CN1704740A - Heat exchange energy-saving efficient metering method and apparatus - Google Patents

Heat exchange energy-saving efficient metering method and apparatus Download PDF

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Publication number
CN1704740A
CN1704740A CN 200410024771 CN200410024771A CN1704740A CN 1704740 A CN1704740 A CN 1704740A CN 200410024771 CN200410024771 CN 200410024771 CN 200410024771 A CN200410024771 A CN 200410024771A CN 1704740 A CN1704740 A CN 1704740A
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China
Prior art keywords
heat
energy
thermal source
exchange
saving
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CN 200410024771
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CN100383506C (en
Inventor
黄瑞湄
黄瑞俏
黄瑞苹
黄瑞舒
黄奎瀚
黄瑞芬
黄绍光
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HUANG RUIMEI HUANG RUIQIAO HUANG RUIPING HUANGRUISHU HUANG KUIHAN HUANG RUIFEN HUANG SHAOGUANG
HUANG RUIMEI HUANG RUIQIAO HUA
Original Assignee
HUANG RUIMEI HUANG RUIQIAO HUANG RUIPING HUANGRUISHU HUANG KUIHAN HUANG RUIFEN HUANG SHAOGUANG
HUANG RUIMEI HUANG RUIQIAO HUA
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Priority to CNB2004100247710A priority Critical patent/CN100383506C/en
Publication of CN1704740A publication Critical patent/CN1704740A/en
Application granted granted Critical
Publication of CN100383506C publication Critical patent/CN100383506C/en
Expired - Fee Related legal-status Critical Current
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Abstract

This invention discloses a heat exchange energy-save efficiency measurement method and its device, which designs a heat exchange energy-save device circuit capable of converting discharged waste energy to available thermal energy on a thermal source generator and designs another circulation circuit between the energy-save device circuit and the thermal source generator with an energy-save measurement device at a proper place including a flow sensor testing the flow of a fluid and a temperature sensor for testing the temperature difference of the fluid passing through the energy-save device to compute the energy-save efficiency by substituting the flow value and the temperature difference value into a formula.

Description

Heat-exchange energy-saving benefit metering method and device thereof
Technical field
The present invention relates to a kind of metering method and device of energy-saving benefit, related in particular to a kind of metering method and device thereof of heat-exchange energy-saving benefit.
Background technology
Because fast development along with the industry and commerce activity; the loss rate of the various energy is accelerated; therefore energy crisis has repeatedly taken place; for example use crisis in the 1970's etc.; therefore how saving the energy has been the present task of top priority; also because this background has various energy-efficient equipment and device constantly to be developed at present.
Wherein, a kind of section useless energy-conservation creation commonly used as shown in Figure 7, should include by authoring system device commonly used: one does not influence the expansion flue tube of former design air flow separately with a joint of heat-exchange device, one temperature control equipment, one temperature detecting device, one two-circuit heat-exchange device, one permutoid replenishes mouth, one outgas mouth, one ebullator, form one by said apparatus and separate the loop, simple and easy mounting or dismounting are former if newly establish in the flue device at boiler, the keying of ebullator, be to set control by temperature control equipment, the dew point that condenses floating life to prevent flue tube internal cause temperature deficiency, etching problem, reclaim surplus used heat utilization in the flue tube in this way, reduce greenhouse effect, reach and cut useless purpose of energy saving.
But at aforementioned numerous energy-efficient equipment and promote under the prerequisite of energy-conservation idea, how accurately to calculate energy-conservation benefit, the top priority that energy-conservation especially industry is promoted, yet the existing power save mode that calculates is not easy to, not objective and too complicated yet, make a copy of besides also need service provider to join the people, cause unnecessary mistake and dispute, can't promote energy-conservation idea effectively on the contrary.
By above-mentioned explanation as can be known, energy saving calculation mode commonly used is not attained perfectly because of design, and ubiquity has " not objective ", " too complicated " to reach problem and shortcomings such as " wasting time and energy ", can't show its economic benefit effectively.
