| Customization: | Available |
|---|---|
| After-sales Service: | After-Sales Service Available |
| Warranty: | 1 Year |
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Introduction
In the field of hydrogen fuel cell technology, the performance and reliability of fuel cells are crucial. In order to ensure the reliability of high-power fuel cell stacks under various environmental conditions, our company has developed the JSW series walk-in hydrogen fuel cell stack environmental test chamber. This series is designed as advanced equipment for fuel cell stacks ranging from 80KW to 300KW, and can conduct environmental simulation tests in accordance with standards such as GB/T 31035-2014.
The experimental module has the ability to simulate the combined effects of various factors such as temperature and humidity in the natural environment. It is closely integrated with the stack test bench in terms of software and hardware systems, and the main control system of the test bench can remotely monitor and control the working status of the test cabin. The temperature and humidity control is very flexible, and can be programmed separately or linked with the main control program of the test bench to ensure the accuracy and controllability of the testing process.
The equipment in the test chamber meets multiple standards, including GB/T 31035-2014, GB/T 20042.2-2008, and GB/T33978-2017, to ensure that your stack testing meets industry requirements.
Solutions
| JSW Series Walk-in Power Reactor Environmental Test Chamber | ||||||
| Model | JSW-8T | JSW-15T | JSW-24T | |||
| Adaptive distribution stack | 80KW | 120KW | 150KW | 200KW | 250KW | 300KW |
| Hydrogen air pre cooling device | JHAP26-T | JHAP39-T | JHAP412-T | JHAP515-T | JHAP618-T | |
| Internal volume | 8m³ | 15m³ | 24m³ | |||
| Internal dimensions (D*W*H) | 2000mm*2000mm*2000mm | 2500mm*2500mm*2400mm | 3200mm*3000mm*2500mm | |||
| External dimensions (D*W*H) | 3300mm*2300mm*2700mm | 3800mm*2800mm*3100mm | 4500mm*3300mm*3200mm | |||
| Refrigeration unit size (D*W*H) |
1700mm*1350mm*1700mm | 2200mm*1200mm*2000mm | 2200mm*1400mm*2000mm | |||
| Hydrogen air pre cooling dimensions (D*W*H) |
2250mm*1250mm*2600mm | 2400mm*1400mm*2800mm | ||||
| Pressure relief port size | 0.24m³ | 0.36m³ | 0.45m³ | |||
| Installed power | 90KW | 113KW | 155KW | 170KW | 183KW | |
| Maximum current | 135A | 180A | 248A | 278A | 304A | |
| Cooling water flow rate | 20m³/h | 26m³/h | 36m³/h | 39m³/h | 43m³/h | |
| General Technical Indicators | ||||||
| Temperature range | -40ºC~90ºC | |||||
| Heating rate | ≥ 1 ºC/min (-40 ºC ~90 ºC range, average throughout the entire process when carrying hydrogen fuel cell stacks and fixtures, without generating heat. ) |
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| Cooling rate | ≥ 1 ºC/min (-40 ºC ~90 ºC range, average throughout the entire process, when carrying hydrogen fuel cell stacks and fixtures, without generating heat.) |
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| Temperature deviation | ≤± 2.0 ºC (unloaded) | |||||
| Temperature fluctuation | ≤ ± 0.5 ºC (Static without thermal load) ≤± 2.0 ºC (Dynamic test condition) |
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| Temperature uniformity | ≤2.0 ºC (Unload, atmospheric, static) | |||||
| Humidity range | 20% RH~95%RH | |||||
| Temperature range during humidity test | 20ºC~85ºC | |||||
| Humidity deviation | (Humidity≥ 75% RH) +2 ~ -3% RH (Humidity<75% RH) ± 5% RH |
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