Alkaline Electrolyzer Scalable Hydrogen Solutions

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Alkaline Electrolyzer Scalable Hydrogen Solutions

Application Fields:	New Energy
Certification:	CE, ISO
Condition:	New

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Product Description

Basic Product Information

Model NO.

SSI

Noise Level

Ultra Quiet

Types

Water Electrolysis Hydrogen Production Machine

Purity

99.999%

DC Power Consumption

4.3 Kwh/Nm3h2

Adjustable Load Range

30%-110%

Hydrogen Production

50-3300nm3/H

Electrolyte

Potassium Hydroxide (KOH) Aqueous Solution

Product Description

Key Product Configurations

Core Electrolyzer Stack: Design with high current density (≥6,000 A/m²), offering a 100% increase over conventional models and a 50% reduction in weight.
Energy Efficiency System: Advanced electrode and diaphragm materials ensure DC power consumption ≤4.4 kWh/Nm³ at full load.
Operation & Load Performance: Features a wide load regulation range (20%-110%) and high resistance to reverse current.
Modular & Scalable Design: Available in range from 50 to 3,300 Nm³/h for flexible configuration.

Product Applications

Large-Scale Green Hydrogen Production: Integration with solar/wind farms.
Industrial Feedstock Supply: High-purity hydrogen for ammonia, methanol, and petrochemical refining.
Energy Storage & Grid Balancing: Converts surplus renewable electricity into hydrogen.
Transportation Fueling: Hydrogen generation for refueling stations (HRS).

1000 Nm³/h Alkaline Electrolyzer

3300 Nm³/h Alkaline Electrolyzer

Alkaline and PEM Electrolyzer

Technical Specifications

Model	H2 Production (Nm³/h)	O2 Production (Nm³/h)	DC Current (A)	DC Voltage (V)	Weight (kg)	Cells	Diameter (mm)
ADQ50-1.6(1)	50	25	2971	77	7500	80	870
ADQ100-1.6(1)	100	50	5373	86	12000	90	1170
ADQ200-1.6(1)	200	100	7803	119	16730	124	1410
ADQ500-1.6(1)	500	250	13144	175	33000	182	1830
ADQ1000-1.6(1)	1000	500	13144	349	51000	364	1830
ADQ2000-1.6(1)	2000	1000	24484	374	64400	390	2280
ADQ3000-1.6(1)	3000	1500	40755	372	60410	388	2080

Production Line & Key Materials

Self-produced Alkaline Separator: Adopts a composite structure with high-performance coating, featured by low resistivity, high gas tightness, and long service life.

Typical Project Cases

200 MW Wind-Solar-Hydrogen-Storage Integration Project

This project combines both alkaline and PEM electrolyzer technologies, integrating wind-solar power transmission to green hydrogen production and storage. Hydrogen production capacity: 12,000 Nm³/h.

25 MW Wind Power Off-grid Hydrogen Production Project

Utilizes an off-grid EMS system to achieve optimal capacity adaptation between load and renewable energy inputs. Hydrogen production capacity: 3,000 Nm³/h.

Service & Support

Standard Warranty: 12 months from deployment.
Extended Warranty: Optional coverage up to lifetime.
Global Support: 24/7 online/on-site technical assistance and spare parts supply.
Professional Training: On-site or remote maintenance training modules.

Frequently Asked Questions

Q1: What is the purity level of the hydrogen produced?

The system produces high-purity hydrogen reaching up to 99.999%, suitable for industrial feedstock and fuel cell applications.

Q2: What is the typical energy consumption of your electrolyzers?

The DC power consumption is highly efficient, typically ≤4.4 kWh/Nm³ at full load, depending on the specific model and configuration.

Q3: Can these systems handle fluctuating power from renewable sources?

Yes, the systems feature a wide load regulation range of 20% to 110%, making them ideal for solar and wind power integration.

Q4: What capacity ranges are available?

We offer a modular range from small-scale 50 Nm³/h units up to large-scale 3,300 Nm³/h industrial electrolyzers.

Q5: What is the durability of the alkaline separator used?

Our independently developed alkaline separators offer high mechanical strength, high gas tightness, and are designed for a long service life in demanding industrial environments.

Q6: Do you provide on-site installation and training?

Yes, we provide comprehensive global support, including on-site technical assistance, installation supervision, and operation/maintenance training.