This 4.5 MW domestically‑developed aeroderivative gas turbine generator set is a complete skid‑mounted integrated power solution. Built for bulk‑order project supply with MOQ 10 units, it delivers fast black‑start, multi‑fuel capability and 25,000‑hour maintenance service life. Optimized for data‑center critical backup power, also applicable for offshore platform, oil‑gas field and industrial distributed energy. Designed referencing US UL2200, NFPA‑series standards; third‑party certification can be executed as custom project scope. Full‑life‑cycle O&M support is available for the whole unit.
4.5 MW Gas Turbine Generator
- 1. **Fast Black‑Start Emergency Response**
- 60‑second full‑load output, meets N+1 / 2N redundancy for data‑center backup power.
- 2. **25,000‑Hour Maintenance Service Life**
- Optimized hot‑section turbine design, reduces overall whole‑life‑cycle operating costs.
- 3. **Multi‑Fuel & Harsh‑Environment Ready**
- Supports diesel, jet fuel, natural gas; works from ‑40℃ to +55℃, offshore anti‑corrosion optional.
- 4. **US‑Standard‑Oriented Design**
- Designed referencing UL2200, NFPA & ASME; third‑party certifications available as project custom scope.
- 5. **Full‑Life‑Cycle O&M Support**
- Remote monitoring, inspection, overhaul and genuine spare‑parts supply for bulk‑order projects.
4.5 MW Domestically‑Developed Aero‑Derivative Gas Turbine Generator Set
Independently‑developed 4.5MW‑class aeroderivative gas turbine genset, skid‑mounted integrated power solution. Project‑oriented bulk supply only, MOQ: 10 units. Full‑life‑cycle maintenance service is provided for the whole unit.
Important: This product is under industrial validation program. Single‑unit or small‑batch trial orders are not accepted. Please specify your project scale and estimated purchase quantity when submitting an inquiry.
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Product Introduction
This 4.5 MW domestically‑developed aero‑derivative gas turbine generator set is a complete skid‑mounted integrated power system. It adopts self‑developed aeroderivative gas turbine as prime mover, covering skid base, noise‑reduced enclosure, multi‑fuel supply system, lube‑oil system, intelligent PLC control & protection system, fire‑suppression unit, intake and exhaust silencer and site‑adaptive interfaces.
The unit features compact layout, high power density, fast startup response and multi‑fuel compatibility. It supports standalone island operation, multi‑unit parallel synchronization and grid‑tied connection. Specially optimized for strict power reliability requirements of data center backup power, also suitable for offshore platform, marine auxiliary power, oil‑gas field and industrial distributed energy projects. Jumenergy delivers full‑life‑cycle technical support including commissioning, remote monitoring, periodic inspection, overhaul and spare‑parts supply.
Core Technical Parameters (Reference Design Index)
| Item | Specification |
|---|---|
| Rated Output Power | 4.5 MW |
| Rated Frequency | 50 Hz / 60 Hz configurable |
| Rated Voltage | 6.3 kV / 10.5 kV optional |
| Fuel Compatibility | Diesel, aviation kerosene, natural gas; custom for special fuel |
| Start‑up Performance | Fast transition from no‑load to full‑load within 60 seconds |
| Operation Mode | Island standalone, multi‑unit parallel, grid‑connected, black‑start capable |
| Ambient Adaptation | ‑40 ℃ ~ +55 ℃, anti‑corrosion version for marine salt‑fog environment |
| Noise Level | ≤85 dB(A) @1 m with full enclosure |
| Package Form | Integrated skid‑mounted package for convenient transportation & installation |
| Design Compliance Target | Designed‑to‑meet US market reference standards: UL 2200, NFPA 70/NFPA 37/NFPA 110, ASME BPVC. Third‑party certification available as project‑specific custom scope. |
System Composition
Core Gas Turbine Prime‑Mover
- Independently‑developed two‑shaft aeroderivative gas turbine, corrosion‑resistant material for harsh environment
- Built‑in borescope inspection ports and compressor water‑wash manifold for routine maintenance
- Integrated digital engine control system, stable performance under variable load conditions
Our Integrated Skid‑Mounted Package
- Heavy‑duty skid base with vibration isolation structure
- Sound‑attenuated enclosure, intake air filtration and exhaust silencer assembly
- Complete fuel supply & lube‑oil circulation system
- Generator, PLC control cabinet, protection & synchronization module
- Automatic fire‑detection and fire‑suppression safety system
Core Advantages
- High‑reliability for data‑center backup: Fast full‑load response, black‑start capability to guarantee uninterrupted critical IT‑load power supply during grid failure.
- High power‑density skid design: Small footprint, easy for container‑style transportation and rapid site deployment.
- Wide‑range fuel flexibility: Compatible with liquid and gaseous fuels, flexible for different regional fuel conditions.
