INTELLIGENT COGENERATION OR TRIGENERATION SYSTEMS
Combined Cooling, Heat & Power (CCHP)
Combined Cooling, Heat & Power (CCHP) Systems
Combined cooling, heat and power (CCHP) or trigeneration, refers to utilizing the waste heat generated by prime movers (Gas Turbine Generator or Gas Engine Generator) to generate steam or hot water for process heating purposes and chilled water for air conditioning or refrigeration, besides supplying electricity from the prime movers.
In contrast, Combined Heat and Power (CHP) or Cogeneration, only produces electricity and steam or hot water. At RMA Fiventures, we provide dependable and scalable CCHP (Trigeneration) or CHP (cogeneration) solutions to fulfill your utilities needs.
Rely on decades of experience and industry expertise.
CCHP Solutions from RMA Fiventures
Scalable Solutions
Scalable Solutions
- 1 to 30 MW of Electricity
- 1 to 60 tph of Steam (or Hot water/Thermal oil equivalent)
- Up to 15,000 USRT of Chilled Water
One-Stop Solution
One-Stop Solution
- Feasibility Study
- Turnkey EPCC
- LTSA (Long Term Service Agreement)
- ESCO (Energy Services Company)
Optimal Design
Optimal Design
Integration of Digital Technologies
Integration of Digital Technologies
Benefits of CCHP
Compared to conventional energy generation systems, CCHP plants have several advantages, such as:
Higher energy efficiency
Electricity and heat are generated in CCHP, which consumes less fuel than other energy plants. The heat and steam generated can also be used to power other systems, reducing fuel consumption.
Lower carbon emissions
As lesser fuel is consumed, businesses can reduce the emission of greenhouse gases and other pollutants.
Cost-saving
The increased efficiency of the energy plant helps to reduce operating and energy costs.
Energy reliability and security
With on-site CCHP, you can deliver reliable power even during a disaster or disruption to the grid. Hence, reducing your dependency on the central power grid.
Cost-saving
The increased efficiency of the energy plant helps to reduce operating and energy costs.
Energy reliability and security
With on-site CCHP, you can deliver reliable power even during a disaster or disruption to the grid. Hence, reducing your dependency on the central power grid.