Hydrogen solutions

Industry-leading hydrogen storage and transportation equipment

Rein, a leading manufacturer of hydrogen storage and transportation equipment, provides customers with a spectrum of products and services, including holistic green hydrogen solutions, hydrogen storage equipment, hydrogen transportation equipment, hydrogen filling and refueling station equipment, onboard hydrogen supply system, and hydrogen refueling station construction.

By consistently innovating and fostering collaboration across the industry chain, Rein plays a key role in advancing hydrogen storage and transportation technology while exploring new opportunities for hydrogen development.

Holistic Green Hydrogen Solution

From scheme design to project operation and maintenance, Rein offers holistic solutions.

Holistic Green Hydrogen Solution

Hydrogen Storage Cascades

Rein's hydrogen storage equipment is recognized for its safety, reliability, specialty and efficiency, maintaining a leading market share in China.

Hydrogen Storage Cascades

Hydrogen Tube Trailers and Skids

Rein's hydrogen tube trailers and tube skids are the preferred products for hydrogen transportation in China.

Hydrogen Tube Trailers and Skids

Hydrogen Filling and Refueling Station Equipment

Rein offers a full range of equipment, control system, system integration, and hydrogen engineering construction services for hydrogen filling and refueling stations.

Hydrogen Filling and Refueling Station Equipment

Onboard Hydrogen Supply System

Empowering the development of the green transportation industry

Onboard Hydrogen Supply System

Innovative Solutions Driving Industry Chain Collaboration

Leveraging our industry-leading advantages in hydrogen storage and transportation, as well as the resources and strategic blueprint of the Shenergy Group in the hydrogen industry chain, Rein collaborates across the entire hydrogen industry chain—covering production, storage, transportation, refueling, and utilization. We provide customers with holistic, innovative hydrogen solutions, from scheme design and equipment system integration to engineering construction and project operation and maintenance.

Hydrogen Storage Cascade

Flexible application | High safety and efficiency | Quick delivery | Easy maintenance Rein's commitment to independent R&D has led to groundbreaking products such as China's first 45MPa/90MPa hydrogen storage cascade. These products are widely used in hydrogen filling stations, refueling stations, green hydrogen projects, hydrogen storage projects, hydrogen metallurgy projects, and other applications. Customization options are available to meet specific needs.

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Technical Parameters of Individual Gas Cylinder

Type	Body Material	Working Pressure	Design Pressure	Working Temperature	Hydraulic Test Pressure	Helium Leak Test Pressure	Nominal Outer Diameter	Cylinder Volume	Filling Volume	Filling Weight
Type	Body Material	MPa	MPa	℃	MPa	MPa	mm	L	Nm³	Kg
MPR485-1000-H2-45	4130X	45	49.5	-40～+85	61.9	45	Φ485	1000	344	28
MPR485-1500-H2-45	4130X	45	49.5	-40～+85	61.9	45	Φ485	1500	516	42
MPR559-1000-H2-45	4130X	45	50	-40～+85	62.5	45	Φ559	1000	344	28
MPR559-1500-H2-45	4130X	45	50	-40～+85	62.5	45	Φ559	1500	516	42
MPR485-500-H2-90	4130X	90	99	-40～+85	123.8	90	Φ485	500	280	23
MPR485-700-H2-90	4130X	90	99	-40～+85	123.8	90	Φ485	700	391	33

Customization for Hydrogen Storage Cascade is available to meet your specific requirements

Standard	Filling Medium	Working Pressure	Ambient Temperature	Cylinder Volume	Cylinder Quantity	Total Water Volume
Standard	Filling Medium	MPa	℃	L		L
GB	H2	≥10	-40～+85	325～4500	Tailored to users needs
EN	H2	≥10	-40～+85	325～4500
ASME	H2	≥10	-40～+85	325～4500

