Test system for kilowatt-scale reversible solid oxide fuel cell-electrolysis cell

A solid oxide and fuel cell technology, applied in the direction of solid electrolyte fuel cells, fuel cells, fuel cell grouping, etc., can solve problems such as the kilowatt-level reversible solid oxide fuel cell-electrolyzer test system that has not been found, and achieve reduction The effect of a small thermal shock

Active Publication Date: 2016-03-30
SHANGHAI INST OF CERAMIC CHEM & TECH CHINESE ACAD OF SCI
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] At present, some solid oxide fuel cell test system patents have been published, such as CN203339256U, CN103441296A, CN201797000U and other patents; A kilowatt-level reversible solid oxide fuel cell-electrolytic cell test system, and the kilowatt-level reversible solid oxide fuel cell-electrolytic cell test system is an important basis for developing a new generation of large-scale solid oxide fuel cell stacks and electrolytic cell stacks

Method used

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  • Test system for kilowatt-scale reversible solid oxide fuel cell-electrolysis cell
  • Test system for kilowatt-scale reversible solid oxide fuel cell-electrolysis cell
  • Test system for kilowatt-scale reversible solid oxide fuel cell-electrolysis cell

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0056] Carry out the thermal test of the kilowatt-level reversible solid oxide fuel cell-electrolyzer test system.

[0057] The components of the reversible solid oxide fuel cell-electrolyzer test system are in accordance with Figure 1 to Figure 4Connect and integrate, each module equipment can work normally after debugging, each signal monitoring and data recording function is accurate under the overall control of the main program in the background, the gas is preheated and connected to the exhaust gas treatment device, waiting for the gas source and other preparations After completion, the thermal test experiment can be carried out.

[0058] First, set the temperature rise program through the hot zone heating module, that is, heat the hot zone to 750°C at a heating rate of 3°C / min and then maintain the temperature; secondly, adjust the gas flow rate through the human-computer interface, H 2 The air flow adjustment range is from 0~75L / min, and at the same time according to ...

Embodiment 2

[0061] 30 pieces 200*200cm 2 Fuel cell stack power generation performance test.

[0062] Step 1: Put 30 pieces of 200*200cm 2 Put the fuel cell stack into the hot zone and connect the gas inlet and outlet pipelines, such as Figure 6 As shown, after the air tightness test, the temperature is maintained after heating to 750°C at a heating rate of 2°C / min.

[0063] Step 2: Slowly adjust N 2 After the flow rate reaches 6-9L / min, purge for about 30 minutes, according to H 2 : Air = 1:2.5 (volume ratio) into the gas to restore the battery stack, the reduction time after 3-4 hours until the average voltage of a single battery reaches 1.1-1.2V, at this time it is considered that the battery stack is fully restored.

[0064] Step 3: Adjust different H 2 : Air flow, start the electronic load for program testing, as the current continues to increase, the total voltage of the battery stack decreases from the open circuit voltage, and a large amount of heat and water vapor are genera...

Embodiment 3

[0066] 10 pieces 200*200cm 2 Joint test of fuel cell-electrolyzer stack power generation and electrolytic hydrogen production system.

[0067] Step 1: Put 10 pieces of 200*200cm 2 Put the fuel cell-electrolyzer stack into the hot zone and connect the gas inlet and outlet pipelines, such as Figure 8 As shown, after the air tightness test, the temperature is maintained after heating to 750°C at a heating rate of 2°C / min.

[0068] Step 2: Slowly adjust N 2 After the flow rate reaches 2-3L / min, purge for about 30 minutes, according to H 2 : Air = 1:2.5 (volume ratio) into the battery-electrolytic cell stack reduction, the reduction time after 3-4 hours until the average voltage of a single battery reaches 1.1-1.2V, at this time it is considered that the battery-electrolytic cell stack reduction is sufficient .

[0069] Step 3: In the power generation mode of the battery stack, start the electronic load to carry out the automatic test of the program. The total voltage of the ...

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Abstract

The invention provides a test system for a kilowatt-scale reversible solid oxide fuel cell-electrolysis cell. The test system comprises a solid oxide fuel cell-electrolysis cell stack, a gas supply module used for supplying gas to the cell-electrolysis cell stack, a vapor preparation module used for generating vapor that is supplied to the cell-electrolysis cell stack, a gas preheating module arranged in the same hot zone with the cell-electrolysis cell stack, a heat zone heating module used for heating the cell-electrolysis cell stack and the gas preheating module, a tail gas separation and recycling module used for separating and recycling tail gas generated by the cell-electrolysis cell stack, a fuel cell-electrolysis cell stack charge-discharge module used for performing charge-discharge test on the cell-electrolysis cell stack, and a system control module, wherein the system control module is configured to control the charge-discharge module to perform charge-discharge test on the fuel cell-electrolysis cell stack for realizing reversible switching operation of power generation or electrolysis of the cell-electrolysis cell stack.

Description

technical field [0001] The invention belongs to the field of solid oxide fuel cells-electrolytic cells, in particular to a kilowatt-level reversible solid oxide fuel cell-electrolytic cell testing system. Background technique [0002] Solid oxide fuel cell (SOFC) is an all-solid-state energy conversion device based on ceramic materials, which directly converts fuel chemical energy into electrical energy through high-temperature electrochemical oxidation reactions. Solid Oxide Fuel Electrolysis Cell (SOEC) is a high-temperature solid oxide electrolysis cell to decompose high-temperature water vapor into hydrogen and oxygen. It is an energy storage device that converts electrical energy and heat energy into chemical energy. The operation process of SOEC is the reverse process of SOFC . SOFC has the advantages of high efficiency, cleanness, recyclable high-temperature waste heat, and wide fuel adaptability. It is also one of the important technologies for realizing efficient a...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01M8/10H01M8/24H01M8/04H01M8/04007G01R31/36
CPCG01R31/36H01M8/04H01M8/04007H01M8/04074H01M8/10H01M8/24Y02E60/50
Inventor 刘雷敏占忠亮王绍荣骆婷孟燮吴昊钱继琴
Owner SHANGHAI INST OF CERAMIC CHEM & TECH CHINESE ACAD OF SCI
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