Manufacturer Information

• Manufacturer: Doosan Fuel Cell America

• Model: PureCell Model 400

• Fuel Type: Natural Gas

• Condition: Used – Reported Less Than 1,000 Hours

Description

This Doosan PureCell Model 400 Natural Gas Generator is a premium stationary power solution designed for efficient, clean energy generation. It delivers 400kW of electrical power at 3 Phase, 60 Hz, 480V, making it suitable for industrial and commercial energy applications. This unit includes a Colmac air-cooled condenser and integrated switchgear for turnkey operation. Built to high standards with modular construction, the system includes both the Power and Cooling Modules.

Reported to have less than 1,000 runtime hours, this generator is in excellent condition—perfect for businesses seeking energy resilience or green energy alternatives.

Specifications

• Generator Model: Doosan PureCell 400

• Rated Output: 400 kW

• Voltage: 3 Phase / 60 Hz / 480V

• Fuel Type: Natural Gas

• Runtime: Less than 1,000 hours

• Power Module Dimensions (OAD): 28'11" L x 8'4" W x 9'11" H

• Cooling Module Dimensions (OAD): 15'11" L x 7'10" W x 6' H

• Cooling System: Colmac air-cooled condenser

• Includes: Integrated switchgear

Applications

Common use cases include:

• Commercial buildings

• Data centers

• Manufacturing facilities

• Hospitals and healthcare campuses

• Microgrids and distributed energy projects

• Energy resilience and backup power

• Green energy initiatives

• Combined Heat and Power (CHP) systems

• Utility grid support

• Off-grid and remote site electrification

What Might This Be Used For?

• Clean onsite power generation for buildings or campuses

• Backup or emergency power for mission-critical operations

• Reducing dependency on the grid with high-efficiency fuel cell power

• Carbon reduction strategies through natural gas fuel cells

• Enhancing grid reliability in remote or off-grid areas

• Running energy-intensive equipment in a low-emission setup

• Supporting combined heat and power (CHP) applications

• Load balancing in peak demand periods

• Supplying green power in regulated industries

• Reducing energy costs with consistent natural gas rates