Technical Parameters of Hydrogen Storage Cascade

Type	Body Material	Filling Medium	Working Pressure	Working Temperature	Total Water Volume	Filling Volume under STP	Filling Weight	Tare Weight	Overall Dimension
Type	Body Material	Filling Medium	MPa	℃	m³	Nm³	Kg	Kg	mm (LWH)
RZWC05-1000-H2-45	4130X	H2	45	-40～+85	5	1720	142	18270	8400x1210x1930
RZWC06-1000-H2-45	4130X	H2	45	-40～+85	6	2066	172	21800	8400x1210x1930
RZWC06-1500-H2-45	4130X	H2	45	-40～+85	9	3096	252	31750	12180x1210x1930
RZWC09-1000-H2-45	4130X	H2	45	-40～+85	9	3096	252	32580	8400x1800x1930
RZWC09-1500-H2-45	4130X	H2	45	-40～+85	13.5	4648	387	47500	12180x1800x1930
RZWC04-500-H2-90	4130X	H2	90	-40～+85	2	1120	94	19030	7230x1200x1620
RZWC01-700-H2-90	4130X	H2	90	-40～+85	0.7	391	33	6615	9150x850x720

Technical Parameters of Hydrogen Storage Cascade -ASME

Type	Body Material	Filling Medium	Working Pressure	Working Temperature	Total Water Volume	Filling Volume under STP	Filling Weight	Tare Weight	Overall Dimension
Type	Body Material	Filling Medium	MPa	℃	m³	Nm³	Kg	Kg	mm (LWH)
ASME06-1860-H2-20	SA-372	H2	20	-40～+85	11.16	2052	171	20050	8980x1400x2450
ASME18-2610-H2-25	SA-372	H2	23	-40～+85	46.98	10080	837	105000	12060x2340x4760
ASME01-2000-H2-20	SA-372	H2	20	-40～+85	2	353	29.5	3800	11300x714x853
ASME04-2050-H2-25B	SA-372	H2	25	-40～+85	8.2	1760	146	20530	12192x2438x1400
ASME03-2050-H2-25	SA-372	H2	25	-40～+85	6.15	1320	110	16000	12192x2438x850
ASME-1000-9234-H2-50	SA-372	H2	50	-40～+85	9	3361	280	46800	10200x1800x1930

Technical Parameters of Hydrogen Storage Cascade -PED

Type	Body Material	Filling Medium	Working Pressure	Working Temperature	Total Water Volume	Filling Volume under STP	Filling Weight	Tare Weight	Overall Dimension
Type	Body Material	Filling Medium	MPa	℃	m³	Nm³	Kg	Kg	mm (LWH)
ZSQP20-2000-H2-20	4130X	H2	20	-40～+85	40	7200	600	51700	10050x2410x3458
ASME04-2050-H2-25A	SA-372	H2	25	-40～+85	8.2	1760	146	20530	12192x2438x1400
ZSQP09-1000-H2-50	4130X	H2	50	-40～+85	9	3361	280	36000	9400x1800x1930

Hydrogen Tube Trailers and Skids (Type I)

Hydrogen Tube Trailers and Skids
(Type I)

High safety and reliability | Low total lifecycle cost With insights of our customers' pain points, we focus on developing the optimal solutions for hydrogen tube skids while adhering to regulatory and safety requirements. Our goal is to maximize hydrogen filling mass, improve tube bundle trailer efficiency, and support customers in lowering the total lifecycle cost of their products. Customization options are available to meet specific needs.

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Carbon Fiber Winding Cylinder Hydrogen Tube Trailers and Skids (Type II)

Carbon Fiber Winding Cylinder
Hydrogen Tube Trailers and Skids (Type II)

High safety and reliability | Lighter weight | Improved filling mass | Low total lifecycle cost With a commitment to independent innovation, Rein has successively developed 20MPa/30MPa carbon fiber winding cylinder tube skids, reducing cylinder weight and enhancing filling mass. This significantly increases transportation efficiency, making them an ideal choice for large-capacity, high-frequency, and long-distance transportation.

The total volume of the 20MPa carbon filament winding cylinder tube skid is up to 38.7 m3.