Summary of the invention
Fundamental purpose of the present invention provides a kind of heat-exchange energy-saving benefit metering method and device thereof, makes the energy that utilizes the heat-exchange energy-saving device to be saved, and can be converted to a numerical value unit as calculated, converses the benefit and the value of the energy of saving again.
Another object of the present invention provides a kind of heat-exchange energy-saving benefit metering method and device thereof, make the detection of the heat-exchange energy-saving energy that device is saved, the numerical value unit that converts and obtain, can be sent to the terminal servomechanism of service sector side, a distant place automatically by the numerical digit transmission mode.
To achieve these goals, the present invention has mainly taked following technical scheme: it comprises a thermal source generator, and this thermal source generator is provided with a heat-exchange energy-saving device loop, when this thermal source generator running, the wasted energy of script desire discharging is converted to recycling thermal source, and circulation line is set the heat energy of conversion is delivered to this thermal source generator, one energy-conservation measurement mechanism is set again, wherein this energy-conservation measurement mechanism comprises the sensing flux device of being located at this circulation line, to detect fluid flow through this heat exchange loop, two are located at the entrance point of this circulation line and the temperature-sensitive sticker of endpiece appropriate location respectively, flow through before this heat-exchange energy-saving device to detect fluid, after temperature difference, and the flow value that detection is learnt and temperature gap are sent to a metering processor, be scaled a numerical value signal through the substitution formula, and this metering processor utilizes a numerical digit circuit numerical value signal that converts to be sent to the terminal servomechanism of service sector in addition again, this terminal servomechanism calculates the source benefit of being saved again, simultaneously, can again the energy-saving benefit that calculates be back to " use side ", allow the user understand actual energy-conservation benefit.
Than prior art, heat-exchange energy-saving benefit metering method provided by the invention and device, metering system is objective, simple and easy, accurately, make user and service side can both grasp actual energy-saving benefit and value, improved economic benefit effectively, and helped the further popularization of energy-conservation idea.
Description of drawings
Fig. 1 is a method program block diagram of the present invention;
Fig. 2 is the application synoptic diagram of first preferred embodiment of the present invention;
Fig. 3 is the Another Application synoptic diagram of first preferred embodiment of the present invention;
Fig. 4 is the application synoptic diagram of second preferred embodiment of the present invention;
Fig. 5 is the application synoptic diagram of the 3rd preferred embodiment of the present invention;
Fig. 6 is the application synoptic diagram of the 4th preferred embodiment of the present invention;
Fig. 7 is the synoptic diagram that cuts useless energy saver commonly used;
Embodiment
Below in conjunction with accompanying drawing, further specify the present invention by specific embodiment.
Shown in Fig. 1~3, be heat-exchange energy-saving benefit metering method of the present invention and device thereof, its device is formed and is comprised one by combustion apparatus 11, the thermal source generator 10 that boiler 12 and flue tube 13 constitute, one is located at heat-exchange energy-saving device loop 21 and temperature detecting device 22 in this flue tube 13, and one by temperature controller 31, ebullator 32, outgas mouth 33, permutoid replenishes mouth 34, with first, second circulation line 35,36 constitute separate the loop, simultaneously and in this two circulation line 35,36 1 terminations are established a two-circuit heat-exchange device 40, these two-circuit heat-exchange device 40 places establish an inlet pipeline 41 and outlet pipeline 42 again, be connected with extraneous water-bath and thermal source generator 10 respectively, the fluid that desire is carried can be flowed through earlier after this two-circuit heat-exchange device 40 and these heat-exchange energy-saving device loop 21 heat interchange, be delivered to again in the boiler 12, and reach fuel saving and prevent the purpose that dew point produces.
