Containerized power generation systems
At JALVASUB, we develop containerized power generators that combine one or more PEM fuel cell systems and/or cabinets with solid-state hydrogen or green ammonia storage areas, batteries, and power converters, offering a complete, flexible, and autonomous power generation solution.
Additionally, thanks to the integration with containerized solid ammonia storage systems, our equipment is capable of forming a high-power system with autonomy adapted to the specific needs of the customer, capable of operating continuously and safely for long periods without intervention.
These power generation systems are designed for multiple applications such as powering RTG port cranes, installation on the decks of existing ships, serving as stationary power generation in the port for own consumption or on-shore power supply to ships (OPS), or supporting critical facilities and events. The modular architecture allows the systems to be easily paralleled, scaling capacity from kilowatts to megawatts according to demand.
power generation systems
OUR POWER GENERATION SYSTEMS
Parallelizable
They are designed to be easily paralleled, allowing capacity to be scaled up to kilowatt or megawatt power levels in a modular and safe manner.
Safety and efficacy
Our systems integrate containers that can be divided into several areas to improve security and easily control operating conditions.
Adaptados a las necesidades del cliente
Los sistemas de generación de energía se diseñan para adaptarse a las especificaciones de potencia del cliente.
Módulos PEM con buenas propiedades
Buenas prestaciones eléctricas con voltajes por celda superiores a 0,6 V para densidades de corriente inferiores a 600 mA/ cm2, con eficiencias superiores al 58%.
Our systems consist of:
PEM fuel cell systems and/or cabinets
Hydrogen/solid ammonia feeding area
Power conversion, storage, and conditioning area
Internal connection between areas
Customer interface
20-foot containers
Containerized systems
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Certified efficiency of the PEM module with hydrogen
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Certified efficiency of the PEM system with ammonia
Fuel cell systems with balance of plant.
Area that stores the fuel cell system and its auxiliary components.
area containing the hydrogen/solid ammonia feeding system.
area containing the power conversion, storage, and conditioning system.
Control system
Electrical system
MECHANICAL SYSTEM
power generation system
