1000kW Cummins CHP Generator | High-Efficiency Biogas Power

1000kw Cummins biogas generator cogeneration power plant

Description

The 1000KW Cummins Biogas Generator Cogeneration Power Plant provides a reliable and highly efficient energy solution that produces both electricity and useful heat from renewable biogas. Designed for industrial and large-scale agricultural applications, this cogeneration system maximizes energy efficiency by capturing waste heat and converting it into additional energy, making it ideal for operations requiring both power and thermal energy. By utilizing biogas as a fuel source, it supports sustainable energy practices while reducing environmental impact and operational costs.

Rated power:1000kW

Rated current:1250kVA

Continuous power:1000kW

Methane content:>50%

Low heat value:Hu ≥ 18MJ/Nm

Frequency:50/60Hz

Voltage:0.4kV/0.6kV/10.5kV;

Operating noise:95dB(A)/7m

Weight:11500kg;

Deminsions(LxW×H):5600mm×1750mm×2400mm

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Description

Product Features

High Power Output: Delivers 1000KW of continuous, reliable power, ideal for large industrial facilities, agricultural operations, and waste-to-energy plants.
Cogeneration Efficiency: In addition to electricity, the system recovers heat, providing thermal energy that can be used for heating or industrial processes, increasing overall energy efficiency.
Cummins Engine Technology: Powered by a trusted Cummins engine, known for its long service life, durability, fuel efficiency, and low maintenance needs.
Biogas Flexibility: Compatible with various types of biogas, including methane from agricultural waste, landfill gas, and organic waste, allowing for flexibility in fuel sourcing.
Eco-Friendly Operation: The generator is designed to reduce greenhouse gas emissions and provide a cleaner alternative to traditional fossil fuels, supporting green energy initiatives.

Product parameters

AC Alternator data		Gas engine data
Generator Brand	Mecca	Engine Brand	Cummins
Motor Model	ECO43 2L4A	Engine Model	K50N-G10
Rated Voltage(V)	415	Engine type	V-bank-16 cylinders-turbocharged
Rated Power(H class)kW	1040	Cylinder Bore x Stroke(mm)	159mm×159mm
Rated Capacity(H class)kVA	1300	Displacement (L)	50
Motor efficiency (%)/(400V)	96.2	Compression ratio	11.5
Power factor	0.8	Rated output power (single)	1100kW-1500rpm/1800rpm
Connection Methods	D/Y	Maximum lubricant consumption (g/kW.h)	＜0.3
Rotor insulation class	H class	Minimum air intake (kg/h)	3434
Rated temperature rise	H class	Ignition method	Electronically controlled single-cylinder independent high-energyignition
Excitation method	Brush-less	Fuel Control Method	Equivalent combustion, closed loop control
Rotation speed (min- 1)	1500/1800	Debugging method	Electronic commissioning
Shell protection grade	IP23

Applications

Industrial Applications: Ideal for energy-intensive industries like manufacturing, processing, and chemical production, providing both electricity and thermal energy for production needs.
Agricultural Operations: Supports large agricultural facilities by converting biogas from organic waste into both power and heat, reducing dependence on external energy sources.
Waste-to-Energy Projects: The cogeneration plant is perfect for converting organic waste into renewable energy, providing both power and heat for industrial and community use.

Environmental Benefits

Reduction of Greenhouse Gas Emissions: By using biogas, a renewable energy source, the generator reduces methane emissions and other harmful greenhouse gases, helping mitigate climate change.
Maximized Energy Efficiency: The cogeneration system captures waste heat, increasing overall energy efficiency and minimizing fuel consumption, which leads to lower carbon footprints.
Sustainable Power Source: Biogas is a renewable energy source that can be produced from agricultural residues, landfill waste, and other organic materials, promoting sustainability.

Energy Efficiency and Economic Benefits

Cost-Effective: The cogeneration system provides both electrical and thermal energy, reducing the need for additional heating or power sources, and offering substantial operational cost savings.
High Return on Investment: Due to its dual-generation capability, the 1000KW Cummins cogeneration plant ensures a high return on investment through energy savings and the ability to use recovered heat in various industrial processes.
Low Operating Costs: With Cummins' advanced engine technology, the system requires minimal maintenance and offers a long service life, reducing operational and maintenance costs.

Frequently Asked Questions (FAQ)

Q: How does the cogeneration system work?

A: The 1000KW Cummins Biogas Cogeneration Power Plant generates both electricity and heat. The engine produces power, and the waste heat is recovered and used for heating purposes, making it highly efficient and ideal for industrial applications.

Q: What types of biogas can be used with this generator?

A: This generator is compatible with a variety of biogas types, including methane from agricultural waste, landfill gas, and organic waste, providing flexible fuel sourcing.

Q: Can the generator operate in remote or off-grid locations?

A: Yes, the 1000KW Cummins cogeneration plant is designed to work efficiently in remote or off-grid locations, making it suitable for agricultural, industrial, or waste-to-energy projects in areas with limited access to the electrical grid.

Q: What is the expected lifespan of the generator?

A: With proper maintenance, the Cummins engine is designed to last for many years, typically over 15 years, making it a durable and cost-effective long-term investment.

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