In comparison to all-steel cylinder tube skids, the 20MPa carbon fiber winding cylinder tube skids reduce total lifecycle cost by 25.12% and boost filling efficiency by 47%, and the 30MPa carbon fiber winding cylinder tube skids reduce total lifecycle cost by 30% and boost filling efficiency by 70%.

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Technical Parameters of Tube Skids( Type I, all-steel cylinder tube skids )

Type	Body Material	Filling Medium	Working Pressure	Ambient Temperature	Total Water Volume	Filling Volume under STP	Filling Weight	Tare Weight	Rated Mass	Overall Dimension
Type	Body Material	Filling Medium	MPa	℃	m³	Nm³	Kg	Kg	Kg	mm (LWH)
GSX10-2250-H2-20	4130X	H2	20	-40～+60	22.5	3960	356	29530	34000	12192x2438x1960
GSX10-2380-H2-20	4130X	H2	20	-40～+60	23.8	4190	376	32060	34000	12192x2438x1960
GSX10-2145-H2-20	4130X	H2	20	-40～+60	24.15	4250	381	32210	34000	12192x2438x1960
GSX11-2260-H2-20	4130X	H2	20	-40～+60	24.86	4389	390	33690	34000	12192x2438x1960
GSX06-4230-H2-20	4130X	H2	20	-40～+60	25.38	4533	373	32730	33110	12850x2438x1760
GSX07-3740-H2-20	4130X	H2	20	-40～+60	26.18	4627	385	33760	34200	12192x2438x2260
GSX16-1080-H2-25	4130X	H2	25	-50～+65	17.28	-	-	26470	33600	6050x2438x2591

Technical Parameters of Tube Skids( Type II, carbon fiber winding cylinder tube skids )

Type	Body Material	Filling Medium	Winding Material	Working Pressure	Ambient Temperature	Total Water Volume	Filling Volume under STP	Filling Weight	Tare Weight	Overall Dimension
Type	Body Material	Filling Medium	Winding Material	MPa	℃	m³	Nm³	Kg	Kg	mm (LWH)
GSX09-4160-H2-20	4130X	H2	carbon fiber	20	-40～+65	37.44	6615	549	27800	12192x2438x2535
GSX09-4175-H2-20	4130X	H2	Glass fiber	20	-40～+65	37.575	6646	555	34045	12192x2438x2531
GSX09-4300-H2-20	4130X	H2	carbon fiber	20	-40～+65	38.7	6844	571	28500	12192x2438x2535
GSX08-3875-H2-30	4130X	H2	carbon fiber	30	-40～+65	31	7760	648	32950	12192x2438x2535

Hydrogen Filling and Refueling Station Equipment

High safety and stability | Flexible application | Energy efficiency | Easy maintenance | All-inclusive EPC services Rein provides hydrogen filling and refueling stations with a full range of equipment, including Hydrogen unloading/filling cabinets, compressors, sequence control valve group, and hydrogen dispensers, along with station control system, system integration, and hydrogen engineering construction services. With a wealth of experience in delivering numerous hydrogen refueling station projects, the company has earned consistent acclaim from customers.

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Technical Parameters of Hydraulic-Driven Piston Hydrogen Compressor

