FUEL ELEMENT COOLING SYSTEM Russian patent published in 2010 - IPC H01M8/04 

Abstract RU 2396642 C1

FIELD: power engineering.

SUBSTANCE: according to invention system (13) for fuel element (1) at least with cooler (14), thermostat (18), pump (15) for transportation of cooling substance (17) in cooling circuit (16) and with compensating reservoir (20), besides in order to reduce electric conductivity of cooling substance (17), there is de-ionising resin (19) provided, which is located in compensating reservoir (20), and it is arranged that compensating reservoir (20) is connected at least via single manifold (21) to cooling circuit (16). To develop similar cooling system (13), when electric conductivity of cooling substance (17) may be continuously maintained as low by simple and inexpensive means, it is provided that de-ionising resin (19) is located in reservoir (22) in inner space (24) of compensating reservoir (20) so that de-ionising resin (19) is submerged at least partially into cooling substance (17), and manifold (21), which connects compensating reservoir (20) and cooling circuit (16) has free access.

EFFECT: development of cooling system with low conductivity of cooling substance.

21 cl, 4 dwg

Similar patents RU2396642C1

Title Year Author Number
METHOD OF PRESSURE ADJUSTMENT IN FUEL ELEMENT ANODE AND FUEL ELEMENT 2007
  • Val'Mjuller Ehval'D
  • Riffel'Sberger Khristian
  • Rumpl' Verner
RU2397578C1
UNDERWATER APPARATUS POWER INSTALLATION 2006
  • Kalmykov Andrej Nikolaevich
RU2320056C1
FUEL ELEMENT- BASED ELECTRIC POWER PLANT 2007
  • Brizitskij Oleg Fedorovich
  • Zjuneva Alevtina Vjacheslavovna
  • Kozhukhar' Nikolaj Georgievich
  • Khrobostov Lev Nikolaevich
RU2353023C1
STANDBY FUEL CELL GENERATOR COMPRISING CLOSE-PACKED COMMUTATOR CASING AND METHODS TO CONTROL ITS OPERATION 2010
  • Kerki P'Erpaolo
  • Merkante Luka
  • Musso Andrea
  • Cheffa Dario
  • Borello Luiza
  • Dzhanolio Dzhuzeppe
RU2543480C2
ANAEROBIC POWER PLANT WITH STIRLING ENGINE FOR UNDERWATER CRAFT 2001
  • Kirillov N.G.
RU2187679C1
METHOD AND DEVICE FOR EXHAUST OF WASTE AND PARTIALLY INFLAMMABLE WORKING MEDIA OF FUEL CELLS 2009
  • Bukhinger Martin
  • Krumpkhuber Mario
  • Rumpl' Verner
  • Shmitsberger Tomas
  • Val'Mjuller Ehval'D
RU2488922C2
POWER SYSTEM BASED ON ORGANIC RANKINE CYCLE PLANT FOR SUBMARINE 2024
  • Kirillov Nikolaj Gennadevich
RU2823393C1
ANAEROBIC POWER PLANT WITH STIRLING ENGINE FOR SUBMARINE 2001
  • Kirillov N.G.
RU2187680C1
OIL COOLING SYSTEM FOR INTERNAL COMBUSTION ENGINE 0
  • Tikhomirov Anatolij Aleksandrovich
  • Stolbov Mikhail Sergeevich
  • Kremnev Yurij Konstantinovich
SU1811562A3
ANAEROBIC POWER PLANT WITH STIRLING ENGINE FOR SUBMARINE 2001
  • Kirillov N.G.
RU2187676C1

RU 2 396 642 C1

Authors

Bukhinger Martin

Gonsior Aleksandr

Grisbaum Matias

Dates

2010-08-10Published

2007-03-13Filed