Principal feature of the present invention is that above-mentioned and this two-circuit heat-exchange device 40 connects on first, second circulation line 35,36 of establishing, perhaps can establish an energy-conservation measurement mechanism 50 on this water inlet pipe 41, the outlet pipeline 42, and this energy-conservation measurement mechanism 50 comprises:
One flow perceptron 51 and two temperature-sensitive stickers 52, this flow perceptron 51 and two temperature inductors 52 can be located at any appropriate location (as shown in Figure 2) of this two circulation line 35,36, perhaps appropriate location (as shown in Figure 3) in this inlet pipeline 41, the outlet pipeline 42, respectively in order to detecting through the fluid flow in this heat-exchange energy-saving device loop 21, and the flow through temperature difference of these 21 front and back, heat-exchange energy-saving device loop of fluid.Wherein the computing method of fluid flow value (Q) and temperature approach (T) are as follows: Q=∫ VdA (product of flow value=speed and sectional area=velocity distribution integration), T=t 2-t 1, (the preceding temperature of temperature-heat interchange after temperature approach=heat interchange).
One metering processor 53, it has the function that numerical value converts, and is connected with this flow perceptron 51 and temperature-sensitive sticker 52, reaches " temperature gap " substitution formula in order to above-mentioned two members are detected " flow value " learnt: heat equivalent H=Q*T=∫ VdA* (t 2-t 1) (heat equivalent=flow value * temperature gap), wherein the unit of account of heat equivalent can reference: British thermal unit (1BTV=makes 1 pound of coolant-temperature gage rising Fahrenheit, 1 degree institute heat requirement) and calorie unit (1Calorie=1 gram coolant-temperature gage is risen Celsius 1 spend institute's heat requirement), calculate by formula like this, based on calorific value unit, just the heat-exchange power value, be that heat equivalent H is scaled one " numerical value signal ", simultaneously, this metering processor 53 utilizes a numerical digit circuit 54 the numerical value signal that is converted into to be sent to the terminal servomechanism 55 of service sector side, a distant place again, " the energy-conservation formula " of this terminal servomechanism 55, with heating energy source (crude oil, coal or electric power) calorific value unit be the basis, such as: about 9000 kilocalories/kilogram of the mean calorie of crude oil, about 6200 kilocalories/kilogram of the mean calorie of coal, about 860 kilocalories/watt of the mean calorie of electric energy, again according to buying crude oil at that time, the price * H (heat equivalent) of coal or electric energy converses the source benefit of being saved; Simultaneously, can again the energy-saving benefit that calculates be passed back to " use side ", allow the user understand actual energy-saving benefit.And above-mentioned so-called numerical digit circuit 54 can be the telephone line that general family possesses, or the broadband network line, and for the society now of scientific and technological industry prosperity, telephone wire and broadband network line are very common circuit really, and can make full use of.
By above-mentioned information statistics, the energy of metering heat time heating time and saving can be converted into available power, be converted into the saving source benefit through terminal servomechanism 55 again, and the computation process of its data can not be subjected to the thermal source load end high or low year fully and use amount when uneven, cause precisely to measure the influence of meter, also do not need manually to make a copy of, and metering system is objective, simple and easy, effectively promote the convenience of its operation, to improve its economic benefit.
Next, again the step of heat-exchange energy-saving benefit metering method of the present invention is described in the back:
A. obtain flow value, flow perceptron 51 is located on the pipeline of this two-circuit heat-exchange device 40 of flowing through, to detect and to obtain fluid flow value through this two-circuit heat-exchange device 40.
B. obtain temperature approach, two temperature-sensitive stickers 52 are located on the pipeline of this two-circuit heat-exchange device 40 of flowing through, to detect the fluid forward and backward temperature gap of this heat-exchange energy-saving device 21 of flowing through.
C. numerical value converts, and makes this flow perceptron 51 and this two temperature-sensitive sticker 52 make the numerical value sensing with metering processor 53 and is connected, and flow value and the temperature approach substitution formula of obtaining is scaled a numerical value signal.
