electricity from the same source; The production of heat and/or power from the waste energy of an industrial process; A process in which an industrial facility uses its waste energy to produce heat or electricity; An energy system that consumes a fuel, usually natural gas, to produce both heat and electricity Cogeneration systems are very efficient because they capture and use energy that otherwise would be wasted; The simultaneous production of electricity and steam from a single process, which requires up to one-third less fuel than separate production; {i} generation of electric power and heat using a combined system; A process that combines the generation of electricity with a separate use of the thermal energy created For instance, a paper factory might generate its own electricity and use the surplus heat to dry its paper; The process by which two different and useful forms of energy are produced at the same time For example, while boiling water to generate electricity, the leftover steam can be sold for industrial processes or space heating; Sequential use of energy for the production of electrical and useful thermal energy; The generation of electricity and the concurrent use of rejected thermal energy as an auxiliary energy source (e g , for heating or absorption cooling) Optimum Utility Systems can evaluate cogeneration opportunities at your manufacturing or processing facility; The sequential production of electric power and useful thermal energy from a common fuel source Waste heat from an industrial process can be used to power an electric generator (bottoming cycle) Conversely, surplus heat from an electric generating plant can be used for industrial processes, or space and water heating purposes (topping cycle); Simultaneous production of electricity and thermal or mechanical energy from the same fuel source Also used to designate a special category of gas customers; Some electric generation facilities utilize the waste heat that is produced during generation for an unrelated commercial use under a process known as cogeneration Cogeneration steam applications include manufacturing, aquaculture, and district heating Cogeneration projects are eligible for the "must purchase" requirement of PURPA; The simultaneous production of electrical energy and another form of useful thermal energy (such as heat or steam) from the same fuel source, often used for industrial, commercial, heating, or cooling purposes; (1)Any of several processes that either use waste heat produced by electricity generation to satisfy thermal needs, or process waste heat to electricity, or produce mechanical energy (2) The use of a single prime fuel source in a reciprocating engine or gas turbine to generate both electrical and thermal energy to optimize fuel efficiency The dominant demand for energy may be either electrical or thermal Usually it is thermal with excess electrical energy, if any, being transmitted into the local power supply lines (0301); The production of both electric energy and thermal energy (such as heat or steam used for industrial, commercial, heating or cooling purposes) by means of the sequential use of energy A cogenerator that meets certain criteria may be certified as a QF under PURPA; A power plant that is designed to conserve energy by using "waste heat" from generating electricity for another purpose; the use of waste heat from an electrical generating plant for other purposes, such as heating Also, the use of waste heat from a high-temperature industrial process to generate electricity [return to top]; production of both electricity and steam from one facility, from the same fuel source; The sequential production of electricity and useful thermal energy from a common fuel source Rejected heat from industrial processes can be used to power an electric generator (bottoming cycle) Conversely, surplus heat from an electric generating plant can be used for industrial processes, or space and water heating purposes (topping cycle); In power systems, use of steam for both power generation and heating. High-temperature, high-pressure steam from a boiler and superheater first passes through a turbine to produce power. It is exhausted at a temperature and pressure suitable for heating purposes, instead of being expanded in the turbine to the lowest possible pressure and then discharged to the condenser, which would waste the remaining energy in the steam. The steam at the higher pressure can provide large amounts of lower-temperature energy for heating buildings or evaporating brine in a chemical plant. Considerable overall energy savings can be obtained by cogeneration. See also steam engine; Energy system that consumes a fuel, usually natural gas, to produce electricity and thermal energy in the form of steam or hot air Cogeneration systems use heat energy that otherwise would be wasted; The use of gas by industrial and large commercial users for on-site production of both electricity and heat; The sequential use of energy for the production of electrical and useful thermal energy The sequence can be thermal use followed by power production or the reverse, subject to the following standards: (a) At least 5 percent of the cogeneration project's total annual energy output shall be in the form of useful thermal energy (b) Where useful thermal energy follows power production, the useful annual power output plus one-half the useful annual thermal energy output equals not less than 42 5 percent of any natural gas and oil energy input; The simultaneous generation of heat and electricity,typically where the need for both arises for industrial or commercial purposes; Simultaneous production of heat energy and electrical or mechanical power from the same fuel in the same facility The use of waste heat (as in steam) from an industrial process to produce electricity or the use of steam from electric power generation as a heating source; The production of electricity and another form of useful energy (such as heat or steam) used for industrial, commercial, heating, or cooling purposes; – Production of electricity and useful heat energy from the same energy source; The sequential production of electricity and useful thermal energy from a common fuel source Reject heat from industrial processes can be used to power an electric generator (bottoming cycle) Conversely, surplus heat from an electric generating plant can be used for industrial processes, or space and water heating purposes (topping cycle); The capture and use of both electricity and heat as produced by power plants or other power sources Electricity is the typical primary output but the main byproduct, heat, can also be captured and used for food processing, district heating, oil recovery and many other uses
cogenerator: A combined heating plant and power generator