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Hydrogen cell

Hydrogen cell

New energy and clean energy hydrogen fuel cells are used in automobiles Home energy storage

New energy and clean energy hydrogen fuel cells are used in automobiles Home energy storage
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The S36 series liquid-cooled hydrogen fuel cell stack is designed and developed for low-power applications. It is mainly suitable for 24VDC, 48VDC, 78VDC, 145VDC, 220VAC and other application platforms. Is a suitable fan (low pressure) and air compressor (high pressure) gas supply of general type graphite stack. And its unique long - time anti - polar catalyst formulation can avoid CVM system integration. S36 series stack design discharge output power range 1-25kW. It supports the customization of the stack assembly for any output power in the power segment. The stack size is 360mm long and 69mm wide, and the stack thickness varies according to the model. (Note: The selection of the stack should at least know the hydrogen/air pressure into the stack. And the required voltage and maximum current. Or more conditions. Such as ambient temperature range, etc.

S36 series  hydrogen  fuel  cell  stack

user's manual



catalogue


Important instructions

Warning statement

size of product

direction for use

Storage and maintenance

Air tightness detection

conformally connected space

Factory accessory: Factory Inspection Report of S36 Series Hydrogen Fuel Cell Reill




Important instructions

Due to the continuous optimization of the appearance and material of the product,
the actual product is slightly different from the content and some parameters of this material.
If there is any change in the operation manual, there will be no further notice. Please understand.
To inquire or purchase this series of products, please contact us,
or visit the official website for more product information.


Warning statement

Hydrogen fuel cell reactor is a precision vulnerable product, operators are in the hydrogen fuel cell safety operation

After the training, read this manual carefully, master the correct operation methods and all kinds of installation precautions

Party can carry out the relevant test operation of this product, the wrong installation form and incorrect operation method are possible

Causes damage to the product or related equipment, or even personnel injury. Considering the safety, it is not recommended in non-ventilation

In confined space or space without detector, the correctness of wiring connection shall be strictly checked before test

During the period, it is prohibited to carry the products, and the fuel cell operation safety specifications are carried out by the user company

Training, this manual does not do it in detail.

The Company shall not bear any series of losses caused by the violation of safety operation requirements, and shall not be liable for any violations

Late maintenance costs caused by human factors such as self-disassembly.


size of product

S 36 series of liquid cold hydrogen fuel cell hydrogen fuel cell stack mainly developed for small power application scenarios, mainly suitable for
24V, 48V, 78V, 145V application platform, is a suitable blower (low air pressure) and air compressor (high air pressure) gas supply of universal graphite stack,
and its unique long time resistance catalyst formula can avoid CVM control module for system integration.

image

Figure 2 S36-90 reactor appearance diagram (subject to the actual condition)

The design discharge power range of S36 series reactor is 0-25 kW, discharge current is 0-290A, and supports 0-200 kPa

Working range of air source pressure. The company supports the design of any output power of the reactor customization, reactor size

With a length of 360mm and 69mm wide, the series thickness of the battery stack varies according to the required power, so refer to Table 1 and Table 2and table 3.

Table 1 Specification of high pneumatic reactor (hydrogen 140 kpa, air 130 kpa, water 68 ± 3℃, water 75 ± 3℃, 80% RH)

M EA

piece

minimum voltageV

rated voltageV

open circuit voltageV

power ratingkW

peak powerkW

Hydrogen

slp m

air dose

s l pm

water yield

ml/min

Long-wide-thick

mm

weight

k g

30

18.9

19.5

29.6

5.1

5.5

61

318

49

360*69*117

4.5

35

22.1

22.8

34.6

5.9

6.4

71

371

57

360*69*129

4.8

42

26.4

27.3

41.5

7.1

7.7

85

445

68

360*69*144

5.2

60

37.7

39.1

59.3

10.2

10.9

121

635

97

360*69*184

6.2

90

56.6

58.6

88.9

15.2

16.4

182

953

146

360*69*251

7.9

120

75.5

78.1

118.5

20.3

21.9

242

1271

195

360*69*318

9.6

Table 2 Specification of low pressure reactor (hydrogen 60 kpa, air 40 kpa, water 68 ± 3℃, water 75 ± 3℃, 80% RH)

MEA



Piece

minimum voltage


V

rated voltage


V

open circuit voltage



V

power rating


kW

Peak
power


kW

Hydrogen



Slpm

air dose



Slpm

water yield


Ml/min

Long-wide-thick


Mm

weight



kG

43

27.1

28.1

42.5

5.1

5.4

60

357

48

360*69*132

5.3

52

32.7

33.9

51.4

6.1

6.5

72

432

58

360*69*149

5.8

60

37.7

39.2

59.3

7.1

7.5

84

498

67

360*69*164

6.2

90

56.6

58.8

88.9

10.6

11.3

125

747

101

360*69*221

7.9

103

64.8

67.2

101.7

12.1

12.9

143

855

115

360*69*246

8.7

120

75.5

78.3

118.5

14.1

15.1

167

996

134

360*69*278

9.6

Note: The performance of the reactor is affected by many factors. The above is for reference only. If your requirements are not in the table, please contact the commercial department and relevant technical departments for selection and communication.


