• RUSNANO project company
  • Russian thermoelectric products
  • +7 (495) 280-76-83
Autonomous power sources (APS)
  • Atip main
  • Img 20190617 wa0037
  • Img 20190617 wa0038
  • %d0%b2 %d0%90%d0%a2%d0%98%d0%9f2
  • Aip
  • %d0%90%d0%a2%d0%98%d0%9f
  • Dsc09434
  • Imgp1074
  • Dsc09252
  • Dsc09232
  • Img 7812
  • 9876 kranovyj uzel podvoda gaza izm1
  • Atip 1
  • %d0%90%d0%a2%d0%98%d0%9f 1

Autonomous power sources (APS)

APS is a compact electric power plant consisting of thermoelectric generators (TEG) connected by a unified control system. APS represents an enclosure box inside which thermoelectric generators are installed united by a control system.

Sent request

Leave your contact information, and our managers will contact you ASAP.

*
*
  • Description
  • Additional information
  • Upload files
  • Video

Autonomous power sources (APS) - Description

AUTONOMOUS POWER SOURCES (APS) – is a compact electric power plant consisting of thermoelectric generators (TEG) connected by a unified control system.

APS represents an enclosure box inside which thermoelectric generators are installed united by a control system.

APS is designed for operation in areas with moderate and cold climate, with 1 category of location, at temperatures -60 to + 50 С°.

APS supply is provided from the main gas pipeline with the gas pressure 1.2 to 12.5 MPa. The cabinet-type reduction plant (can be supplied as well) reduces the gas pressure within the range 150 – 3 kPa, depending on TEG applied.

Thermoelectric power sources (APS) have certificates of conformance and permit documentation for the operation in oil-and-gas industry.

THERMOINTECH Company is ready to offer APS 200 to 5000 W.

For tasks not envisaged by standard capacities and dimensions of APS, the enclosure length can be increased by 700 mm that enables to increase the power by 1 KW accordingly or to install additional equipment. Every autonomous power source is equipped with a control panel.

Autonomous power sources (APS) - Additional information

Component composition of fuel (gas) is presented in table

Component vol. % mass. %
Oxygen 0,035 0,053
Nitrogen 1,497 0,923
Carbon dioxide 0,421 0,854
Methane 80,153 59,101
Ethan 5,787 8,047
Propane 6,640 13,659
Isobutane 1,515 4,160
Normal butane 2,544 7,006
ISO-pentane 0,549 1,907
Normal pentane 0,507 1,776
The amount of hexanol 0,352 1,514
The amount 100,000 100,000
Density, kg/m3, at 20 ° C, a pressure of 101,235 kPa 0,9047
Molecular weight, kg/mol 21,68
The lower heat of combustion, MJ / m3 42,70
The lower heat of combustion, kcal / m3 10200
The value of the number Wobbe, MJ / m3 54,30
Deviation of the number Wobbe from the nominal value  
The content of the target, C3+, g/m3 271,605
The content of the target, C5+, g/m3 47,017
Mass concentration of hydrogen sulfide, g/m3 0,0033
Mass concentration of mercaptan sulfur, g/m3 0,0035

 

ECONOMIC REASONABILITY OF USE

In 2013 TERMOINTECH has carried out an economic evaluation of ATIP application to the existing infrastructure pipeline of ZAPSIBTRANSGAS LLC
(valve unit, P= 3.9 kW) with distance from the nearest source of electricity 19.9 km.

ECP system capacity kW 3
Power consumption of telemechanic equipment kW 0.8
SOU kW 0.1
Required supply of power kW 3.90
Required amount of electricity for the valve unit Thousand kWh per year 34.164

 

Costs VL DES GTE
Thousand Run, incl. VAT
Lifetime according to OK 013-94, years 40 7 15
Capitalization 47548,23 8600,00 14200,00
Depreciation, year 1188,71 1228,57 946,67
The tax on the residual value, 2.2% per year 26,15 27,03 20,83
TR and Maintenance 241,64 720,00 24,00
CR 94,64 800,00 0,00
Fuel / Electricity 109,41 1741,49 394,59
Transportation costs for the delivery of fuel 0,00 54,11 0,00
Cost, Rub / kWh 5,55 15,27 4,63

 

 

Default Default

Recommended for you

Thermoelectric generator (TEG)
MORE

Thermoelectric generator (TEG)