CARBON REDUCING TECHNOLOGY
N.A.
1-800-769-2395
USA
1-815-349-7004

Rest of World
1-905-751-1362
TEG power Generator
Woodstove TEG generators
Boiler  TEG Power
Generators
Thermoelectric woodstove Generators


THERMOELECTRIC GENERATOR POWER PRODUCTS FOR SALE

                    Representative of a liquid to liquid TEG


          LIQUID TO LIQUID TEG POWER GENERATOR
        MAXIMUM OPERATING TEMPERATURE HOT SIDE OF 190°C

SPECIFICATION:  click on model title in black for spec's
                   PART # TEG2-08-07025HT-SS spec sheet
                     @DT OF 100°C ~ 20 WATTS OUTPUT
                     @DT OF 120°C ~ 35 WATTS OUTPUT
                     @DT OF 150°C ~ 50 WATTS OUTPUT

                    PART# TEG2-16-07025HT-SSspec sheet
                     @DT OF 100°C ~   40 WATTS OUTPUT
                     @DT OF 120°C ~   70 WATTS OUTPUT
                     @DT OF 150°C ~ 100 WATTS OUTPUT



CLICK ON TEG POWER ASSEMBLIES BELOW FOR PRICING

Microsoft Office Word Document



                                          http://www.dow.com/heattrans/app/


                                        Pricing for GENERATORS click  TEG POWER ASSEMBLIES


    CLICK ON EITHER IMAGE TO ENLARGE

                       Wood Stove TEG Generator System.   
        LIQUID TO HOT FACE TEG POWER GENERATOR
          MAXIMUM OPERATING TEMPERATURE HOT SIDE OF 320°C


SPECIFICATIONS:     PART #
                           TEG1-08-12611-6.0
                          @DT OF 100°C ~   44 WATTS OUTPUT
                          @DT OF 120°C ~   53 WATTS OUTPUT
                          @DT OF 150°C ~   75 WATTS OUTPUT
                          @DT OF 180°C ~ 104 WATTS OUTPUT
                          @DT OF 210°C ~ 114 WATTS OUTPUT
                           TEG1-16-12610-5.1
                          @DT OF 100°C ~ 35 WATTS OUTPUT
                          @DT OF 120°C ~ 42 WATTS OUTPUT
                          @DT OF 150°C ~ 54 WATTS OUTPUT
                          @DT OF 190°C ~ 69 WATTS OUTPUT
                          @DT OF 210°C ~ 82 WATTS OUTPUT

                       DT:  Means HOT SIDE MINUS COLD SIDE               

The Wood stove Thermoelectric POWER Generator ( TEG) above is Constructed for maximum heat penetration thru to the cold side. A  large
anodized aluminum plate size 12" x 10" x 1/4" thick is used to harness as much heat from the woodstove as possible. The opposite side
of the TEG POWER Construction is covered with a Ceramic Coating (Click on above image to see exploded view) which creates a heat funnel effect. This ceramic blanket forces heat flux from the entire hot side face to funnel thru the TEG modules, which in turn increases heat flux thru each Thermoelectric module and assures maximum Thermoelectric power generation from the hot surface. The anodized aluminum also traps and attracts as much thermal energy as possible from the host heat source. We have been building Thermoelectric power systems for over 9 years.


Hot oil to cold liquid TEG POWER SEEBECK EFFECT  heat exchanger. This unit was built using (48) TEG1-12611-6.0.
 It is able to produce + 500 watts with a hot side over 280°C and a cold side under 30°C. Custom designs and build your own systems are available. Please call for more information.
Size is 22" x 20" x 5" thick.
Click on Image to get full specifications:


This is a new prototype wood stove TEG SEEBECK EFFECT power Construction. The  25-50 watts TEG construction with a DT of 130° to 230°C. The heat pipes dissipate more heat then traditional heat sinks. The thermoelectric generator is ideal for builds that cannot use water as a cooling method. The fan can be used to draw cold air from the outside thru a ducting system which would increase TEG power output significantly.
Specifications will be added once we begin production of this unit.
It will available with either:
                             -  8 pcs TEG1-12610-5.1
                             -  4 pcs TEG1-12611-6.0


Part 1:

Part 2:

                                                                                www.espressomilkcooler.com





                                                                           Revised JAN 28/2010

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