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TRIGENERATION(CCHP)

Trigeneration Solutions for Enhanced Engine Efficiency

Discover our cutting-edge energy solutions! From Islands and Microgrid Solutions for unbeatable resilience to Trigeneration and Combined Heat and Power (CHP) for maximum efficiency, we’ve got you covered. Our Mobile Power ensures reliability in emergencies, while our advanced carbon capture technology boosts sustainability. Power your future with us!
Explore these diverse energy sources and their applications with us!

Trigeneration (CCHP)

Trigeneration, or combined cooling, heating, and power (CCHP), is a cutting-edge energy solution that simultaneously generates electricity, heating, and cooling from a single fuel source. At Liyu Group, we are leading the way in providing advanced trigeneration systems that enhance energy efficiency, cut operational costs, and promote sustainability across diverse industries.

Our trigeneration systems optimize energy use by capturing and repurposing waste heat from power generation. This integrated approach meets diverse energy needs—electricity, heating, and cooling—from one centralized system. Liyu Group’s trigeneration solutions are engineered for superior performance, reliability, and flexibility, accommodating a wide range of applications.

Key Benefit of Trigeneration Solutions

  • High Efficiency Production of Electricity and Heat: Trigeneration maximizes fuel utilization by simultaneously generating electricity and capturing the engine’s waste heat for productive use, often achieving total energy efficiencies exceeding 90%.
  • Reduced Fuel and Energy Costs: By utilizing a high percentage of the fuel’s energy content, trigeneration significantly lowers overall energy expenses compared to conventional, separate generation and heating/cooling methods.
  • Lower Electrical Usage During Peak Summer Demand: The ability to use engine heat to power absorption chillers for cooling dramatically reduces reliance on the grid during high-demand periods, minimizing peak load costs and strain on the network.
  • Engine Heat for Onsite Steam or Hot Water: Waste heat is readily available for generating steam or hot water, perfectly suited for space heating, domestic hot water, industrial processes, or other thermal needs within the facility.
  • Significant Reductions in Greenhouse Gas Emissions: High efficiency translates directly to lower fuel consumption, resulting in substantially reduced carbon footprints and other harmful emissions compared to conventional energy systems.
  • Environmentally Friendly Cooling: When integrated with absorption chillers, trigeneration uses water as the refrigerant, eliminating the harmful chemical pollutants associated with traditional vapor compression cooling systems.
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Selected Case Studies

Trigeneration systems represent the pinnacle of energy efficiency, delivering three vital forms of energy: electricity, heat, and chilled water. This integrated approach is particularly powerful when combining high-efficiency power generation with absorption chillers.
Absorption chillers provide an economical and environmentally superior alternative to conventional refrigeration. By pairing efficient, low-emission power generation equipment with these chillers, you achieve maximum total fuel efficiency, eliminate harmful refrigerants, and significantly reduce overall air emissions. Various configurations enable refrigeration derivation, including:
Absorption Chillers:
  • Operation using hot water
  • Operation using steam
  • Direct heat via combustion
Compression-type Refrigeration Machines:
  • Direct drive power
  • Electrical drive power
Maximizing Energy Utilization
Integrating a Combined Heat and Power (CHP) plant with an absorption refrigeration system allows for the strategic utilization of seasonal excess heat for cooling. Hot water from the plant’s cooling circuit serves as the drive energy for the absorption chiller. Furthermore, the hot exhaust gas from the gas engine can be harnessed to generate steam, which powers highly efficient, double-effect steam chillers. This innovative process can convert up to 80% of the cogeneration plant’s thermal output into chilled water, dramatically increasing year-round capacity utilization and overall plant efficiency.
Advantages Over Conventional Refrigeration
Absorption-based refrigeration technology stands out as the most established and economic solution for low-emission air conditioning systems, offering key benefits:
  • Operates using heat, effectively utilizing relatively inexpensive ‘excess energy’.
  • Enables on-site electricity production for grid feed-in or self-consumption.
  • Allows heat utilization for space heating during colder seasons.
  • Absorption chillers have no moving parts, resulting in minimal wear and low maintenance costs.
  • Operates quietly, enhancing comfort and reducing noise pollution.
  • Features low operating and lifecycle costs.
  • Uses water as a refrigerant, eliminating the use of ozone-depleting substances.
Global Expertise and Reliability
Globally, there’s a growing emphasis on projects that harmonize climate protection with economical primary power generation. Absorption chiller technology, especially when paired with gas engine cogeneration plants, provides an optimal solution for year-round efficient cooling and heating.

Huanghua Airport (CHN)

SUPPLYING AIRPORTS WITH CONSISTENT POWER USING NATURAL GAS
for reliable performance, uninterrupted operations, and enhanced efficiency

Huochier Biomass (CHN)

CONVERTING BIOMASS GAS INTO 8 MILLION kWh OF RENEWABLE ELECTRICITY
for resolving tar challenges, enhancing efficiency, and promoting sustainable energy solutions

Shangshe (CHN)

TRANSFORMING LOW-CONCENTRATION GAS INTO SUSTAINABLE ENERGY
for improved efficiency, reduced emissions, and cost-effective power solutions

Baoli (CHN)

GENERATING 6 MW FROM LOW-CONCENTRATION GAS
for increased power output, enhanced efficiency, and cost-effective energy solutions
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