微信截图_20230516140611


direction for use

PEMFC There are high requirements for the purity of hydrogen source, and there are also strict restrictions on the air source. The specific harmful or harmful PEMFC chemical components are not detailed and the proportion of the harm level, please consider and evaluate the relevant application environment.

The rated working medium pressure of S 36 series reactor is less than 220 kpa, the maximum hydrogen pressure is 150 kpa, the maximum air pressure is less than 140 kpa, and the maximum coolant pressure is less than 140 kpa. Its

In operation, 5 kpa<hydrogen pressure-air pressure <50 kpa, and 5 kpa <hydrogen-cold

However agent pressure<120 kpa.

The relative humidity range of the gas source required for the work of the reactor is 10% -90%. Ambient temperature-10-40℃, recommended relative

Humidity 30% -85%, ambient temperature 10-35℃.

The optimal thermal management conditions of the reactor are coolant inlet temperature 68 ± 3℃, coolant temperature outlet 75 ± 3℃,

For outlet temperature of coolant<80℃, recommended inlet temperature control 65℃ or outlet temperature control 72℃.

In order to make it play a better performance output, the recommended air measurement ratio is more than 2.2, the starting wind is recommended

The volume is greater than 1 / 4 of the rated demand wind volume, and it is not recommended to maintain the low wind volume and low wind speed for a long time.

The principle of the working medium of the reactor is "in and out on the air road" and "in and out".

The middle slot of the front and rear end plates has the positive / negative circle mark. Check whether the installation is correct before and after installation

And firm; reactor interface side with medium channel identification: A-air, C-coolant, H-hydrogen.

1

Figure 3 reactor horizontal installation (the output end of this surface is negative, and the bipolar plate is in the upper right corner)


2

FIGU     Vertical stack installation
(the output of this surface is negative electrode, not recommended)


Air tightness detection

All the parameters have been tested before leaving the factory. It is necessary to carry out air tightness testing when the reactor is stored for a long time or not working for more than 6 months. If the reactor integrated power generation system is not started for more than 1 year, it is necessary to test the system or the reactor.

Single channel air tightness detection: the outlet of the detection channel and the other two access entrances are blocked, the outlet flow meter of the other two channels is connected, and the inert gas source series flow meter with stable pressure (50 kpa) is connected to be tested

Enter the channel, and record the data after a certain period of ventilation.


Unicom air tightness detection: all the exits of the three channels are blocked, and then the inert gas with stable pressure (200 kpa) is connected, and the data is recorded after a certain time.

The judgment standard of gas density data of each models are different, and the definition value can be different due to different use environment. Details can be consulted by the manufacturer.

Storage and maintenance

The reactor has been tested before leaving the factory, and there may be some water remaining inside, which is a normal phenomenon.

The recommended relative humidity is 50% -75%, and the ambient temperature is 25 ± 5℃. Such as the stack needs long-term storage, construction

The reactor conducts necessary periodic nitrogen purge and sealing during long-term storage.

conformally connected space

The warranty period of the reactor shall be according to the duration agreed in the contract, and the warranty shall be the factory date of the product nameplate

Subject to (delivery date, 7 working days beyond the factory date), the products will be returned to the factory by mail for maintenance, all reasons

The problems of the product are free of maintenance within the warranty scope, and the maintenance cycle shall be notified in the first time (such as

No special, maintenance cycle within 30 working days after receipt of product) and explain the cause of failure.

Except for the expired warranty period, the following conditions are also not covered by the free maintenance policy:

1. The damage caused by external forces such as falling, touching, smashing, breaking and burning in the use process is not within the scope of warranty;

2. The mechanical damage caused by the pressure difference exceeding the specified range during the reactor test and work is not within the scope of the warranty;

3. The damage caused by the improper media during the working process of the reactor is not covered by the warranty;

4. The performance attenuation caused by system failure in the reactor working process is not within the scope of warranty;

5. The damage caused by short circuit caused by conductive impurities in the working process of the reactor is not within the scope of the warranty;

6. The performance and life decay of the reactor caused by excessive ion precipitation of power generation system accessories is not within the scope of warranty;



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