Skid-Mounted Distributed Energy
Now available from BLAZE: a compact 150 kW-class micro gas turbine engineered for industrial power, CCHP, valuable heat recovery and multi-fuel energy projects.
Configuration Guide
Delivers 151.8 kW of electrical power at 16.7% electrical efficiency. Its 610°C exhaust creates a valuable high-grade heat source for steam production, process heating, hot water or heat-driven cooling.
Delivers 129.9 kW at 30.5% electrical efficiency with a stated fuel input of 1,533 MJ/h. It is designed for projects with long operating hours where electricity production and fuel economy carry greater value than high-temperature exhaust.
Send us your load profile and heat demand for a configuration recommendation.
Technical Information
The two configurations share the same electrical service and fuel inlet requirements but provide different balances of power output, efficiency and recoverable heat.
| Parameter | Unit | Simple Cycle | Recuperated |
|---|---|---|---|
| Electrical Power Output | kW | 151.8 | 129.9 |
| Electrical Efficiency | % | 16.7 | 30.5 |
| 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 | 3,265 | 1,533 |
| Fuel Inlet Pressure | bar(g) | 4-5 | 4-5 |
| Exhaust Gas Flow | kg/h | 4,094 | 4,059 |
| Exhaust Temperature | °C | 610 | 250 |
| Steam Production | kg/h | 880 at 0.8 MPa | 200 at 0.2 MPa |
| Cooling Capacity | kW | 815 | 155 |
| Package Dimensions (W × H × L) | mm | 1,650 × 2,150 × 2,135 | 1,650 × 2,150 × 2,700 |
Performance notice: Values are based on the supplied product sheet. Actual output, efficiency, steam, cooling and exhaust conditions may vary with fuel, altitude, ambient temperature, inlet and exhaust losses, and balance-of-plant design.
Beyond Electricity
The simple-cycle configuration is suited to facilities that can use high-temperature exhaust continuously. Properly designed heat-recovery equipment can convert this energy into steam, process heat, hot water or absorption cooling.
The recuperated cycle returns exhaust energy to the power process, increasing electrical efficiency to 30.5%. This supports continuous-duty sites with stable electrical demand and higher fuel costs.
Project Flexibility
Potential fuels include natural gas, associated petroleum gas, biomass gas, diesel, and selected hydrogen, ammonia or alcohol-based applications. Representative fuel analysis is required to confirm compatibility, conditioning and emissions performance.
Modular skid construction reduces field interfaces and supports faster deployment. Site planning must still provide ventilation, service access, intake and exhaust routing, fuel conditioning, electrical equipment and safety clearances.
Advanced control and monitoring functions support active operating optimization, one-touch start and stop, wide-range power adjustment and multiple operating modes. Multi-unit projects can be engineered for load sharing and staged expansion.
Typical Applications
Pair the turbine with heat-recovery and absorption-cooling equipment to support critical power and year-round cooling while increasing the useful energy recovered from fuel.
Convert suitable conditioned process gas into on-site electricity, steam or cooling, subject to detailed gas-quality analysis and appropriate gas treatment.
Use conditioned associated petroleum gas to supply production, gathering, pumping and auxiliary loads where gas export is difficult or expensive.
Evaluate compact, high-power-density solutions for marine, VTOL and specialized systems requiring dedicated intake, exhaust, controls and safety engineering.
Tell us about your fuel, site conditions and required power output.
Engineering Consultation
Sharing the following data allows BLAZE engineers to evaluate the cycle, fuel system and balance-of-plant requirements for your project.
Buyer Questions
The simple-cycle configuration delivers 151.8 kW. The recuperated configuration delivers 129.9 kW but increases stated electrical efficiency from 16.7% to 30.5%.
The simple-cycle package measures 1,650 mm wide × 2,150 mm high × 2,135 mm long. The recuperated package has the same width and height and is 2,700 mm long. Additional service and safety space is required.
These fuels can be evaluated, but direct use cannot be confirmed without representative fuel data. Filtration, dehydration, desulfurization, pressure regulation or other treatment may be required.
For electrical efficiency alone, the recuperated configuration is higher at 30.5%. If a site can fully use the simple-cycle configuration's 610°C exhaust, total system efficiency and energy value must be evaluated.
Hydrogen blending and other clean-fuel applications can be evaluated as project adaptations. Allowable blend ratio, fuel pressure, emissions, material compatibility and safety systems must be confirmed for the specific project.
Send your load profile, fuel analysis and heat-recovery requirements to the BLAZE engineering team.
Planning a larger or customized system? Explore our gas turbine R&D projects or contact BLAZE.
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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