JENBACHER J320 Gas Engine Plant (2011-2013)

General Information:

• Model: JENBACHER J320
• Engine Type: Gas Engine (Natural Gas or Biogas)
• Manufacturing Period: 2011-2013
• Power Output: 1,200 kW per engine (depending on configuration and fuel quality)
• Number of Engines: Typically offered in multiple units (can be configured as per requirements)
• Cooling System: Water-cooled with integrated cooling system
• Fuel Type: Natural Gas or Biogas (dual-fuel capability)
• Application: Power generation, Combined Heat and Power (CHP), industrial or commercial use
• Emissions Technology: Low NOx emissions with optional after-treatment for additional emission control (optional SCR or oxidation catalyst)

Engine Specifications:

• Configuration: Inline 6-cylinder engine
• Displacement: 18.5 L (3.08 L per cylinder)
• Bore x Stroke: 128 mm x 142 mm
• Compression Ratio: 9.5:1
• Rated Power Output per Engine: 1,200 kW (at 1,500 rpm for 50 Hz operation)
• Speed: 1,500 rpm (for 50 Hz) / 1,800 rpm (for 60 Hz)
• Fuel Consumption: Approximately 0.35 - 0.40 m³/kWh (depending on gas quality)
• Thermal Efficiency: High thermal efficiency for CHP applications (up to 42-45%)
• Electrical Efficiency: Up to 40% (depending on the load and fuel type)
• Start-up Time: Typically within 10-15 minutes from cold start

Performance and Operational Characteristics:

• Frequency: Dual-frequency operation (50 Hz and 60 Hz capable)
• Voltage Output: Customizable depending on the generator configuration (usually 400V, 3-phase or higher for grid connection)
• Voltage Regulation: Automatic Voltage Regulator (AVR)
• Cooling System: Water-cooled with integrated heat exchanger
• Operating Temperature: Wide ambient temperature range, typically -5°C to +40°C (up to +50°C with optional cooling modifications)
• Altitude Capacity: Suitable for operation up to 1,000 meters above sea level without derating (higher altitudes require modifications)

Emissions and Environmental Performance:

• NOx Emissions: Low emissions (typically around 300-400 mg/Nm³ at 5% O2 with standard configurations)
• CO Emissions: Low carbon monoxide emissions, typically below 500 mg/Nm³
• Particulate Matter: Minimal emissions, typically below 50 mg/Nm³
• Compliance: Compliant with international emissions standards (e.g., EU Stage V, U.S. EPA Tier 4 or similar, depending on specific configuration)
• After-treatment Systems: Optional SCR (Selective Catalytic Reduction) or oxidation catalyst for further emission reduction

Electrical System and Integration:

• Generator Compatibility: Compatible with synchronous or asynchronous generators
• Alternator Type: High-efficiency synchronous or asynchronous alternators
• Power Factor: Typically 0.8 – 0.85 (depending on generator and load conditions)
• Control System: Advanced digital control system, capable of integration into remote monitoring systems
• Protection Features: Full protection suite, including over-temperature, overload, low oil pressure, high exhaust temperature, under-voltage, and overspeed protections
• Control Panel: Modern digital interface with local control panel and remote monitoring options

Maintenance and Serviceability:

• Service Intervals: Extended service intervals, optimized for long-term reliability with low maintenance costs
• Maintenance Access: Easy access for routine maintenance tasks such as oil changes, filter replacement, and inspections
• Lubrication: High-performance, long-life synthetic oil recommended for optimal engine performance

Applications:

• Grid Power Generation: Ideal for base-load, peak-load, or emergency backup power generation
• Combined Heat and Power (CHP): Suitable for district heating, industrial, and commercial CHP applications, providing both electricity and thermal energy
• Remote Power Generation: Used in off-grid areas for reliable and efficient power generation where natural gas or biogas is available
• Industrial Backup: Emergency power supply for critical industrial processes and facilities

Key Features and Benefits:

• High Efficiency: Optimized for both electrical and thermal efficiency, ideal for CHP applications
• Flexible Fuel Use: Dual-fuel capability, running on natural gas or biogas for fuel flexibility
• Low Emissions: Equipped with low-emission technology to meet stringent environmental regulations
• Robust Design: Designed for long-term reliability and low maintenance costs
• Compact and Modular: Can be deployed in compact, containerized solutions or standalone configurations
• High Availability: Engineered for maximum uptime, ensuring reliable power generation

For further specifications or to inquire about this equipment and ReflowX's logistics services, Please contact ReflowX at info@reflowx.com