Now available: compact 20 kW gas turbine power for efficient, flexible, and reliable distributed energy applications.
| Parameter | Unit | 20kW Simple Cycle | 20kW Recuperated Cycle |
| Electrical Power Output | kW | 20 | 17 |
| Electrical Efficiency | % | 12 | 23 |
| Output Voltage | VAC | 400-480 | 400-480 |
| Output Frequency | Hz | 50 | 50 |
| Electrical Service | – | 3-phase, 4-wire | 3-phase, 4-wire |
| Fuel Input | Mj/h | 537 | 255 |
| Fuel Inlet Pressure | bar(g) | 4-5 | 4-5 |
| Exhaust Gas Flow | kg/h | 720 | 720 |
| Exhaust Gas Temperature | ℃ | 570 | 257 |
Compact Distributed Power
The BLAZE 20 kW micro gas turbine is a compact, modular solution for distributed generation, combined cooling, heating and power (CCHP), and engineered multi-fuel projects. Choose the simple-cycle configuration for maximum output and high-grade exhaust heat, or the recuperated configuration when electrical efficiency and fuel economy are the priority.
Configuration Guide
Delivers 20 kW of electrical power with a 570°C exhaust temperature. The high-temperature exhaust can support steam, hot-water, process-heating and other heat-recovery systems.
Delivers 17 kW at 23% electrical efficiency, with a stated fuel input of 255 MJ/h. It is well suited to projects with long operating hours and lower demand for high-temperature exhaust heat.
Final configuration should be selected against the site load profile, thermal demand, annual operating hours, fuel cost, grid requirements and expected project return.
Project Flexibility
The combustion system can be engineered for natural gas, associated petroleum gas, biomass gas, diesel, and selected hydrogen, ammonia or alcohol-based fuel applications. Compatibility, blending ratio, gas cleaning and emissions performance are confirmed from a representative fuel analysis.
A high-speed integrated generator and modular architecture provide a strong power-to-size ratio while simplifying system integration. One unit can serve a compact load, or multiple units can be arranged in parallel so capacity and redundancy grow with the project.
Typical Applications
Pair the turbine with heat-recovery or absorption-cooling equipment to support electricity, hot water, process heat or cooling for data centers, hospitals, hotels and commercial facilities.
Convert suitable conditioned fuel gas from chemical, steel and other industrial processes into useful local power and heat, subject to gas-quality and cleaning requirements.
Use conditioned associated gas to supply oilfield equipment, instrumentation and auxiliary systems where pipeline access is limited, with optional exhaust heat recovery.
The compact architecture supports feasibility studies for marine, UAV and other specialized applications requiring dedicated engineering for intake, exhaust, controls, vibration and safety.
Buyer Questions
The line includes two configurations: the simple-cycle unit delivers 20 kW, while the recuperated unit delivers 17 kW at a higher stated electrical efficiency of 23%.
Potential options include natural gas, associated gas, biomass gas, diesel, hydrogen, ammonia and alcohol-based fuels. Actual compatibility depends on fuel analysis, conditioning, combustor configuration, safety requirements and emissions targets.
Yes. Its exhaust can connect to heat-recovery and cooling equipment to produce useful heat, hot water, steam or chilled water. Balance-of-plant equipment must be designed for the selected cycle.
Yes, multi-unit configurations can be evaluated for larger or variable loads. The electrical system, controls, redundancy strategy and grid-protection scheme are engineered for each project.
Performance notice: Site output, efficiency, fuel input and exhaust conditions may vary with altitude, ambient temperature, fuel composition, inlet and exhaust pressure losses, and balance-of-plant design.
Share your fuel analysis, load profile and heat demand with the BLAZE engineering team.
Developing a larger energy solution? Explore our gas turbine R&D projects.
Part numbers alone are not sufficient to ensure performance.
To guarantee precision and compatibility, please provide:
Drawings or used samples for reverse engineering.
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