1. Core Components & Technical Features
- Gas Turbine: Utilizes advanced combustion technology with turbocharged and intercooled systems to optimize thermal efficiency and power output. Typical configurations include axial compressors and multi-stage turbines for energy conversion
- Generator: Integrates a high-efficiency brushless alternator (e.g., STAMFORD or equivalent) with Class H insulation and IP23 protection, ensuring stable voltage (±1% regulation) and low harmonic distortion (THD ≤5%)
- Control System: Equipped with an intelligent controller for real-time monitoring (voltage, current, frequency, exhaust temperature, etc.) and fault protection (overload, overspeed, overheating). Supports synchronization with grid or other power sources
2. Performance Parameters
- Power Output:
- Continuous Rating: 4MW (prime power) for industrial or grid applications.
- Standby Capacity: Up to 4.4MW for emergency use (≤200 hours/year)
- Fuel Efficiency: Approximately 8,500–9,500 kJ/kWh (depending on load and fuel type), compatible with natural gas, biogas, or syngas.
- Emissions: Complies with international standards (e.g., ISO 8528), featuring low NOx and CO emissions through lean-burn combustion
- Voltage/Frequency: 400V/50Hz or 480V/60Hz, adaptable to regional grid requirements
3. Applications
- Industrial Power: Suitable for mining, manufacturing, and data centers requiring continuous, reliable power
- Cogeneration: Supports combined heat and power (CHP) systems to enhance energy utilization efficiency
- Emergency Backup: Deployed in hospitals, telecom towers, and critical infrastructure during grid failures
4. Certifications & Advantages
- Standards Compliance: Meets ISO 9001 for quality management and ISO 8528 for performance testing
- Modular Design: Optional configurations include acoustic enclosures (noise ≤85 dB at 1m), exhaust heat recovery modules, and remote monitoring systems
- Maintenance: Extended service intervals (up to 30,000 hours for major overhauls) and global technical support networks
5. Technical Innovations
- Flexible Fuel Adaptation: Can operate on low-calorific-value gases (e.g., landfill gas, coal mine methane)
- Fast Start-Up: Achieves full load within 2–5 minutes, ideal for peak shaving or grid stabilization