Compressor Model		REIN-4~20/45-H2-500	REIN-4~20/45-H2-1000	REIN-4~20/90-H2-500
Overall Dimension	mm	5500x2500x2650	6000x2500x2650	6000x2500x2650
Applicable to		Hydrogen Refueling Station	Hydrogen Refueling Station	Hydrogen Refueling Station
Compression Medium		High Purity Hydrogen	High Purity Hydrogen	High Purity Hydrogen
Driving Type		Hydraulic-driven	Hydraulic-driven	Hydraulic-driven
Compression Stage		Two-stage	Two-stage	Three-stage
Inlet Pressure	MPa	3-30	3-30	3-30
Inlet Temperature	℃	＜40	＜40	＜40
Max. Outlet pressure	MPa	45	45	90
Outlet Temperature (after cooling)	℃	≤25	≤25	≤25
Fuelling Capacity	Kg/d 12hs	≥500@12.5-45MPa	≥100@12.5-45MPa	≥500@12.5-90MPa
Cooling Method		Water Cooling	Water Cooling	Water Cooling
Main Motor Group Power	KW	45	75	75
Cooling Capacity of Chiller	KW	≥45	≥65	≥65
Inlet/Return Water Temperature	℃	7/12	7/12	7/12
Cooling Water Capacity	T/h	≥7	≥12	≥10
Explosion-proof Mark / Explosion-proof Certificate		Ex db eb ib mb lc T4 Gb/GYB23.2183X	Ex db eb ib mb lc T4 Gb/GYB23.2183X	Ex db eb ib mb lc T4 Gb/GYB23.2184X

Technical Parameters of Diaphragm Compressor

Compressor Model		REIN-H2~2/36-1000
Overall Dimension	mm	6000x5000x2000
Applicable to		Filling Station
Sompression Medium		High Purity Hydrogen
Driving Type		Diaphragm
Inlet Pressure	MPa	2
Inlet Temperature	℃	＜40
Max. Outlet Pressure	MPa	36
Outlet Temperature (after cooling)	℃	≤40
Filling Capacity	Nm³/h	1000
Cooling Method		Water Cooling
Main Motor Group Power	KW	250
Inlet/Return Water Temperature	℃	32/40
Cooling Water Capacity	T/h	≥15

Technical Parameters of Hydrogen Dispenser

Rated Working Pressure	MPa	35
Max. Working Pressure	MPa	43.8
Design Pressure	MPa	50
Hydrogen Fueling Rate	Kg/min	≤3.6
Fueling Gun Connection Hose Length	m	≥4
Number of Fueling Ports		1 or 2
Fueling Nozzle	TK16, TK25	WEH or other brands, available for single or dual metering
Metering Repetability	≤1%
Display Function	Flow (mass)	Display instantaneous flow, cumulative flow, etc.
Counter Display Range	Single Counting Range	0.00-999.99Kg or 0.00-9999.99CNY( Max. allowable error ±2.5%)
Counter Display Range	Cumulative Counting Range	Integer 8 digits, decimal 2 digits
Operating Mode	Unit Price Setting Range	Can be adjusted according to customer requirements
Operating Mode	Card Machine Interlocking
Explosion-proof Mark / Explosion-proof Certificate	Ex, db, ib, mb, IIC, T4, Gb/GYB22.3673X

Technical Parameters of Unloading/ Filling Gas Cabinet

Working Medium		Hydrogen gas (Purity 99.99%)
Design Pressure	MPa	25 or 35
Max. Working Pressure	MPa	20 or 30
Design Temperature	℃	-25～+60
Hose	m	5
Tube skid Interface Specification		CGA1350 (for connecting hydrogen tube skid)
Pipeline Material		316L
Interface Connection Form		Double ferrule and NPT (Swagelok or equivalent brand)
Unloading System		Single-cabinet dual-interface pipeline form, with two unloading hoses, or single-cabinet single-interface pipeline form, with one unloading lose
Filtration Accuracy		One-stage filtration set at the end of the hose, accuracy ≤5μm
Others		Reserved purging function, optional break away coupling, flowmeter, and card machine interlocking system
Explosion-proof Mark / Explosion-proof Certificate	Ex, db, ib, mb, IIC, T4, Gb/GYB23.2063X

Technical Parameters of Sequence Control Value Group

Working Pressure	Outlet Temperature	Pipleline Material	Design Pressure	Pipe Diameter	Control Valve Form	Max. Flow Capacity	Electrical components meet national explosion-proof standards	Main Hydrogen Pipleline Connection Form	Ambient Temperature
MPa	Outlet Temperature	Pipleline Material	MPa		Control Valve Form	m³/h		Main Hydrogen Pipleline Connection Form	Ambient Temperature
≤45	≤45	316L (meets technical requirements for NI ＞12% and nickel equivalent＞28.5%)	50	9/16，3/4， 1	Electric	4000	Ex II CT4	C&T connection or NPT connection	Suitable for the ambient temperature of the project site

Onboard Hydrogen Supply System (Type III Hydrogen Storage Cylinder)

Rein's onboard hydrogen supply system is widely adopted in multiple certified vehicle models, including hydrogen-powered heavy trucks, city buses, special vehicles, and logistics vehicles. The hydrogen fuel supply system is designed in strict compliance with GB/T26990-2011 standards. Customization options are available to meet specific needs.

