Portable Hydraulic Spring Compresso
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Portable Hydraulic Spring Compresso

The exhaust pressure is up to 45 MPa, which allows it to stand out in high-pressure procedures such as hydrogen refueling, ensuring efficient and stable operation of the production process.
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Product Introduction
Product Category
 

 

1. Fixed hydrogen refueling station: With discharging, pressurizing, storage and cooling modules, the fixed hydrogen refueling station is capable of remote refueling, monitoring of key equipment, cloud computing and big data analysis with efficient refueling and high refueling rate.

2. Skid-mounted hydrogen refueling station: The skid-mounted hydrogen refueling station integrates such features as hydrogen refueling, cooling, metering, and digital control. With procedures such as equipment manufacturing, testing and debugging finished in the plant, it is easy and flexible to construct this type of station in a short term efficiently.

3. Fixed/skid-mounted hydrogen refueling station: Customized services are available for the fixed/skid-mounted hydrogen refueling station at the request of customer with diaphragm or liquid-driven compressors at your choice.

 

Technical specifications
 

 

1. Liquid driven compressor

This compressor exhibits remarkable performance due to its robust displacement, attaining 1000Nm³/H@12.5MPa, which adequately powers the hydrogenation process. Its high-pressure output capability, reaching up to 45MPa, excels in demanding high-pressure applications like hydrogenation, guaranteeing efficient and consistent production.

Moreover, this compressor demonstrates exceptional adaptability, accommodating a wide inlet pressure range from 2MPa to 20MPa, making it suitable for diverse operational scenarios. It also boasts superior temperature control, with a maximum exhaust temperature not exceeding 120℃ and a cooled exhaust temperature below 40℃, ensuring equipment stability during prolonged use.

In terms of reliability, the equipment incorporates cutting-edge sealing technology, delivering a sealing lifespan exceeding 2000 hours. This significantly reduces maintenance requirements and production downtime, enhancing the equipment's overall dependability. Furthermore, its efficient 110kW motor provides ample power, ensuring smooth and efficient operation while minimizing energy costs. The equipment also features a low-noise design, maintaining noise levels below 80dB (A), suitable for modern industrial settings and ensuring a safe work environment for operators.

Name

Displacement

Exhaust pressure

Inlet pressure

Maximum exhaust temperature

Exhaust temperature (aftercooling)

Service life of seals

Main motor power

Noise

Parameter

≥1000Nm³/h@12.5MPa

45MPa

2~20MPa

≤120℃

≤40℃

≥2000h

110kW

≤80dB(A)

 

2. Compressor skids

Indicator

Exhaust pressure

Default Dispensing Capacity

Operating Temperature

Parameter

45MPa

1000Kg/day

-25-55℃

 

3. Hydrogen dispenser

Name

Flow range

Measurement error

Measurement repeatability

Operating pressure

Explosion-proof grade

Parameter

0~5.0Kg/min

±1.5%

0.50%

35MPa/70 MPa

ExdemibllCT4Gb

 

4. Sequence control panel

Name

Applicable medium

Operating pressure

Design pressure

Environment temperature

Rating

Parameter

H2

45MPa

50MPa

-40°C~50°C

III

 

5. Discharging column

Name

Applicable medium

Operating pressure

Design pressure

Measurement repeatability

Filtration accuracy

Parameter

H2

0~20MPa

25MPa

0.50%

5μm

 

Scope of Application
 
1

Refueling for hydrogen fuel cell vehicles: Used to charge hydrogen fuel cell vehicles in order to support the promotion of hydrogen fuel cell vehicles, and provide a clean energy alternative for the transportation sector.

2

Hydrogen energy storage: Used for the storage and distribution of hydrogen. By converting electrical energy into hydrogen for storage, which can be released for power generation or other applications when needed, as a renewable energy alternative for the energy storage system.

3

Industrial applications of hydrogen: Providing high-purity hydrogen to industrial users to meet the needs of industrial applications of hydrogen.

 

SANY Hydrogen Energy Beijing R&D Testing Center
 

 

SANY Hydrogen Energy Beijing R&D Testing Center, operational since April 2023, spans 500 m2 and invested nearly RMB 6 million. Center prioritizes hydrogen production via water electrolysis, supporting SANY's electrolyzer advancements. With industry experts and a team of doctoral/master's researchers, it boasts robust R&D capabilities. Center also boasts two cutting-edge platforms for AWE and PEM hydrogen production equipment components.

 

The platforms feature diverse advanced R&D, testing, and small-batch production equipment, including a self-developed electrode/membrane testing platform, PEM test bench, ICP-OES, fluorescence analyzer, electrochemical workstation, small-scale electrolyzers, plasma spraying, and sandblasting tools. These enable the development of core components, system testing, scale-up, small-batch trials, and collaborative emulation, comprehensively addressing hydrogen production by water electrolysis. Additionally, we've independently designed the industry's only testing platform for electrodes and membranes, addressing the lack of standards and fluctuations in conventional testing. Through extensive R&D and establishing system testing methods, we've solved complex testing issues and achieved multi-dimensional performance assessments, ensuring the advancement and stability of critical components.

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