Combined Heat & Power (CHP) Generators

For facilities connected to natural gas infrastructure, natural gas-powered CHP systems provide a cost-effective and environmentally friendly solution. 

Advantages of CHP Natural Gas Generators: 

• Eco-Friendly Energy: Produces fewer greenhouse gas emissions, supporting sustainability goals. 
• Cost-Effective Operation: Natural gas is typically more affordable and stable in price compared to other fuels, and offers the lowest cost per kilowatt hour of energy generated.
• Continuous Supply: Access to gas lines ensures uninterrupted fuel availability. 
• Quiet Operation: Lower noise levels make them ideal for urban and residential applications.
  

Diesel CHP engines are a top choice for industrial and remote applications, where durability and reliability are paramount. 

Advantages of CHP Diesel Generators: 

• High Efficiency: Converts fuel into electricity and heat with minimal waste. 
• Robust Performance: Designed to operate under heavy loads and demanding conditions. 
• Fuel Accessibility: Diesel is widely available across Canada, even in remote areas. 
• Cold Weather Reliability: Performs efficiently with optional cold-weather kits for Canadian winters.  
  

Propane-powered CHP cogeneration systems are versatile, clean-burning, and ideal for off-grid locations where natural gas is not available.

Advantages of CHP Propane Generators: 

• Clean Energy: Emits fewer pollutants than diesel, making it an eco-friendly option. 
• Storage Flexibility: Propane can be stored on-site, ensuring availability in remote locations. 
• Cold Weather Compatibility: Performs reliably in freezing conditions.  
  

For industrial facilities, CHP generators support high-energy processes and provide consistent heat and power for manufacturing, processing, and chemical production. Any industrial facility with a constant thermal and electrical load can be an excellent candidate for a CHP industrial generator.

Key Benefits: 

• Enhances operational efficiency by utilizing waste heat. 
• Reduces energy costs by combining power and heat generation. 
• Supports sustainability goals by lowering carbon footprints.
• Increases resilience by reducing dependence on the electrical grid.  
  

Hotels, office complexes, and mixed-use buildings benefit from CHP cogeneration systems by meeting their electricity and heating/cooling needs in one efficient system. 

Key Benefits: 

• Cuts energy costs with simultaneous power and heat production. 
• Provides reliable energy for HVAC systems, lighting, and appliances.
• Waste heat is recovered and fed into boiler systems as pre-heated water, reducing fuel consumption for domestic hot water and heating.  
• Increases building sustainability ratings.  
• Supports sustained occupancy during multi-day power failures.
  

Data centers require constant, efficient power and cooling systems. CHP generators provide economical baseload power generation while utilizing waste heat for facility cooling.

Key Benefits: 

• Prevents costly downtime by delivering reliable power. 
• Supports efficient cooling solutions for server rooms. 
• Scales to meet growing energy demands in the tech sector.   
• Increases resilience against major grid power failure events.
  

Hospitals and clinics rely on CHP systems to ensure energy reliability for critical medical equipment while using heat for sterilization, water heating, and other thermal loads.

Key Benefits: 

• Provides consistent power for life-saving devices. 
• Reduces utility costs with energy-efficient operation. 
• Ensures compliance with energy and safety regulations.
• Increases energy resilience and reduces dependance on the electrical grid.
  

Agricultural facilities use CHP generators to power irrigation, processing equipment, and storage facilities while utilizing heat for greenhouses or drying processes. 

Key Benefits: 

• Enhances productivity with reliable energy. 
• Reduces heating costs for greenhouses and other facilities. 
• Lowers environmental impact with clean, efficient energy use.
• Can provide power for expansion and growth in capacity-constrained regions.
  

Combined heat and power (CHP) generation, also known as cogeneration, is a process that simultaneously produces electricity and usable heat from a single fuel source, such as natural gas, biomass, or diesel. By capturing the heat typically wasted during power generation, CHP systems maximize energy efficiency for industrial, commercial, and institutional applications.

