MW Turbina de gas KAWASAKI L30A

34 MW Kawasaki Gas Turbine

Overview

A well-maintained, low-hour 34 MW gas turbine cogeneration power plant is available for acquisition. The facility commenced commercial operation in August 2021 and has accumulated approximately 13,298 operating hours as of May 25, 2023, with projected total operating hours of approximately 20,000 hours by March 2024. The plant will be available for delivery beginning July 2026.

Designed for high-efficiency combined heat and power (CHP) applications, the facility incorporates a Kawasaki L30A gas turbine, heat recovery steam generation system, and steam absorption chiller, delivering excellent overall thermal efficiency while maintaining low emissions through Dry Low Emission (DLE) combustion technology.

Plant Highlights
Commercial operation date: August 2021
Manufacturer: Kawasaki Heavy Industries, Japan
Manufacturing year: August 2020
Configuration: Cogeneration (Combined Heat and Power)
Electrical output: 34 MW
Frequency: 60 Hz
Fuel: Natural Gas
Operating hours: 13,298 hours (as of May 25, 2023)
Expected operating hours by March 2024: Approximately 20,000 hours
Number of starts: 66
Last major maintenance: March 9–30, 2023
Available: July 2026
Gas Turbine Specifications
Kawasaki L30A Gas Turbine
Parameter Specification
Manufacturer Kawasaki Heavy Industries, Japan
Model L30A
Year Manufactured August 2020
Condition Lightly Used
Type Simple Open Cycle, Two-Shaft
Fuel Natural Gas
Rated Output 34 MW
Compressor 14-Stage Axial Flow
Combustion System 8-Can Combustor
Operating Speed 5,576 rpm
Pressure Ratio 24.5:1
Exhaust Gas Temperature 502°C
Exhaust Gas Flow 333,300 kg/h
Heat Rate 8,930 kJ/kWh
Fuel LHV 35.9 MJ/Nm³
Electrical Efficiency (LHV) 41.2%
Heat Recovery Efficiency 46.1%
Total CHP Efficiency (LHV) 85.5%
Major Overhaul Interval 6 Years
Emissions Performance

The turbine is equipped with Kawasaki's advanced Dry Low Emission (DLE) combustion system, providing environmentally responsible operation without water or steam injection.

Parameter Specification
NOx Emissions 15 ppm 15% O₂
NOx Reduction Method DLE (Dry Low Emission)
DLE Operating Range 70–100% Load
Installation Footprint

Approximate required space for turbine and generator systems:

11 m × 25 m × 11 m (maximum inlet height)

Heat Recovery Steam Generation System

The plant includes an exhaust-gas-fired steam generator (waste heat boiler) that recovers thermal energy from turbine exhaust gases.

Steam Production Capacity
Steam Service Capacity
High Pressure Steam 31.2 t/h 7 MPa(g)
Medium Pressure Steam 9.0 t/h 1.6 MPa(g)

This configuration allows efficient utilization of recovered heat for industrial process steam, district energy applications, or additional thermal loads.

Generator Specifications
Meiden Synchronous Generator
Parameter Specification
Manufacturer Meiden, Japan
Year Manufactured 2020
Type Synchronous Generator
Rated Apparent Power 37,945 kVA
Rated Voltage 11 kV
Rated Current 1,992 A
Frequency 60 Hz
Phases 3
Poles 4
Operating Speed 1,800 rpm
Power Factor 0.90
Field Voltage 128 V
Field Current 598 A
Cooling Water Requirement 160 m³/h
Lubricating Oil Requirement 110 L/min
Weight Approximately 83–84 tonnes
Steam Absorption Chiller

The facility includes a steam-driven absorption chiller manufactured by FCO Kawasaki, enabling efficient production of chilled water using recovered thermal energy.

Parameter Specification
Manufacturer FCO Kawasaki, Japan
Manufacturing Year August 2020
Cooling Capacity 2,462 kW
Chilled Water Flow Rate 423.4 m³/h
Chilled Water Outlet Temperature 7°C
Cooling Water Flow Rate 700 m³/h
Cooling Water Inlet Temperature 32°C
Maximum Steam Consumption 2,695 kg/h
Steam Inlet Pressure 0.785 MPa(g)
Power Supply 440 V, 60 Hz
Maintenance Features

The Kawasaki L30A turbine incorporates a maintenance-friendly modular design intended to minimize outage duration and lifecycle costs.

Key features include:

Strategically located inspection ports for internal flow-path inspections without major disassembly.
Horizontally split high-temperature gas generator casing for simplified maintenance access.
Multi-can combustor configuration enabling efficient component replacement.
Modular construction facilitating rapid overhaul and reduced plant downtime.
Six-year major overhaul interval.
Asset Availability

Availability Date: July 2026

This low-hour, high-efficiency 34 MW Kawasaki cogeneration facility presents an excellent opportunity for utilities, industrial operators, independent power producers (IPPs), and district energy projects seeking reliable power generation with integrated steam and cooling capability.
seller offer No. resale VK-L30-AJAM