- Harsh‑environment adaptability: Custom salt‑fog anti‑corrosion configuration for offshore and coastal high‑humidity scenarios.
- Intelligent multi‑machine parallel: Auto‑synchronization & load‑sharing, perfect for large‑scale data‑center multi‑set redundant backup architecture.
- Full‑life‑cycle O&M service: Commissioning, remote real‑time monitoring, periodic inspection, hot‑section overhaul and genuine spare‑parts supply all‑in‑one support.
Important Considerations
- Only for bulk project procurement, minimum order quantity is 10 units; single‑unit orders are not supported currently.
- Still under industrial validation program, some performance indicators will be finalized upon project‑specific engineering.
- Partial‑load fuel consumption rises when operating far below rated power output.
- Hot‑section components require scheduled professional inspection and overhaul cycles.
- Export projects shall comply with local regulatory and export‑control compliance requirements.
- Product is designed referencing US market standards including UL2200, NFPA‑series codes and ASME pressure‑vessel requirements. Third‑party UL listing, CARB DG or EPA certification is NOT pre‑completed; these can be executed as project‑customized work scope upon bulk‑order project award.
- For California deployments, CARB distributed‑generation certification is a mandatory local‑state emission requirement, which will add project cost & lead‑time; please clarify state‑level compliance requirements in early‑stage project communication.
Typical Application Scenarios
- Data Center Critical Backup Power: Redundant emergency power supply for large‑scale IDC data centers. Fast black‑start and full‑load output ensure zero‑interruption for IT server loads when utility grid fails; multi‑unit parallel meets N+1 / 2N redundancy architecture requirements.
- Off‑shore & Marine Auxiliary Power: Power supply for offshore platforms, marine vessels, salt‑fog resistant customized package available.
- Oil‑Gas Field Off‑Grid Power: Stable prime power for remote oil & gas exploration sites.
- Industrial Distributed Energy & CCHP: Combined cooling‑heating‑power system, make full use of exhaust waste heat to improve comprehensive energy efficiency.
- Large‑Scale Industrial Emergency Backup: Mission‑critical backup power for chemical plants, manufacturing base and key infrastructure.
Full‑Life‑Cycle Maintenance Service
Jumenergy provides end‑to‑end full‑life‑cycle service for this gas turbine generator set covering the whole operation timeline:
- Factory pre‑test, on‑site installation guidance, commissioning and acceptance service;
- 24/7 remote real‑time operating‑data monitoring, early fault warning & diagnostic analysis;
- Regular on‑site inspection, compressor water wash, routine component replacement;
- Hot‑section inspection, medium repair and major overhaul service for gas turbine core components;
- Genuine spare‑parts supply chain and operator technical training for customer‑side teams.
Frequently Asked Questions
Q1: What is the minimum order quantity for this 4.5MW gas turbine generator set?
This product is project‑oriented bulk‑supply only. The minimum order quantity is 10 units. Single‑unit or small‑quantity trial orders cannot be accepted at this stage, as it is still under industrial validation program.
Q2: Is this unit a copy or replacement of GE LM500 gas turbine?
This is our independently‑developed domestic aeroderivative gas turbine solution. It benchmarks the same 4.5MW power segment as GE LM500 for technical reference, not a copy, derivative or replacement product of GE original equipment.
Q3: Can this genset be used for data‑center backup power?
Yes. It supports black‑start function, fast full‑load startup within 60 seconds, and multi‑unit automatic parallel operation. It fits N+1 / 2N redundant power architecture requirements for large‑scale IDC data‑center critical backup power supply.
Q4: What does your full‑life‑cycle maintenance service contain?
Our full‑life‑cycle service includes factory pre‑test, on‑site commissioning, 24‑7 remote monitoring & fault diagnosis, periodic inspection, routine maintenance, hot‑section overhaul, genuine spare‑parts supply and operation‑maintenance technical training for customer personnel.
Q5: Can it adapt to marine salt‑fog offshore environment?
Yes. Anti‑corrosion material and special surface treatment can be customized for salt‑fog coastal and offshore working conditions upon project requirement.
Q6: Does this gas‑turbine genset come with UL‑listing, CARB or US‑state environmental certifications?
This unit is engineered and designed to align with key US reference standards including UL 2200, NFPA‑series installation & emergency‑power codes, and ASME pressure‑vessel specifications.
Pre‑completed third‑party UL listing, CARB DG certification or EPA stationary‑source certification are NOT included as standard factory deliverables. These compliance activities can be performed as a custom project scope after bulk‑order confirmation, involving third‑party laboratory testing, extra cost and extended project lead‑time.
Note: California requires mandatory CARB distributed‑generation certification for stationary generation equipment. Different US states enforce varying local environmental‑permit rules. Please share target deployment state information during inquiry for accurate project planning.
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