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Hydrogen Fuel System	35MPa	70MPa
System Working Pressure	35MPa	70MPa
System Test Pressure	43.75MPa	87.5MPa
System Strength Test Pressure	52.2MPa	105MPa
System Working Voltage	DC24V±4V	DC24V±4V
System Working Environment	-40～+85	-40～+85

Applications

Hydrogen-powered
heavy trucks

City Buses

Special vehicles

Logistics vehicles

Hydrogen-powered
heavy trucks

Rein's onboard hydrogen supply system is deployed in projects including Shanghai Lingang's inaugural hydrogen-powered heavy trucks, SANY hydrogen-powered trucks, Shanxi Dayun hydrogen-powered trucks, and Shanxi Pengfei hydrogen-powered trucks. Customization options are available to meet specific needs.

Case

Equipped with a 210L x 8-cylinder onboard hydrogen supply system

Range: Approximately 350 km

Framework Dimension	2192x1125x2350 mm (L * W *H )
Nominal Volume of Individual Hydrogen Cylinder	210L
Nominal Working Pressure	35MPa
Outlet Pressure	1±0.2MPa
Hydrogen Filling Capacity	40Kg
Hydrogen consumption per 100 KM (reference)	About 9 Kg

City Buses

Rein's onboard hydrogen supply system is deployed in projects like Shanghai Lingang's inaugural hydrogen-powered city buses.

Case

An 11-meter bus equipped with a 170L x 6-cylinder onboard hydrogen supply system

Range: Approximately 400 km

Framework Dimension	3770x2000x460 mm (L * W *H )
Nominal Volume of Individual Hydrogen Cylinder	170L
Nominal Working Pressure	35MPa
Outlet Pressure	1±0.2MPa
Hydrogen Filling Capacity	24Kg
Hydrogen consumption per 100 KM (reference)	About 5 Kg

Special vehicles

Rein's onboard hydrogen supply system is deployed in hydrogen-powered special vehicles such as concrete trucks and dump trucks.

Case

A 6-cubic meter concrete truck equipped with a 170L x 8- cylinder onboard hydrogen supply system

Range: Approximately 350 km

Framework Dimension	2380x1120x2120 mm (L * W *H )
Nominal Volume of Individual Hydrogen Cylinder	170L
Nominal Working Pressure	35MPa
Outlet Pressure	1±0.2MPa
Hydrogen Filling Capacity	33.5Kg
Hydrogen consumption per 100 KM (reference)	About 9 Kg

Logistics vehicles

Rein's onboard hydrogen supply system is deployed in projects such as the "Vegetable Basket" logistics vehicles in Henan.

Case

Equipped with a 140L x 3-cylinder onboard hydrogen supply system

Range: Approximately 300 km

Framework Dimension	2380x1120x2120 mm (L * W *H )
Nominal Volume of Individual Hydrogen Cylinder	140L
Nominal Working Pressure	35MPa
Outlet Pressure	1±0.2MPa
Hydrogen Filling Capacity	9.9Kg
Hydrogen consumption per 100 KM (reference)	About 3.1 Kg

Onboard hydrogen supply system (Type IV Hydrogen Storage Cylinder)

Lighter weight | Higher hydrogen density | Extended range | Longer service life | Enhanced safety | Scalable and customizable design | Easy maintenance and operation Rein, in partnership with France's Plastic Omnium, a Fortune Global 500 company, established PO-Rein (Shanghai) Energy Technology Co., Ltd., introducing state-of-the-art Type IV cylinder technology. With an annual production capacity of 65,000 units, the plant manufactures 70MPa carbon filament winding hydrogen storage cylinders with composite inner-liners (Type IV hydrogen storage cylinders).

