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Malpensa Plant
The plant’s automation and supervision system is an essential factor to achieve the operational flexibility required by the cogeneration plant. Malpensa Energia has adopted a system with a distributed control system (DCS) architecture. The advanced technology of the supervision and control system allows a high level of plant automation, such as to eliminate the need for manual interventions during ordinary operation, and to operate the plant with a very small internal workforce.
Linate Plant
The plant consists mainly of three cogeneration units and the related auxiliary systems. The systems are suitable to operate continuously for approximately 8,000 hours per year. The first engine of each cogeneration unit is the WARTSILA 20V34SG, an alternative natural gas fired internal combustion engine with useful electrical power of approximately 8,000 kWe for the combined generation of electricity and thermal energy.

Malpensa Plant
The plant’s automation and supervision system is an essential factor to achieve the operational flexibility required by the cogeneration plant. Malpensa Energia has adopted a system with a distributed control system (DCS) architecture. The advanced technology of the supervision and control system allows a high level of plant automation, such as to eliminate the need for manual interventions during ordinary operation, and to operate the plant with a very small internal workforce.
Linate Plant
The plant consists mainly of three cogeneration units and the related auxiliary systems. The systems are suitable to operate continuously for approximately 8,000 hours per year. The first engine of each cogeneration unit is the WARTSILA 20V34SG, an alternative natural gas fired internal combustion engine with useful electrical power of approximately 8,000 kWe for the combined generation of electricity and thermal energy.