Cost Savings and Quick Construction:

The absence of a machine room results in a shorter construction period, leading to cost savings. With the elevator shaft being approximately 3 meters lower than traditional designs, construction time is reduced, and costs are minimized. In regions with height restrictions, this design allows for an additional floor, enhancing economic feasibility.

Diverse Design Possibilities:

The lack of a protruding machine room on the building's rooftop and fewer height constraints provide opportunities for a more sophisticated and diverse design. This approach aligns well with contemporary trends that emphasize urban design aesthetics and complies with regulations related to height restrictions.

Reduced Noise for Resident Comfort:

Unlike conventional elevators with machine rooms that may cause noise disturbances for top-floor residents, the absence of a machine room contributes to a quieter system, minimizing discomfort for occupants.

Energy Savings:

By utilizing a gearless traction machine with a high-efficiency permanent magnet synchronous motor, typically employed in elevators for buildings with 20 or more floors, the elevator's motor capacity is minimized. This design helps reduce the power infrastructure and overall power consumption for the elevator.