The system is fully autonomous and does not require the expenditure of any external resources.

The absence of moving parts ensures a very long service life of the system, as there are no components that can wear out quickly.

The system setup is extremely simple and does not require the involvement of specially trained technicians.

At just 800 rpm, the integrated Eco Turbine Power module receives sufficient exhaust gas flow to generate a noticeable power increase. By utilizing typically wasted thermal energy at idle or slightly higher speeds, the system reduces the load on the main shaft, decreasing fuel consumption and smoothing torque delivery precisely in those operating modes where conventional methods remain ineffective.

By extracting thermal energy from the exhaust flow, Eco Turbine Power significantly reduces the temperature of gases before they enter the catalytic converter. The cooler exhaust increases the efficiency of subsequent cleaning elements, reduces NOx formation, and decreases the thermal load on components, ultimately extending the equipment's service life and reducing heat buildup in compartments.

Since Eco Turbine Power pre-extracts a portion of the exhaust gas heat and mitigates pressure surges, the turbocharger receives a more uniform and cooled gas flow, and also experiences fewer sharp thermal cycles. This reduction in mechanical and thermal stress increases the turbine's lifespan by approximately 20%, leading to reduced maintenance costs and improved durability of the forced induction system.