| Type: | Hydrogen Fuel Cell Power Generation System |
|---|---|
| Connection Mode: | Series and Parallel |
| Rechargeable: | Chargeable |
| Discharge Rate: | Medium Discharge Rate |
| Size: | Customization |
| Accessories Type: | Customization |
| Customization: |
|---|
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Hydrogen Fuel Cell System
There are high pressure models and low pressure models, the high pressure model is equipped with 35MPa hydrogen storage tank, the low pressure model is equipped with self-developed 3MPa hydrogen storage alloy tank. lf required, hydrogen supply systems can be configure. Considering the cost of the power system, the use area and the needs of the application environment, Taiji proposes a variety of functional options for the design of the fuel cell system:
Hydrogen Fuel Cell System
1-300KW power generation system, custmized accroding to your needs.
| Parameter Type | Low Pressure Version Engine (5-10kW) | High Pressure Version Engine (10-15kW) | Notes | ||||
| Overall Dimensions/mm | 620*400*390 | 620*400*390 | 620*400*390 | 630*400*450 | 630*400*450 | 680*400*450 | |
| Weight/kg | 52.5 | 53.5 | 52.5 | 79.5 | 80.5 | 85.5 | Host only |
| Cabinet Main Color | Cabinet in grey color | Accessories colors are their original one | |||||
| Main Accessories | radiator, water pump, water tank, micro pressure regulator valve | radiator, water pump, water tank, injector | Choose according to demand | ||||
| Radiator | Single fan | Single fan/double fan | According to power requirements/customer requirements | ||||
| Engine performance sample and optional index range | |||||||
| Engine Input Voltage | 48 VDC | 80 VDC | 110VDC | 48 VDC | 80 VDC | 110VDC | 48-120 VDC Configurable (refer to lithium) |
| Engine Output Voltage | 54 VDC | 90 VDC | 120VDC | 54 VDC | 90 VDC | 120VDC | 48-120 VDC Configurable (reference motor) |
| Net Engine Output Power | 5kW | 8.5kW | 10 kW | 10 kW | 12.5 kW | 15 kW | 5-15 kW, configurable |
| Stack | S36 series liquid cooled PEM graphite plate hydrogen fuel cell stack | Choose according to demand | |||||
| Stack Output Current | 0~190 A | 0-260A | Adjust according to demand | ||||
| Stack Working Temperature | 50~78ºC(Control the inlet water temperature 60-68ºC, outlet water temperature 68-78ºC) | ||||||
| Air Supply | ≥99.99% | ||||||
| Hydrogen Supply Pressure | 40~60 kPa | 90~150 kPa | Pressure relief valve input 0.3-30bar | ||||
| Air Supply Pressure | 10~30 kPa | 70~130 kPa | Equipped with air supply system | ||||
| Working Environment Temperature | -10~45ºC | The coolant determines the minimum temperature | |||||
| Working Altitude | <2000 m | <3000 m | |||||
| Relative Humidity | 0~95%RH | 0~95%RH | |||||
| Noise | ≤90dB | ≤70dB | No acoustic enclosure | ||||
| Protection Grade | IP53 | IP56/IP67 | No outer container | ||||
| Function | HydrogenConsumption | Tail prainage Storage | Cald Start Heater |
| Southern Outdoor Model | X | Optional | Optional |
| Southern Indoor Model | √ | √ | Optional |
| Northern Outdoor Model | X | Optional | √ |
| Northern Indoor odel | √ | √ | √ |
| Standard Configuration | X | √ | √ |
Note:
1, "South" in this table refers to areas with a climate temperature above 5 C throughout the year and North" refers to areas with a climate temperature below 5 C throughout the year.
2. "Indoor" in this table refers to those areas where liquid water on the ground is not permitted or hydrogen emissions need to be reduced as much as possible, and "outdoor" is the opposite.
Company Profile
Taiji power dedicated to PEM fuel cell/cell membrane electrode and material industrialization.
Driving the hydrogen future with its core technology, help to achieve the double carbon goal and industrial green development with a variety of application scenarios.
Corporate Structure
• Two R&D centres are at Spruce and Taiji Carbon, wholly-owned subsidiaries of Taiji Power.
• A 1500m² world class fuel cell R&D platform has been built at with a range of advanced R&D equipment and testing facilities.
Product and Application
Test Center
• Two R&D centres are at Spruce and Taiji Carbon, wholly-owned subsidiaries of Taiji Power.
• A 1500m² world class fuel cell R&D platform has been built at with a range of advanced R&D equipment and testing facilities.
To match world-class standards, a fuel cell testing centre has been constructed to carry out testing and analysis of fuel cells, MEAs and related materials.
• There are fuel cell test rigs ranging from 100 watt to 100 kw and testing equipment such as SEM electron microscopes in the test centre.
• The R&D team has extensive experience in materials testing, and has the capability to evaluate fuel cells in line with international standards.
Selected Qualifications and Honors
Company Award
• Awarded the Foshan City Key Project in 2019
• Awarded Seed Unicorn in Foshan in 2022
• Awarded Innovative SME in 2022
• Awarded National High-Tech Enterprise in 2022
• Awarded Joint Training Base for Postgraduates by Central South University in 2023
• Awarded Joint Postgraduate Training Base of Foshan University in 2023
• Awarded as a practical training base for undergraduates in the School of Materials Science and Hydrogen Energy, Foshan University in 2023
Enterprise management system certification
IATF 16949 Quality Management System Standard Certification
ISO 9001 Quality Management System Certification
ISO 14001 Environmental Management System Certification
ISO 45001 Occupational Health and Safety Management System Certification
Patent
• A total of 47 patent
• 24 inventions and 23 utility models.
R&D team award certificate
The project of "Design and manufacture of hydrogen Fuel cell MEA with fully-localized materials, high performance and high tolerance" won the silver Award of Enterprise Group in 2021 Guangdong "ZhongChuang Cup" Entrepreneurship and Innovation Competition and Guangdong Doctoral and Post-doctoral Innovation Competition
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