Used 2023 Ingeteam INGECON H2 11.24 MW Hydrogen Electrolyzer Power System – Dual FSK E12000 Stations with IGBT Rectifiers

Manufacturer Information

Manufacturer: Ingeteam

Ingeteam is a manufacturer of industrial power electronics, electrical conversion systems, automation equipment, and renewable energy technologies. Its equipment is used in renewable energy generation, energy storage, hydrogen production, industrial power conversion, and electrical infrastructure applications.

The INGECON H2 product line is designed to supply controlled DC power for hydrogen electrolyzers, converting medium-voltage AC power into the regulated DC electrical output required for electrolysis.

This 2023 Ingeteam INGECON H2 Power Station System includes two FSK E12000 power stations and four H2 E-lyzer IGBT rectifiers, configured for an 11.24 MW hydrogen electrolyzer installation.

Description

Available for sale is a used 2023 Ingeteam INGECON H2 industrial power conversion system, originally designed for an 11.24 MW hydrogen electrolyzer application.

The system consists of two skid-mounted Ingeteam FSK E12000 power stations and four H2 E-lyzer IGBT rectifiers with integrated liquid cooling, providing a comprehensive medium-voltage AC-to-DC conversion solution for large-scale industrial electrolysis.

Each power station incorporates medium-voltage switchgear, a step-down transformer, an auxiliary transformer, a low-voltage panel, and integrated controls.

The equipment operates with a rated 20.78 kV medium-voltage input and is specified for 3,000 kVA AC input power per station. The DC conversion system features a maximum DC voltage of 1,300V, a nominal DC current of 4,400 amps, and a maximum DC current of 7,700 amps.

The IGBT rectifiers feature a stated 97% efficiency, adjustable power factor, and less than 3% harmonic distortion, supporting efficient power conversion and electrical integration.

Communications capabilities include Modbus/TCP or Profibus, allowing integration with compatible plant automation, supervisory control, and monitoring systems.

Designed for outdoor installation, the equipment has a specified operating temperature range of -20°C to +40°C.

Each power station measures approximately 37' 9" long x 6' 11" wide x 13' 11" high, making this a substantial industrial electrical system requiring specialized transportation and installation planning.

This equipment could be suitable for green hydrogen production, industrial electrolysis, renewable energy hydrogen projects, and other compatible high-capacity AC-to-DC power conversion applications.

Specifications

Included Equipment

• (2) Ingeteam FSK E12000 power stations

• (4) H2 E-lyzer IGBT rectifiers with integrated liquid cooling

• Medium-voltage switchgear

• Step-down transformers

• Auxiliary transformers

• Low-voltage electrical panels

• Integrated control systems

• Communication interfaces

The 11.24 MW figure describes the intended electrolyzer system. The supplied 3,000 kVA rating is stated per power station and should not be assumed to establish 11.24 MW of continuous AC input capacity for the two-station package. Rectifier-level versus station-level DC ratings, simultaneous operating limits, cooling requirements, and total system capacity should be verified against the original engineering documentation.

Typical Applications

• Green hydrogen production

• Industrial hydrogen electrolysis

• PEM electrolyzer power supply

• Alkaline electrolyzer power supply

• Renewable energy hydrogen projects

• Power-to-hydrogen installations

• Industrial AC-to-DC power conversion

• Hydrogen production pilot and commercial plants

• Energy storage and conversion infrastructure

• Industrial electrochemical processing

• Renewable power integration

• Large-scale DC power supply applications

Products and Processes This System Could Be Used For

• Green hydrogen

• Industrial-grade hydrogen

• Hydrogen for ammonia production

• Hydrogen for methanol production

• Refinery hydrogen supply

• Hydrogen for synthetic fuel production

• Hydrogen for steelmaking processes

• Hydrogen for fuel-cell applications

• Hydrogen for energy storage projects

• Renewable electricity-to-hydrogen conversion

• Compatible industrial electrolysis processes

• Other high-current industrial DC power applications

This is electrical power conversion equipment, not a complete hydrogen production plant. Electrolyzer stacks, hydrogen purification, compression, storage, and other process equipment are not identified as included. Application compatibility depends on electrolyzer technology, voltage/current requirements, cooling infrastructure, and electrical system design.

Frequently Asked Questions

- What is included in this Ingeteam INGECON H2 system? The package includes two FSK E12000 skid-mounted power stations and four H2 E-lyzer IGBT rectifiers, along with associated transformers, switchgear, electrical panels, and integrated controls.

- What size hydrogen electrolyzer system was this equipment designed for? The system was designed for an 11.24 MW hydrogen electrolyzer installation. Actual usable power capacity should be verified against the electrical ratings and system configuration.

- What are the electrical specifications? Each station has a stated 3,000 kVA AC input rating and 20.78 kV medium-voltage input. The supplied DC specifications include 1,300V maximum voltage, 4,400A nominal current, and 7,700A maximum current.

- Does the system include liquid-cooled rectifiers? Yes. The package includes four H2 E-lyzer IGBT rectifiers with integrated liquid cooling, with a stated rectifier efficiency of 97%.

- Can this equipment be installed outdoors? The stations are described as outdoor-rated, with an operating temperature range of -20°C to +40°C. Installation must be engineered for site-specific electrical, environmental, cooling, and safety requirements.

- Can Aaron Equipment assist with shipping and logistics? Yes. Aaron Equipment can assist with specialized rigging, loading coordination, oversized-load transportation, domestic and international freight, customs documentation, and logistics planning. Each station is approximately 37' 9" long and 13' 11" high, so transportation height, route clearances, equipment weights, and loading arrangements must be evaluated.