aHR0cDovL2ZyZWVzaGlwLmNvLmty Item specifics
Packaging Details
- Unit Type:
- piece
- Package Weight:
- 2.000kg (4.41lb.)
- Package Size:
- 12cm x 12cm x 12cm (4.72in x 4.72in x 4.72in)
Special note:
Because the substrate mold problem , the original of this type thermoelectric power generation components retain the original model , the process has been improved , Dimension is now available 55 * 55mm components , the resulting series of changes to adjust to everyone for the inconvenience , in this apology
The first generation of the wafer when the energy conversion efficiency is very low, not people\'s attention over the years . In recent years, because of the energy crisis , the development of new energy has become a matter of urgency , power generation wafer is valued. Nowadays there are a lot of national research institutions invest in R & D in this area. Improve energy conversion efficiency and increase service life primary objective. Currently fruitful. Future development direction is combined with solar energy , solar power modules to catch up and surpass technology .
Generation wafer common application areas are: thermal power plants , geothermal power generation, vehicle exhaust pipe heat generation vessels , pipelines or pipeline cathodic protection
Installation Notes:
Generation of the wafer must be installed on a flat surface ( in particular by the cold ) . Mounting surface height error should not exceed20Micron
Pressure is less than12-15Kg / cm2
Frequently when using the heating surface temperature must not exceed200Highest can undertake this device internal temperature 238 degrees
Comment :TEG-Power module Peltier.BPBProprietary naming scheme
241 -Components for power generating unit 241Right,NPThe number of nodes 482Between the circuit structure of the series
1.0-1.6 -Grain cross-sectional area1.0 * 1.0mmAnd a height of 1.6mm
Note: The data in this table is an ideal laboratory environment , and establish a steady temperature difference between the hot and cold surfaces as reference data under 110 degrees , the temperature difference between the other self-testing data , please buyers
Specifications Model | Operating performance Operating properties | Size Dimensions (mm) |
| Open-circuit voltage | Output Current | Match load | Load power | The output voltage | Noodles absorb heat | Heat flow through the module | Heat Flux | Hot surface | Cold surface | Height |
Model No. | Uoc | IIload | Rload | Pload | Uload | Qcs | Qteg | ∧m | Hot side | Cold side | Height |
| V | Ma | Ohm | W | V | W | W | W / |
TEG1-241-1.4-1.2 | 11.5 | 1250 | 4.5 | 7.0 | 7.0 | 0.46 | 239 | 2.18 | 55 × 55 | 55 × 55 | 3.4 |
Note Designations: Uoc --- open circuit voltage (V) open circuit voltage (V)
Rin --- resistance (Ohm) module intermal resistance at 110 (Ohm)
Rload --- load resistance (Ohm) load resistance (Ohm)
Pload --- load power (W) load power (W)
Uload --- Output Voltage (V) output voltage (V) corresponded to output power
∧m --- Thermal conductivity W / module thermal conductance at 110 (W / )
Operating temperature: 200
We can provide the above standard or custom TEG to meetall customers\'needs.
Exclusive Offers Peltier.BPB engineers designed for hobby colleagues thermoelectric power generation in thermal power generation device in more detail about the characteristics of the graph for reference
In order to obtain more desirable output voltage requirements , Peltier.BPB through the mathematical model and the actual test launch of the following optimized connections: serial- binding mode
Thermoelectric power generation in the world is achieved rapid development, let us appreciate the currently outstanding scientific and technological achievements in the field of thermoelectric power generation , to inspire love with this thing and have a keen interest in science and technology we continue to pace the new Discovery