D. numerical value transmission by as numerical digit circuits 54 such as telephone wire or broadband network lines, transfers to the numerical value signal of these metering processor 53 generations the terminal servomechanism 55 of service sector side.
Then, this terminal servomechanism 55 can calculate the source benefit of being saved according to " energy-conservation formula " again, simultaneously, can again the energy-saving benefit that calculates be back to " use side ", allow the user understand actual energy-conservation benefit, and above-mentioned so-called numerical digit circuit 54 can be the telephone line that general family possesses, or broadband network line, for the society now of scientific and technological industry prosperity, telephone wire and broadband network line are very common circuit really, can make full use of.
As shown in Figure 4, the above embodiment of the present invention is on design variation, the thermal source that this heat-exchange energy-saving loop 21 is changed directly is delivered to boiler 12, and can omit this two-circuit heat-exchange device 40 members, mainly be to utilize all control valve bodies 81 to replace this heat exchange loop 40, simultaneously, this inlet pipeline 41, the outlet pipeline 42 and first circulation line 35 are cut control valve body 81 with this together and are connected, this cuts control valve body 81 is T-valve in principle, its be located at temperature detecting device 22 in this flue tube 13 and have induction and connect, when the temperature in the flue tube 13 is lower than the minimum that used heat utilizes again, this cuts just self regulating valve body inner looping of control valve body 81, make the extraneous water source of desiring to flow to this thermal source generator 10 by this inlet pipeline 41, directly stream is delivered to this boiler 12.Otherwise when the temperature in the flue tube 13 was higher than the minimum that used heat utilizes again, this was cut control valve body 81 and just controls this heat-exchange energy-saving loop 21 of flowing through, extraneous water source and be delivered to this boiler 12 again.
And the energy-conservation measurement mechanism 50 of principal character part of the present invention, promptly this flow perceptron 51, temperature-sensitive sticker 52 are to be divided on first, second circulation line 35,36 that these heat-exchange energy-saving loop 21 2 terminations establish, simultaneously doing the numerical value computing with this metering processor 53, numerical digit circuit 54 and terminal servomechanism 55 is connected, the energy of saving is converted into available power, and computing formula as above.
From the above, what need further specify is, above-mentioned thermal source generator 10 of the present invention is (except above-mentioned boiler well heater, also can be turbine, engine machine, generator, gas (non-electricity) air conditioner etc., the tool thermal source produces the equipment of palpus discharging or condensation during its running, and utilize Cooling and Heat Source that the compressor principle produced as frozen water machine, air conditioner, refrigerating machine, heat pump machine ... wait the equipment of tool condensation discharging or heat recovery circuit device, now remake further summary.
As Fig. 5 and shown in Figure 6, the present invention the 3rd, the 4th embodiment is applied to this energy-conservation measurement mechanism 50 on the framework of compressor principle, as the frozen water machine, air conditioner, refrigerating machine, the heat pump machine ... etc., its basic building block of mainly forming is nothing more than compressor 71, expansion valve 72, and as the condensation end 73 and evaporation ends 74 of temperature exchange, and be that the used heat that produces when making compressor 71 make low-temperature receivers is drawn and is connected to other thermal source demand places recycling (or useless cold can being drawn again that is produced when making thermal source connects utilization), in addition can be before this condensation end loop 711 places connect and establish a thermal source storage loads end 76, carry out the heat interchange of temperature by two-circuit heat-exchange device 40, make waste thermal energy be applied to produce effects such as hot water, to save the energy of heating, and the sensing flux device 51 of this energy-conservation measurement mechanism 50 and temperature-sensitive sticker 52, be located at the preceding end loop 711 of this condensation, by metering processing 53 and numerical digit circuit 54, the numerical value signal that detects is reached terminal servomechanism 55 again.Perhaps as shown in Figure 6, also can between this evaporation ends 74 and low-temperature receiver storage loads end 75, establish energy-conservation measurement mechanism 50 simultaneously.So just can learn frozen water machine, air conditioner, refrigerating machine, heat pump machine accurately, easily ... the heat energy benefit that waits the cold source equipment refrigeration time to be saved, and the low-temperature receiver benefit of being saved when being applied to fabricate-heat.

