25 MW‑class aero‑derivative gas turbine genset, inherited from domestic aviation‑marine power technology. Dual‑fuel support for natural gas & diesel, 35.5% high power‑generation efficiency, capable of burning medium‑low calorific‑value gas. Delivers large waste‑heat steam output with proven 16,000‑hour continuous‑operation track‑record. Applied for gas‑pipeline compression, offshore power, distributed CCHP and combined‑cycle power plant. Full‑life‑cycle O&M service is available.
25 MW Aero‑Derivative Gas Turbine Generator
- 1. **High Power‑Generation Efficiency**
- 35.5% efficiency under ISO condition, effectively cuts fuel consumption.
- 2. **Valuable Waste‑Heat Steam Output**
- Matches waste‑heat boiler to deliver up to 44 t/h steam for industrial heating & CCHP.
- 3. **Broad Multi‑Fuel Compatibility**
- Natural gas & diesel as standard; customizable for medium‑low calorific‑value waste gas.
- 4. **Field‑Verified Reliability**
- Proven 16,000‑hour continuous‑operation track‑record from real‑world projects.
- 5. **Versatile Industrial Application**
- Suitable for pipeline compression, offshore power, distributed energy and combined‑cycle plants.
25 MW Aero‑Derivative Gas Turbine Generator Set
25 MW‑class aero‑derivative gas turbine genset, dual‑fuel for natural gas & diesel. High electrical efficiency up to 35.5%, large‑volume waste‑heat steam output, proven 16,000‑hours continuous operation track‑record. Supports medium‑low calorific value gas fuel options. Suitable for distributed energy, offshore power, gas pipeline compression and combined‑cycle power plant. Full‑life‑cycle O&M service available.
Important: Performance parameters are based on ISO condition with natural gas fuel. Output capacity will change with ambient temperature, altitude and fuel quality. Dry low‑NOx emission configuration is optional for project custom scope.
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Please provide fuel type, site condition, load demand and project background, our engineering team will reply shortly.
Product Introduction
This 25 MW aero‑derivative gas turbine generator set inherits domestic aviation‑marine power technology. It is a heavy‑duty fully‑integrated skid‑mounted power generation solution, supporting natural gas / diesel dual‑fuel operation, and compatible with medium‑low calorific value industrial waste gas. It achieves 35.5% electrical efficiency under ISO natural‑gas condition, and supplies large‑quantity high‑quality waste‑heat steam for thermal‑supply demands.
The complete package includes aero‑derivative gas turbine core unit, high‑power synchronous generator, intake‑exhaust system, fuel handling module, lube‑oil system, PLC centralized control cabinet, fire‑protection and safety interlock system. Widely applied for offshore oil‑gas power supply, natural gas pipeline compression drive, distributed energy station, combined‑cycle power generation and industrial self‑owned power plant. TYGT provides one‑stop full‑life‑cycle technical services including factory pre‑test, site commissioning, remote monitoring, inspection and overhaul.
Core Technical Parameters (ISO Condition, Natural Gas Fuel)
| Item | Specification |
|---|---|
| Rated Generated Power | 25000 kW (25 MW) |
| Electrical Efficiency | 35.5 % |
| Rated Voltage | 6.3 kV / 10.5 kV optional |
| Frequency | 50 Hz |
| Heat Consumption | 10.14 MJ/kWh |
| Exhaust Gas Temperature | 473 ℃ |
| Exhaust Gas Mass Flow | 88.65 kg/s |
| Noise Level | ≤ 85 dB(A) |
| Steam Yield (Waste‑heat Boiler) | 44 t/h |
| Supported Fuel | Natural gas, diesel; medium‑low calorific value gas custom‑available |
| Proven Continuous Operation Track‑record | 16,000 hours |
| Overall Dimension | 26680 × 9500 × 13400 mm |
| Unit Weight | 190 t |
System Composition
Core Aero‑Derivative Gas Turbine Unit
- Mature aero‑derivative turbine core from domestic aviation‑marine technology heritage
- Multi‑fuel compatible combustion chamber for natural gas, diesel and special industrial gas
- Robust hot‑section components with proven long‑time continuous operating performance
Complete Integrated Auxiliary Skid Package
- Large‑flow intake filtration and silencer system
- High‑capacity synchronous generator with high‑voltage output
- Dual‑fuel supply, switching and safety shut‑off system
- Complete lube‑oil circulation & cooling system
- PLC intelligent control, protection and remote monitoring cabinet
- Automatic fire‑detection & fire‑suppression safety interlock system
Core Advantages
- High‑efficiency Power Generation: 35.5% power‑generation efficiency under ISO natural‑gas condition, lower fuel consumption.