There is no fundamental difference between CHP (Combined Heat and Power) and cogen (cogeneration); the terms are used interchangeably. Both refer to systems that generate electricity and recover heat in a single process, improving energy efficiency and reducing waste.

The benefits of CHP systems include: 

• Improved Efficiency: Produces both electricity and heat with a single fuel source, maximizing energy use. 
• Cost Savings: Reduces energy costs by generating electricity on-site and utilizing the thermal energy for heating, cooling, or industrial processes. 
• Reduced Emissions: Lowers greenhouse gas emissions by using fuel more efficiently compared to separate heat and power systems. 
• Energy Reliability: Provides a reliable source of power and heat, even in areas with unstable grid connections. 
• Versatility: Suitable for a wide range of industries, including healthcare, manufacturing, and district heating systems.
  

CHP systems can achieve overall efficiencies of 60-90%, significantly higher than conventional power generation systems, which typically operate at efficiencies of around 30-40%. The high efficiency is due to the recovery and utilization of heat that would otherwise be wasted.

CHP (Combined Heat and Power) generators come in a variety of power outputs to meet the needs of industrial, commercial, and institutional applications. Power outputs typically range from 10 kW for smaller setups to several megawatts for large-scale industrial operations.  

T&T Power Group offers CHP generators with power outputs ranging from 100 kW to over 2000 kW, designed to meet both electrical and thermal energy demands. These systems are ideal for industrial, commercial, and institutional applications where simultaneous power and heat generation is essential. Our CHP systems are designed for high efficiency and durability, providing cost-effective energy solutions tailored to your operational requirements.

CHP cogeneration systems can be powered by natural gas, diesel, and propane to suit diverse applications.

• Natural Gas CHP Generators: By far the most common fuel choice for combined head and power, they are ideal for locations with gas infrastructure, offering clean and cost-effective operation with reduced emissions. 
• Diesel CHP Generators: Preferred for industrial and remote applications requiring robust performance and reliable fuel access when pipeline gas is not available.
• Propane CHP Generators: Suitable for off-grid facilities, delivering clean-burning energy and storage flexibility in remote areas. 

The best option depends on your facility’s access to fuel, energy requirements, environmental goals, and budget. T&T Power Group can help you choose the right fuel for your CHP power system.

CHP generators require regular maintenance to ensure they operate efficiently and reliably. Maintenance intervals can vary depending on the system and its usage, but most manufacturers recommend servicing the generator every 2,000 to 4,000 operating hours or at least once a year. Key tasks include inspecting the engine, cleaning heat exchangers, replacing filters, checking electrical connections, and performing oil and coolant changes. Proactive maintenance not only reduces the risk of unexpected breakdowns but also helps maintain the system's high efficiency and cost savings. 

Always follow the CHP generator manufacturer’s specifications for preventative maintenance to ensure warranty requirements are met. 

T&T Power Group offers comprehensive maintenance services for CHP generators to keep your system running at peak performance. These services include: 

• Commissioning and Installation: Ensuring your generator is properly set up and operational from the start. 
• Preventative Maintenance: Regular inspections and servicing to maximize efficiency and minimize downtime. 
• Emergency Repairs: 24/7 on-call support to quickly address unexpected issues. 
• Remote Monitoring: Advanced systems that proactively detect and resolve performance problems before they escalate. 
• Fleet Management: Specialized support for businesses managing multiple CHP systems. 

By partnering with T&T Power Group for maintenance, you can ensure your CHP generator consistently delivers reliable power, thermal energy, and maximum energy savings.

Absolutely! CHP cogeneration systems are designed to perform reliably in Canada’s harsh winter climates. Because CHP generators are continuously running, they don’t have to start up at a moment's notice, considerably reducing the likely hood of failure due to cold temperatures. 

Yes! T&T Power Group specializes in helping businesses choose the most suitable CHP cogeneration system to meet their unique energy requirements. By analyzing your facility’s electrical and thermal energy needs, operational goals, and environmental conditions, we can recommend a tailored CHP generator that optimizes efficiency and cost-effectiveness. 

Contact us today for expert guidance and custom solutions for your CHP power system!