Claims (23)

1, a kind of heat-exchange energy-saving benefit metering method, it comprises a thermal source generator, and this thermal source generator is provided with a heat-exchange energy-saving device loop, when this thermal source generator running, the wasted energy of script desire discharging is converted to recycling thermal source, and circulation line is set the heat energy of conversion is delivered to this thermal source generator, it is characterized in that, utilize following steps, the energy of being saved be scaled numerical value unit:
A. obtain flow value: in this circulation line, establish a flow perceptron, to detect and to obtain fluid flow value through this heat exchange loop;
B. obtain temperature approach: respectively establish a temperature-sensitive sticker in the import of this circulation line and outlet appropriate location, to detect flow through temperature difference before and after this heat-exchange energy-saving device loop of fluid.
2, heat-exchange energy-saving benefit metering method as claimed in claim 1, it is characterized in that, can also comprise a step C in the above-mentioned steps, carrying out numerical value converts: utilize the metering processor will be through the fluid flow of this heat exchange loop, and flow through temperature difference before and after this heat-exchange energy-saving device loop of fluid, the substitution formula is scaled a numerical value signal.
3, heat-exchange energy-saving benefit metering method as claimed in claim 1 is characterized in that, the thermal source that this thermal source generator produced can be to have heat or the low-temperature receiver that used heat needs condensation or discharging.
4, as claim 1 or 3 described heat-exchange energy-saving benefit metering methods, it is characterized in that, this thermal source generator has thermal source produce to need the loop or the equipment of discharging or condensation and can produce the equipment that carries out cold or heat recovery of cold-peace thermal source when utilizing its running of compressor principle synchronously when turning round for it.
5, heat-exchange energy-saving benefit metering method as claimed in claim 1, it is characterized in that, this circulation line comprises first and second circulation line of establishing with these heat-exchange energy-saving device loop two terminations, and this two circulation line in addition end connect and be set to a two-circuit heat-exchange device, this two-circuit heat-exchange device is to utilize an inlet pipeline and outlet pipeline and extraneous water source and thermal source generator to connect to establish, this flow perceptron and two temperature-sensitive stickers then can be located at appropriate location on this first, second circulation line, or appropriate location on inlet pipeline and the outlet pipeline.
6, a kind of heat-exchange energy-saving benefit metering method, it comprises a thermal source generator, and a heat-exchange energy-saving device loop is set on this thermal source generator, when this thermal source generator running, the wasted energy of script desire discharging is converted to recycling thermal source, and establish circulation line the heat energy of conversion is delivered to this thermal source generator, mainly utilize following steps, the energy of being saved is scaled numerical value unit:
A. obtain flow value: in this circulation line, establish a flow perceptron, to detect and to obtain fluid flow value through this heat exchange loop;
B. obtain temperature approach: respectively establish a temperature-sensitive sticker in the import of this circulation line and outlet appropriate location, to detect flow through temperature difference before and after this heat-exchange energy-saving device loop of fluid;
C. numerical value converts: utilize a metering processor that flow value and the temperature approach substitution formula of obtaining is scaled a numerical value signal.
7, heat-exchange energy-saving benefit metering method as claimed in claim 6, it is characterized in that, can also comprise a step D in the above-mentioned steps, carry out numerical value transmission: the numerical value signal that will measure the processor generation by the numerical digit circuit transfers to the terminal servomechanism of service sector side, this terminal servomechanism can calculate the source benefit of being saved according to " energy-conservation formula " again, simultaneously, and can again the energy-saving benefit that calculates be back to use side.