- Excellent Waste‑heat Utilization: Stable exhaust parameters, up to 44 t/h steam yield for industrial heating & CCHP projects.
- Wide Fuel Compatibility: Natural gas, diesel, custom‑adaptable for medium‑low calorific value waste gas.
- Proven Reliability: Field‑verified 16,000‑hour continuous‑operation track‑record.
- Full‑life‑cycle Support: Spare‑parts stock service, remote diagnosis, periodic overhaul and professional training.
Important Considerations
- All performance data is referenced under ISO natural‑gas working condition; actual output will drop at high‑altitude or high‑ambient‑temperature sites.
- Dry low‑NOₓ emission solution belongs to project‑customized scope, with extra cost and lead‑time.
- Medium‑low calorific value gas fuel needs combustion‑system adaptation engineering.
- Hot‑section components require scheduled professional inspection and overhaul after long‑time operation.
- Overseas export projects need local regulatory certification handled as custom project scope.
Typical Application Scenarios
- Natural Gas Pipeline Compression Drive: Provide stable shaft power for large‑scale natural gas long‑distance transmission compression station.
- Off‑shore Oil & Gas Platform: Main power supply for offshore production facilities, anti‑salt‑fog upgrade is optional.
- Distributed Energy & CCHP: Combined cooling‑heating‑power system, make full use of waste‑heat steam for industrial production heating.
- Combined‑Cycle Power Plant: Match waste‑heat boiler for high‑efficiency combined‑cycle power generation.
- Industrial Self‑owned Power Plant: On‑site power & steam supply for large chemical, petrochemical and energy‑intensive factories.
Full‑Life‑Cycle Maintenance Service
TYGT provides comprehensive end‑to‑end full‑life‑cycle service for the 25 MW gas turbine generator set:
- Factory pre‑commissioning test, on‑site installation guidance, commissioning and acceptance;
- 24‑hour remote real‑time operating‑data monitoring, early‑warning and fault diagnostic analysis;
- Regular site inspection, compressor water‑washing and routine component replacement;
- Hot‑section inspection, intermediate repair and major overhaul service for core turbine components;
- Long‑term spare‑parts consignment‑stock service and hands‑on O&M technical training for customer teams.
Frequently Asked Questions
Q1: What kinds of fuel can this 25 MW gas turbine accept?
Standard configuration supports natural gas and diesel dual‑fuel. It can be customized to burn medium‑low‑calorific‑value industrial waste gas, which requires dedicated combustion‑system adaptation engineering for each project.
Q2: What does “16,000‑hours proven continuous‑operation” mean?
It is real‑site accumulated continuous‑operating track‑record of this series unit. After reaching long operating hours, hot‑section parts must go through professional inspection and overhaul to restore unit performance and safety.
Q3: Can it produce steam for industrial heating?
Yes. Matched with waste‑heat boiler, it can generate up to 44 tons steam per hour. Widely used for industrial heating and combined cooling‑heating‑power CCHP projects.
Q4: Can this unit drive natural gas pipeline compressors?
Yes. It can be modified to output direct shaft power for driving large‑size pipeline compressors. Shaft‑drive version is a customized project scope, not standard generator‑set delivery.
Q5: Can the 25 MW unit be deployed on offshore platforms?
Yes. Anti‑corrosion coating, marine‑grade components and salt‑fog‑resistant air‑filter need to be added within project custom scope for real offshore deployment.
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Please provide fuel type, site condition, load demand and project background, our engineering team will reply shortly.
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