Name: Integrated AEM Water Electrolysis System – HXB-V1 (2 kW)
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Why HXB-V1

Integrated balance of plant: circulation, feed-water handling, sensing, safety and controls in one 6U enclosure.

Flexible delivery: 0 or 10 barg configuration, with optional dryer for high-purity hydrogen.

Control access: 1-second telemetry and eight external control variables for protocol development.

Compliance evidence: CE Declaration of Conformity covering LVD, EMC and RoHS.

Include in your RFQ

Required purity and hydrogen delivery pressure

Country, site power and installation environment

Communication and remote-control requirements

Duty cycle, peripherals, delivery schedule and quantity

Compliance note: purity ≥99.999% requires a suitable dryer. CE evidence is a Declaration of Conformity, not third-party product certification.

Hydrogen output	Up to 500 L/h (0.5 Nm³/h, approximately 1 kg/day)
System energy	4.8 kWh/Nm³ at beginning of life
AC input	2.4 kW at beginning of life
Hydrogen purity	98–99% without dryer; ≥99.999% with dryer
Control	Desktop app, Ethernet and MQTT

Power supply	200–240 V AC, 50/60 Hz, single phase
Feed water	ASTM D1193 Type II
Electrolyte	0.3 M KOH
Operating current	15–67 A, 50 A recommended
Size / weight	482 × 642 × 266 mm (6U) / 51.3 kg

HXS-0	Cell-scale material and MEA evaluation	Up to 25 cm²
HXS-2	Reusable 2 kW stack for custom BOP integration	0.5 Nm³/h
HXS-30	Pilot stack under validation	7.5 Nm³/h target
HXB-V1	Integrated system with BOP and controls	0.5 Nm³/h

Integrated AEM Water Electrolysis System – HXB-V1 (2 kW)

HXB-V1 | Integrated 2 kW AEM Electrolyzer System

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Why HXB-V1

Technical details

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Typical project scenarios

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