This series of hydrogen generators adopts high-quality fuel cell stacks, efficient DC/AC converters, integrated hydrogen supply systems and intelligent control systems, and is compatible with industrial grade hydrogen gas with a purity of ≥ 99.97% (pressure 0.8~3.5MPa). It fully complies with international authoritative standards and industry norms, and has core advantages such as zero carbon emissions, high power generation efficiency, stable operation, rapid start-up, and extremely low noise. It can be used as the main power supply, backup emergency power supply, distributed power supply or mobile power supply equipment to meet the high-quality power needs of high-end industries, new energy, public services and other scenarios.
Product Parameter
|
Model |
HG-10kW (portable emergency version) |
HG-20kW (commercial model) |
HG-50kW (industrial version) |
HG-100kW (flagship model) |
|
rated power |
10kW |
20kW |
50kW |
100kW |
|
maximum power |
11kW |
22kW |
55kW |
110kW |
|
Adaptive fuel |
Purity ≥ 99.97% industrial grade hydrogen, pressure 0.8~2.0MPa |
Purity ≥ 99.97% industrial grade hydrogen, pressure 1.0~2.5MPa |
Purity ≥ 99.97% industrial grade hydrogen, pressure 1.5~3.0MPa |
Purity ≥ 99.97% industrial grade hydrogen, pressure 2.0~3.5MPa |
|
Voltage specifications |
220V (single-phase)/380V (three-phase) optional |
220V (single-phase)/380V (three-phase) optional |
380V (three-phase) |
380V (three-phase) |
|
frequency |
50Hz/60Hz switching, stability ± 0.2% |
50Hz/60Hz switching, stability ± 0.2% |
50Hz/60Hz switching, stability ± 0.2% |
50Hz/60Hz switching, stability ± 0.2% |
|
Hydrogen consumption (full load) |
1.2~1.5Nm³/h |
2.4~2.8Nm³/h |
6.0~6.5Nm³/h |
12.0~13.0Nm³/h |
|
Startup method |
Electric start/manual start, supports quick start stop |
Electric start, supports manual/automatic start stop |
Electric start, supports automatic start stop and remote start |
Electric start, supporting automatic start stop, remote start, and emergency linkage |
|
Startup time |
≤ 30 seconds (from startup to stable power supply) |
≤ 30 seconds (from startup to stable power supply) |
≤ 45 seconds (from startup to stable power supply) |
≤ 60 seconds (from startup to stable power supply) |
|
Continuous running time |
≥ 8 hours (with built-in hydrogen storage bottle set)/24 hours (with external hydrogen source) |
≥ 12 hours (with built-in hydrogen storage bottle set)/24 hours (with external hydrogen source) |
24-hour uninterrupted (external hydrogen source, annual operation of over 8000 hours) |
24-hour uninterrupted (with an external hydrogen source, operating for over 8500 hours per year) |
|
Operating noise (1 meter away) |
≤55dB |
≤58dB |
≤62dB |
≤ 65dB (equipped with professional noise reduction system) |
|
Body dimensions (length x width x height) |
120 × 80 × 100cm (including hydrogen storage bottle group) |
180 × 100 × 120cm (including hydrogen storage bottle group) |
300 × 150 × 180cm (excluding hydrogen storage device) |
400 × 200 × 220cm (excluding hydrogen storage device) |
|
Body weight (including hydrogen storage cylinder group) |
280kg |
450kg |
850kg (excluding hydrogen storage device) |
1500kg (excluding hydrogen storage device) |
|
power generation efficiency |
≥42% |
≥43% |
≥45% |
≥46% |
|
Protection level |
IP55 (splash proof/dust proof/corrosion proof/impact proof) |
IP55 (splash proof/dust proof/corrosion proof/impact proof) |
IP55 (splash proof/dust proof/corrosion proof/impact proof) |
IP55 (splash proof/dust proof/corrosion proof/impact proof) |
|
Applicable ambient temperature |
-20℃~50℃ |
-20℃~50℃ |
-25℃~55℃ |
-25℃~55℃ |
|
Emission quotas |
Zero carbon emissions, only producing electricity, water, and a small amount of heat energy |
Zero carbon emissions, only producing electricity, water, and a small amount of heat energy |
Zero carbon emissions, only producing electricity, water, and a small amount of heat energy |
Zero carbon emissions, only producing electricity, water, and a small amount of heat energy |
Note: The above are standard parameters, and hydrogen consumption may fluctuate slightly due to factors such as hydrogen purity, operating load, and ambient temperature; Minor adjustments can be made based on the user's electricity demand, installation space, and hydrogen supply conditions, subject to the actual product.
