Outdoor containerized Alkaline Electrolyzer System container, China Outdoor containerized Alkaline Electrolyzer System container Manufacturers, Suppliers, Factory - Anhui Box-E New Energy Technology Co., Ltd.

Introduction

The containerized alkaline hydrogen production system is a fully pre-integrated green hydrogen generation solution housed within a standard ISO shipping container. Adopting proven alkaline water electrolysis technology, the unit splits deionized water into high-purity hydrogen and oxygen via electrochemical reactions.

All core assemblies, including alkaline electrolyzer stacks, rectifier power units, gas-liquid separation modules, hydrogen purification & drying subsystems, cooling circulation loops, PLC automatic control systems and full explosion-proof safety equipment, are pre-assembled, wired and fully tested in the factory before shipment.

Upon delivery, customers only need to connect external power, deionized water and cooling water pipelines to launch hydrogen production. Complicated on-site civil construction and customized plant setup are eliminated for rapid commissioning. Multiple container units can be operated in parallel to flexibly scale hydrogen output from small distributed sites to large-scale centralized green hydrogen bases.

Introduction

Rated Hydrogen Production Capacity	500Nm³/h
Rated Oxygen Production Capacity	250Nm³/h
Operating Pressure	1.6Mpa
DC Power Consumption	4.0-4.4kwh/Nm3
Rated Power	2.5MW
Operating Range	30-110%
Operating Temperature	90士2℃
Operating Medium	30%KOH
size	20/40ft

Introduction

Compact All-in-one Container Integration
All functional parts are installed inside standard 20ft or 40ft containers with complete factory debugging, drastically cutting on-site installation and testing time.
Mature, Durable Alkaline Electrolysis Technology
Proven by decades of commercial operation, capable of long-term stable full-load running with low malfunction rates and extended service lifespan.
Ultra-high Purity Hydrogen Output
Multi-stage purification and drying modules deliver hydrogen purity up to 99.999% with an extremely low dew point, meeting strict standards for fuel cells, chemicals and electronics.
Intelligent Unattended Operation
Equipped with a central PLC control system for real-time monitoring of pressure, temperature, liquid level and hydrogen concentration. It supports automatic startup/shutdown, fault self-diagnosis and remote data access.
Comprehensive Safety Protection
Built with hydrogen leakage sensors, overpressure relief valves, over-temperature interlocks, flame arrestors, explosion-proof electrical fittings and ventilation linkage systems to eliminate flammable gas hazards.
Modular Expandable Design
Independent container units can be freely combined in parallel to adjust total hydrogen production capacity, supporting phased project capacity upgrades.
Low Civil Engineering Investment
No dedicated factory building or complex foundation works required, greatly lowering upfront infrastructure costs and construction cycles.
Excellent Compatibility with Renewable Energy
Adaptable to fluctuating power output from solar PV, wind turbines and energy storage systems, perfectly matching the intermittent characteristics of new energy power generation.

Introduction

New Energy Matching Green Hydrogen Generation
Paired with centralized photovoltaic plants, distributed rooftop PV, onshore and offshore wind farms to locally consume surplus renewable energy and store energy in the form of green hydrogen.
Industrial Decarbonization
Supply zero-carbon green hydrogen for steel metallurgy, synthetic ammonia, methanol manufacturing and other chemical processes to replace fossil hydrogen and reduce carbon footprints.
Hydrogen Refueling Stations
Act as a stable high-purity hydrogen source for fuel cell passenger cars, buses, hydrogen heavy trucks and logistics vehicles.
High-tech Manufacturing
Provide ultra-pure hydrogen for semiconductor wafer fabrication, optical fiber production, electronic material processing and precision laboratory testing.
Off-grid & Remote Area Energy Supply
Serve remote mines, isolated islands, border outposts and rural areas without stable grid power for hydrogen power generation, heating and industrial usage.
Long-cycle Energy Storage & Grid Peak Shaving
Store excess renewable power as hydrogen during off-peak hours; hydrogen can later be converted back to electricity via fuel cells to stabilize grid load during peak demand periods.
Medical & Food Processing
Supply qualified hydrogen for pharmaceutical synthesis, medical clinical use and food-grade hydrogen production.