Air Actuated Valves
Air Flow Control Valves
Angle Seat Valves
Ball Valves
Butterfly Valves
Cathode Isolation Valves
Control Valves
Cryogenic Valves
Diaphragm Valves
Flow Control Valves
Globe Valves
Hydrogen Back Pressure Regulators
Hydrogen Filter Regulators
Hydrogen Fuel Cell Pressure Regulators
Hydrogen Pressure Reducing Valves
Hydrogen Pressure Relief Valves
Hydrogen Pressure Solenoid Valves
Hydrogen Tank Valves
Needle Valves
On Tank Valves
Plunger Valves
Process Automation Solenoid Valves
Proportional Valves
Safety Valves
Shut-Off Valves
Hydrogen Cooling System H2PCU
- KUSTEC built hydrogen cooling systems for more than 393 out of the 1160 existing hydrogen refuelling stations, according to 2025 statistics
- H2PCU is an economic machine, ideal for low connection load and low energy consumption
- Passive cooling is a key feature of H2PCU
- Temperature protocol: T40
- Cooling capacity: 15-24 kW
- Connection load: 24-36 kW
Working with KUSTEC
KUSTEC contributes to hydrogen industry since 2006 with hydrogen cooling systems. KUSTEC built cooling systems for more than 393 out of 1.160 existing hydrogen refueling stations till 2025 around the globe with Professional technicians, International engineers and worldwide partners. KUSTEC designs hydrogen cooling systems considering minute details and the system as a whole. KUSTEC also delivers cooling concepts for hydrogen refueling stations for the futuristic sustainable mobility. KUSTEC is reliable because of its innovative and unique cooling system with an option of customization.
Hydrogen cooling system H2PCU description
- The H2PCU offers a high cooling capacity with low power usage due to the Aluminium Block Heat exchanger, thus reduced investment costs.
- The Aluminium Block has a high thermal mass, which is an advantage at stations where highly intermittent refueling is planned.
- In the H2PCU cooling system, hydrogen flows through an Aluminium Block Heat exchanger, which is pre-cooled via the cooling system refrigerant R452A. Thus, the Aluminium Block provides the advantage of simultaneous Active and Passive cooling.
- The system proves most worthy for one dispenser hydrogen stations.
- The high mass and heat capacity of the Aluminium Block Heat exchanger allows to have a cooling unit with low connections load values.
- The nominal operating points of the system are: tc = 45° C; to = -40° C, delivering the cooling capacity as per the SAE J2601 hydrogen standard.
- As a Kustec cooling system, the advanced control system ensures optimizing operational points to maximize COP, thus efficiency.
Key benefits
- 20 years life span
- CE certified
- Compact design
- Operation cost efficiency
Application areas
- SAE J2601 Hydrogen Filling Protocol
- H35 and H70 fillings
- Cars
- Forklifts
Certifications
- Management System Certificate
- EN ISO 9001:2015
- SCC 2011
- BMLFU-KK-Nr. 45
- Fluorinated Greenhouse Gases Regulations 2009
- Section 4, Paragraph 1, Ordinance BGBL. II No. 2/2011
- Federal Ministry for Agriculture and Forestry, the Environment and Water Management
- Brazing Process Testing
- EN 14276-1:2020
- EN 13585
- Expert in Handling Natural Refrigerants
Our products are used globally - see our live map
Contact us
- We can customize the hydrogen cooling systems as per the requirements.
| Max Cooling Capacity (in kW) | 24 |
| Power at Max Load (in KW) | 36 |
| Max Input Voltage (in V) | 400 |
| Electronic Control Interface | Modbus TCP/IP, Profinet |
| Compliant with | CE |
| Max Ambient Temperature (in °C) | 40 |
| Min Ambient Temperature (in °C) | -20 |
Kustec Kaelte- und Systemtechnik GmbH
KUSTEC, officially named as Kälte- und Systemetechnik GmbH, is based on the outskirts of Vienna, in Freundorf, Austria, where all the innovation happens. Since 2008, KUSTEC provides hydrogen cooling solutions for a total of more than 393 Hydrogen Refuelling Stations across the globe. Worldwide partnerships allow excellent customer support. Our motivation is to customize hydrogen cooling solutions to fulfill hydrogen station needs, innovate highly efficient systems with low energy consumption and focus on developing systems with low Global Warming Potential. Before delivery, every system is tested under extreme conditions to ensure it delivers the designed criteria. Please also see our company presentation.
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