Product feature and application
Using hydrogen as fuel and generating electricity through electrochemical reactions, there is no combustion process throughout the entire process, only producing electricity, water, and a small amount of heat energy. There are no emissions of any pollutants such as carbon monoxide, nitrogen oxides, particulate matter, etc., and carbon emissions are zero, truly achieving "zero carbon power generation"; The water generated by power generation can be recycled and reused without any waste, fully in line with the "dual carbon" strategy and green environmental protection policies, and is currently one of the cleanest power generation equipment.
Ultra high power generation efficiency and high energy utilization efficiency
Adopting advanced proton exchange membrane fuel cell technology, skipping the intermediate link of "combustion power generation", directly converting hydrogen energy into electrical energy, with a power generation efficiency of up to 42%~46%, far exceeding traditional fuel generators (about 30%) and thermal power generation (about 35%); At the same time, the waste heat generated during the power generation process can be recycled for heating and hot water supply, with a comprehensive energy utilization rate of over 80%, achieving the ultimate improvement in energy utilization efficiency.
The fuel cell stack adopts high-quality membrane electrodes and bipolar plates. The core components have undergone 2000 hours of continuous operation testing, with low failure rate and long lifespan (design lifespan ≥ 20000 hours); The output electrical energy is pure sine wave, with extremely high voltage and frequency stability (stability ± 0.2%), and the power supply quality far exceeds that of traditional generators. It can directly supply power to precision instruments, data servers, medical equipment and other equipment that require high power quality; Supports 24-hour uninterrupted operation without any fatigue issues, ensuring continuous and stable power supply.
Fast startup response speed, switching from startup to stable power supply within 30-60 seconds without preheating, and can quickly respond to sudden power outages; The operating noise is extremely low (55-65dB), equivalent to the sound of daily conversations, without mechanical vibration noise, suitable for noise sensitive scenarios such as hospitals, data centers, and high-end office buildings; The equipment has no mechanical wear parts, a simple structure, and a long maintenance cycle (every 1000 hours). The operation and maintenance cost is only 1/4 to 1/3 of that of a fuel generator, and the long-term cost-effectiveness is extremely high.
It can be used in various scenarios.
1. New energy demonstration base/hydrogen energy industrial park
Suitable for scenarios such as hydrogen energy industrial parks, new energy demonstration bases, and integrated projects of "wind solar hydrogen storage"
2. High end manufacturing/precision factories
Suitable for industrial sites with extremely high requirements for power quality and environmental protection, such as electronic chip factories, precision instrument processing factories, and high-end equipment manufacturing factories
3. Data centers/medical facilities
Adapt to scenarios with extremely high requirements for power continuity and stability, such as large data centers, hospitals, laboratories, etc
4. Mobile emergency/outdoor operations
It is applicable to emergency rescue, field exploration, border posts, outdoor construction, shipping and other mobile or non mains coverage scenarios
5. Commercial/public service places
Suitable for high-end office buildings, hotels, large supermarkets, green parks, airport terminals and other commercial and public service places
Production details
① Fuel cell stack: using proton exchange membrane (PEM) technology, high-performance catalysts are selected for membrane electrodes, and the service life is ≥ 20000 hours; The bipolar plate is made of graphite/metal composite material, which is corrosion-resistant, highly conductive, compact in stacking structure, and has a high power density (≥ 3kW/L); Equipped with an independent temperature control system, it accurately controls the reaction temperature to ensure stable power generation efficiency.
