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Emergency/Commercial
Power Generation Solutions

  • NIIGATA

    • NIIGATA

    The NIIGATA gas turbine generator is a high-efficiency, eco-friendly power generation system designed to provide stable power supply for data centers, industrial facilities, plants, and various infrastructure applications. Based on NIIGATA’s accumulated turbine technology and engineering expertise in Japan, it delivers outstanding durability and reliable operating performance. Its fast start-up capability and excellent load response characteristics enable efficient application in both emergency and prime power generation environments.

    The NIIGATA gas turbine generator supports environmentally friendly operation while incorporating low-vibration and low-noise design features, making it suitable for urban facilities and sensitive operating environments. In addition, its high-efficiency combustion system and advanced control technology maximize fuel efficiency and minimize maintenance requirements, providing a cost-effective and reliable power solution.

    Rated Power Range
    500kVA ~ 6,500kVA
    Fast Start-Up Performance
    Achieves Rated Speed and Voltage Within 40 Seconds

    Product Features

    High-Efficiency & Eco-Friendly Power System
    An eco-friendly power generation system fueled by natural gas, maximizing fuel efficiency and ensuri
    Fast Start-Up & Stable Load Response
    Delivers reliable operating performance in both emergency and continuous power generation environmen
    Low Vibration & Low Noise Design with Easy Maintenance
    Designed with low vibration and low noise features for urban facilities and sensitive operating envi

    Product Specifications

    Key Differentiators

    Category Gas Turbine Generator Diesel Engine Generator
    Load Response Capability Capable of accepting 100% load instantly, maintaining stable power quality even under sudden power fluctuations Requires gradual load application, with relatively larger voltage and frequency fluctuations during sudden load changes
    Cooling System Air-cooled structure requiring no cooling water, eliminating concerns over freezing or water supply interruption and simplifying system configuration Water-cooled structure requiring auxiliary equipment such as cooling water pumps, piping, and radiators
    Environmental Performance Near-complete combustion minimizes soot emissions and reduces NOx emissions, enabling environmentally friendly operation Soot may be generated during combustion, requiring additional exhaust gas reduction systems
    Installation Space Low vibration allows simplified foundation work, while compact intake and exhaust facilities provide excellent space efficiency Higher vibration requires anti-vibration systems, and installation space requirements are relatively larger
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