Strategic planning for gas-fired cogeneration plants
We conduct a feasibility study to assess site location, gas supply, grid access, heat network integration, technical capacity, efficiency, and environmental compliance
Feasibility-proven turbine cogeneration
Based on feasibility analysis, high-efficiency gas turbines are designed to generate electricity while supplying heat for district heating.
Permits, gas supply & grid integration
Regulatory approvals, gas supply, and grid integration of the CCHP unit
Engineering Design & Equipment Procurement
Detailed engineering designs are prepared for both power and thermal systems, including turbines, generators, heat exchangers, and control units.
Construction of gas power infrastructure
Civil works, foundations, and structural installations are completed, followed by turbine, generator, and cogeneration system installation.
Commissioning & cogeneration ramp-ups
The plant undergoes rigorous testing, including synchronization to the grid and verification of the cogeneration heating process. Once commissioned, it provides stable electricity during peak demand and heat for district heating, ensuring both backup and efficient energy use.