8, heat-exchange energy-saving benefit metering method as claimed in claim 7 is characterized in that, this numerical digit circuit is telephone line or the network line that general family possesses.
9, heat-exchange energy-saving benefit metering method as claimed in claim 6 is characterized in that, the thermal source that this thermal source generator produced can be to have heat or the low-temperature receiver that the used heat condensation must be discharged.
10, heat-exchange energy-saving benefit metering method as claimed in claim 6 is characterized in that, this thermal source generator can be the thermal source generator with useless cold palpus discharge vaporization.
11, heat-exchange energy-saving benefit metering method as claimed in claim 6, it is characterized in that, this thermal source generator has thermal source produce to need the loop or the equipment of discharging or condensation and can produce the loop of carrying out cold or heat recovery or the equipment of cold-peace thermal source when utilizing its running of compressor principle synchronously when turning round for it.
12, heat-exchange energy-saving benefit metering method as claimed in claim 6, it is characterized in that, this circulation line comprises first and second circulation line of establishing with heat-exchange energy-saving device loop two terminations, and this two circulation line in addition end connect and be set to a two-circuit heat-exchange device, this two-circuit heat-exchange device is to utilize an inlet pipeline and outlet pipeline and extraneous water source and thermal source generator to connect to establish, this flow perceptron and two temperature-sensitive stickers then can be located at appropriate location on this first, second circulation line, or appropriate location on inlet pipeline and the outlet pipeline.
13, a kind of measuring apparatus of heat-exchange energy-saving benefit, it comprises a thermal source generator, be provided with a heat-exchange energy-saving device in the flue tube of this thermal source generator, an and temperature detecting device that is connected as sensing with this heat-exchange energy-saving device, simultaneously, this heat-exchange energy-saving device also is provided with circulation line, and temperature controller, permutoid replenish mouth, outgas mouth, ebullator; It is characterized in that:
On this circulation line, establish an energy-conservation measurement mechanism, this energy-conservation measurement mechanism comprises a flow perceptron that detects the fluid flow value of injecting this energy-conservation measurement mechanism and two temperature-sensitive stickers that detect the forward and backward temperature approach of fluid, above-mentioned flow perceptron is connected with a metering processor with temperature-sensitive sticker, this metering processor is connected by the terminal servomechanism of a digit circuit and service sector side then, and the saving benefit that this terminal servomechanism will calculate passes back to use side.
14, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 13 is characterized in that, this numerical digit circuit can be telephone line or the network line that general family possesses.
15, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 13, it is characterized in that, this thermal source generator can be that its running the time has thermal source produce loop or the equipment that needs discharging or condensation and can produce the loop of carrying out cold or heat recovery or the equipment of cold-peace thermal source when utilizing its running of compressor principle synchronously.
16, a kind of heat-exchange energy-saving benefit measuring apparatus as claimed in claim 13, it is characterized in that, this circulation line comprises first and second circulation line of establishing with heat-exchange energy-saving device loop two terminations, and this two circulation line in addition end connect and be set to a two-circuit heat-exchange device, this two-circuit heat-exchange device is to utilize an inlet pipeline and outlet pipeline and extraneous water source and thermal source generator to connect to establish, this flow perceptron and two temperature-sensitive stickers then can be located at appropriate location on this first, second circulation line, or appropriate location on inlet pipeline and the outlet pipeline.
17, a kind of measuring apparatus of heat-exchange energy-saving benefit, it establishes a heat-exchange energy-saving device on a thermal source generator, and a closed circuit that is connected with this heat-exchange energy-saving device and the circulation of thermal source generator do, it is characterized in that:
This circulation line is provided with an energy-conservation measurement mechanism, this energy-conservation measurement mechanism comprises a flow perceptron that detects the fluid flow value of injecting this energy-conservation measurement mechanism and two temperature-sensitive stickers that detect the forward and backward temperature approach of fluid, above-mentioned flow perceptron is connected with a metering processor with temperature-sensitive sticker, this metering processor is connected by the terminal servomechanism of a digit circuit and service sector side then, and the saving benefit that this terminal servomechanism will calculate passes back to use side.
18, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 17 is characterized in that, this numerical digit circuit can be telephone line or the network line that general family possesses.
19, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 17 is characterized in that, the thermal source that this thermal source generator produced also can be heat or the low-temperature receiver that the condensation of tool used heat must be discharged.
20, a kind of heat-exchange energy-saving benefit measuring apparatus as claimed in claim 17, it is characterized in that, this circulation line comprises first and second circulation line of establishing with these heat-exchange energy-saving device loop two terminations, and this two circulation line in addition end connect and be set to a two-circuit heat-exchange device, this two-circuit heat-exchange device is to utilize an inlet pipeline and outlet pipeline and extraneous water source and thermal source generator to connect to establish, this flow perceptron and two temperature-sensitive stickers then can be located at appropriate location on this first, second circulation line, or appropriate location on inlet pipeline and the outlet pipeline.
21, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 17, it is characterized in that, this thermal source generator can be that its running the time has thermal source produce loop or the equipment that needs discharging or condensation and can produce the loop of carrying out cold or heat recovery or the equipment of cold-peace thermal source when utilizing its running of compressor principle synchronously.
22, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 21 is characterized in that, it is useless cold or hot that this is produced when utilizing the running of compressor principle, must draw and receive other cold or thermal source demand place uses.
23, heat-exchange energy-saving benefit measuring apparatus as claimed in claim 20 is characterized in that, this two-circuit heat-exchange device also can utilize all control valve bodies to replace.
CNB2004100247710A 2004-05-28 2004-05-28 Heat exchange energy-saving efficient metering method and apparatus Expired - Fee Related CN100383506C (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102486494A (en) * 2010-12-01 2012-06-06 财团法人工业技术研究院 Thermoelectricity power consumption detecting device and method
CN102589752A (en) * 2011-01-14 2012-07-18 上海微电子装备有限公司 Thermal power testing device and testing method thereof
CN109269664A (en) * 2018-10-19 2019-01-25 上海应用技术大学 A kind of temperature measuring device for hearth and boiler
CN111286598A (en) * 2020-03-20 2020-06-16 首钢京唐钢铁联合有限责任公司 Method, device and system for controlling temperature of preheating section of annealing furnace

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Publication number Priority date Publication date Assignee Title
SE8100511L (en) * 1981-01-27 1982-07-28 Energi & Processteknik Epab DEVICE FOR SIMULAR ENERGY RECOVERY
DE3535848C2 (en) * 1985-10-08 1989-02-23 Heinz Peter 8071 Grossmehring De Ruch
CN2473605Y (en) * 2000-12-21 2002-01-23 汪健生 Non-contact IC card prepayment thermal flow meter
CN2473538Y (en) * 2001-01-21 2002-01-23 黄瑞湄 Energy saving device for effectively improving waste heat recovery of water boiler or steam boiler
CN2515667Y (en) * 2001-08-01 2002-10-09 重庆户用智能仪表制造有限公司 All digital domestic cold/heat quantity meter

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102486494A (en) * 2010-12-01 2012-06-06 财团法人工业技术研究院 Thermoelectricity power consumption detecting device and method
US9157765B2 (en) 2010-12-01 2015-10-13 Industrial Technology Research Institute Self-powered power consumption detecting device and power consumption detecting method thereof
CN102589752A (en) * 2011-01-14 2012-07-18 上海微电子装备有限公司 Thermal power testing device and testing method thereof
CN109269664A (en) * 2018-10-19 2019-01-25 上海应用技术大学 A kind of temperature measuring device for hearth and boiler
CN111286598A (en) * 2020-03-20 2020-06-16 首钢京唐钢铁联合有限责任公司 Method, device and system for controlling temperature of preheating section of annealing furnace

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