② Hydrogen supply system: using core components such as high-pressure solenoid valves, precision pressure reducing valves, and flow controllers, the hydrogen delivery is precise and stable; Equipped with a hydrogen drying device to remove trace amounts of moisture from hydrogen and avoid affecting the performance of fuel cells; The interface adopts standardized design and is compatible with multiple hydrogen storage devices for quick docking.
③ Electric energy conversion system: equipped with an efficient DC/AC converter, with a conversion efficiency of ≥ 98%, outputting pure sine wave electric energy, high voltage and frequency stability, and can directly supply power to sensitive loads; Equipped with an energy storage interface, it can seamlessly integrate with energy storage batteries to achieve energy storage and scheduling.
④ Safety detection system: equipped with high-precision hydrogen gas sensors (detection accuracy ≤ 100ppm), pressure sensors, temperature sensors, real-time monitoring of the operation status of the hydrogen power system, real-time uploading of fault information and triggering of protection mechanisms.
Product Certification
Hydrogen Energy Generators rely on advanced fuel cell technology, strict quality control system, and high-quality component supply. They have passed multiple international authoritative certifications and industry certifications, with complete qualifications and guaranteed
FAQ
Q: What kind of hydrogen gas is needed for a hydrogen generator? Can ordinary industrial hydrogen be used directly?
A: Industrial grade hydrogen with a purity of ≥ 99.97% is required. Ordinary qualified industrial hydrogen (in accordance with GB/T 3634.2-2011 standard) can be used directly without additional purification. The hydrogen pressure needs to be adapted to the corresponding model requirements (0.8~3.5MPa), without harmful impurities such as sulfur and chlorine; If the purity of hydrogen is less than 99.97%, a simple filtering device should be installed to remove impurities and avoid affecting the life of the fuel cell stack.
Q: Is hydrogen generator really zero emission during operation? What is the purpose of the generated water?
A: Yes, completely zero carbon and zero pollutant emissions during operation. Hydrogen generators generate electricity through electrochemical reactions, with the reaction equation being "2H ₂+O ₂=2H ₂ O+electrical energy+thermal energy". They only produce electrical energy, water, and a small amount of thermal energy, without any emissions of exhaust gas or waste residue. The water generated by power generation is high-purity distilled water, which meets the GB 5749-2022 drinking water standard. It can be directly recycled for irrigation, cleaning, equipment cooling, or further processed as drinking water to achieve water resource recycling.
Q: What are the sources of hydrogen gas for hydrogen generators? Can I purchase without a stable hydrogen source?
A: Hydrogen has a wide range of sources, mainly including three types: ① industrial by-product hydrogen (such as by-product hydrogen in the chemical and steel industries), which is relatively low-cost; ② Electrolyzing water to produce hydrogen (using green electricity such as photovoltaics and wind power to produce hydrogen, achieving zero carbon throughout the entire chain); ③ Hydrogen refueling stations can be purchased and transported and stored through dedicated hydrogen storage bottle groups. Even without a stable hydrogen source, it can still be purchased. We will assist in connecting with local hydrogen suppliers and hydrogen refueling stations to establish a stable hydrogen supply channel; At the same time, small electrolytic water hydrogen production equipment can be matched according to demand, utilizing local green electricity for hydrogen production to ensure stable hydrogen supply.
Q: Is hydrogen generator safe? Is there a risk of hydrogen leakage or explosion?
A: Hydrogen generators have extremely high safety, with much lower risks of leakage and explosion compared to fuel and natural gas generators. The equipment is equipped with a comprehensive safety protection system: ① high-precision hydrogen sensor for real-time detection, automatically cutting off hydrogen and giving an alarm when the leakage reaches 100ppm; ② The hydrogen supply system adopts explosion-proof sealing design, and the hydrogen storage cylinder group meets the national high-pressure vessel safety standards, which can withstand 3 times the rated pressure; ③ Hydrogen has a lower density than air and will quickly diffuse upwards after leakage. The equipment is equipped with a hydrogen diffusion guide device to avoid accumulation; ④ No open flames, no combustion process, electrochemical reactions occur in a closed environment, fundamentally eliminating the risk of explosion.
Packing & Shipping
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