Green motion

Green Motion Lift Technologies

A Revolutionary Approach in the Elevator Industry

Green Motion Lift Technologies

Green Motion Lift Technologies: A Revolutionary Approach in the Elevator Industry

In the modern world of the 21st century, elevators have become an essential part of urban life. Moving around buildings without elevators is not only inconvenient but nearly impossible, which is why even small 3- and 4-story buildings now use them.
At the dawn of the third millennium, the energy crisis and rising fuel prices have made improving efficiency and reducing energy consumption in household appliances crucial—and elevators, as one of the most energy-intensive systems in buildings, are no exception. Until now, technologies aimed at preventing energy waste in elevators have been considered highly valuable yet expensive achievements.
Given the vast number of elevators worldwide, there is enormous potential for energy savings. By implementing proper management and cost-effective solutions, we can recover and reuse energy that was previously lost as heat through resistors in a one-way process. This recovered energy can now be harnessed through an innovative and affordable technology, introduced to the competitive market.

  • Protection of the battery pack against Over-Voltage and Under-Voltage
  • Battery pack protection with current limitation during charging
  • Extended battery lifespan through optimized charge cycles and prevention of pack degradation
  • Energy resource management for efficient charging (via energy recovery from the motor or power supply)
  • Automatic system shutdown upon detection of battery pack Under-Voltage
  • Energy Efficiency Class A Certified
  • Reduces grid power consumption
  • Enables elevator operation without grid power during peak demand hours
  • Optimizes energy use to reduce fossil fuel consumption
  • Automatically disconnects from the grid during
  • Serves as an efficient emergency backup solution, capable of over 200 consecutive starts during power outages for elevators with a 6-person capacity, 1 m/s speed, and 2640W battery power

The result of using this technology: Over 70% energy savings Continued operation for up to 300 starts after a power outage

The result of using this technology:

Over 70% energy savings

continued operation for up to 300 starts after a power outage

69% Energy Saved

Unoccupied elevator moving downward

69% Energy Saved

Unoccupied elevator moving downward

69% Energy Saved

Unoccupied elevator moving downward

69% Energy Saved

Unoccupied elevator moving downward

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