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The PO-Rein plant in Jiading District, Shanghai

Cases

Rein operates worldwide, with landmark projects in Europe, the Americas, the Middle East, and Asia, advancing energy transition in collaboration with global partners.

More cases

REIN in Malaysia

Malaysia Hydrogen-Powered Smart Tram Project

Project location：Malaysia
Delivery time：2024
Project Highlight：The largest order of 70MPa Type IV hydrogen storage system in China, and the first Chinese supplier to apply high-pressure Type IV hydrogen storage system technology to rail transportation

REIN in Shanghai

Shanghai Lingang Shenergy-Shell Hydrogen Supply and Refueling Project

Project location：Shanghai
Delivery time：2024
Project Highlight：All-inclusive EPC services for the hydrogen refueling station, built to the highest standards.

REIN in France

Paris 2024 Olympics Hydrogen Refueling Station

Project location：France
Delivery time：2024
Project Highlight：Supplying hydrogen tube skids that meet the latest European standards for the Paris 2024 Olympics hydrogen refueling station, contributing to a green Olympic Games

REIN in Australia

Australia Hydrogen metallurgy Project

Project location：Australia
Delivery time：2023
Project Highlight：Hydrogen facility at a global mining giant's alumina refinery in Australia, contributing to a reduction of 500,000 tons of carbon emissions annually.

REIN in Beijing

Beijing 2022 Winter Olympics Daxing Hydrogen Refueling Station

Project location：Beijing
Delivery time：2022
Project Highlight：Beijing 2022 Winter Olympics green transportation project, the world's largest hydrogen refueling station, with a hydrogen refueling capacity of 4.8 tons per day.

REIN in Vietnam

Vietnam N2O transportation equipment project

Project location：Vietnam
Delivery time：2024
Project Highlight：Entry of electronic specialty gas storage and transportation equipment into the Vietnamese market.

REIN in Netherlands

The Netherlands Underground Hydrogen Refueling Station

Project location：Netherlands
Delivery time：2023
Project Highlight：Europe's first underground hydrogen refueling station.

REIN in Malaysia

Malaysia Hydrogen Refueling Station Project

Project location：Malaysia
Delivery time：2023
Project Highlight：SITIIAS explosion-proof certification, safe and reliable operation, high automation, simple operation, and easy maintenance.

REIN in Shanghai

30MPa Hydrogen Transportation Equipment and Filling Compressor Project

Project location：Shanghai
Delivery time：2023
Project Highlight：The first application of hydrogen compressor for 30MPa hydrogen tube skids in China.

REIN in Shanghai

Shanghai Pingxiao Road Oil-Hydrogen Refueling Station

Project location：Shanghai
Delivery time：2022
Project Highlight：Shanghai's first oil-hydrogen refueling station.

REIN in Shanxi

On-board Hydrogen supply system for Heavy-duty trucks

Project location：Shanxi
Delivery time：2024
Project Highlight：The second batch of one hundred hydrogen-powered heavy-duty trucks (Second Generation) for Shanxi Pengfei.

REIN in Shanghai

On-board hydrogen supply system for Muck trucks

Project location：Shanghai
Delivery time：2023
Project Highlight：Shanghai's first fleet of hydrogen fuel cell muck truck.

REIN in Shanghai

On-board hydrogen supply system for urban buses

Project location：Shanghai
Delivery time：2021
Project Highlight：Shanghai's first line of hydrogen fuel cell buses.

REIN in Henan

On-board hydrogen supply system for logistics vehicles

Project location：Henan
Delivery time：2021
Project Highlight：Urban logistics vehicles for the “Shopping Basket Program” in Henan province.

Pioneering the future of clean energy,
exploring innovative hydrogen technologies

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