Genplant Contact Search
Close Search

Power Stations

Genplant offers versatile and innovative power station solutions, designed to adapt to a changing energy landscape. Our power stations are engineered to generate reliable and efficient electricity using a range of fuel options, including natural gas, hydrogen, and liquid fuels.

Genplant's power station solutions are based on proven internal combustion engine-generator technology and have been designed to deliver electricity efficiently, reliably, and sustainably.  Genplant's unique modular designs allow for minimal footprint resulting in industry leading power density without sacrificing maintainability or operational functionality.

Genplant configures power station solutions utilizing pre-designed power plant building blocks to match the unique project requirements and when assembled together are a complete solution that is customized to the specific application.


Prime power refers to a primary and continuous source of electrical power that serves as the main or principal energy supply for a particular location or facility. Unlike backup power, which is activated in response to an outage or emergency, prime power is intended to provide a steady and reliable source of electricity for an extended period, often on a continuous basis. Prime power systems are designed to meet the sustained energy needs of a facility, such as industrial plants, remote off-grid locations, or areas with unreliable grid infrastructure.




Critical backup power refers to the essential provision of electricity during unforeseen disruptions to the main power supply. This backup power is crucial for maintaining the continuous operation of vital systems, infrastructure, and services in various settings, such as data centers, hospitals, emergency response centers, and other mission-critical facilities. Typically provided by generators, batteries, or alternative power sources, critical backup power ensures that essential functions remain operational, safeguarding against potential risks and minimizing downtime. The reliability of critical backup power is paramount in sustaining activities that demand uninterrupted access to electricity, preventing potential losses, and ensuring the resilience of essential services in the face of power outages or emergencies.

Power Station 1

Key Characteristics

  • Proven Technology
  • Fully Modular Design
  • Scalable
  • Compact
  • Resilient
  • Efficient
  • Flexible
  • Re-deployable


Prime Power

Genplant's Prime Power systems, designed for continuous and sustained operation, find applications in various sectors where a reliable and uninterrupted power supply is crucial. The flexibility and reliability of prime power systems make them integral in supporting various industries and critical infrastructure needs.


  • Data Centers
  • Critical Infrastructure
  • Industrial Facilities
  • Remote and Off Grid Locations
  • Telecommunications Infrastructure
  • Construction Sites

Critical Backup Power

The 1gen and 2gen power stations have been developed by Genplant to provide a modular and scalable Critical Backup Power solutions with industry leading power density to meet the stringent requirements of critical facilities. These applications highlight the importance of critical backup power in maintaining continuity for vital services and operations, especially in sectors where even brief interruptions can have significant consequences. The reliability and quick response of backup power systems are critical for preventing data loss, ensuring public safety, and sustaining essential services in various industries.


  • Data Centers
  • Hospitals and Healthcare Facilities
  • Emergency Response Centers
  • Telecommunications Infrastructure
  • Financial Institutions and Trading Floors 

Power Packaging

Genplant's Power Packaging, which involves designing and assembling power system components into integrated and efficient units, finds applications in various sectors. Power packaging's versatility lies in its ability to create modular and portable solutions for diverse applications. By integrating components in a compact and organized manner, power packaging enhances efficiency, reduces installation complexity, and contributes to the reliability of power systems in various sectors.


  • Data Centers
  • Mobile Power Units
  • Renewable Energy Systems
  • Military and Defense Applications
  • Telecommunications Infrastructure
  • Isolated and Off-Grid Locations