Microcomputer Cluster Control Management System

The group control system of ThyssenKrupp Elevators is a high-speed network-processing neural center. It employs “fuzzy computing” methods and relies on efficient, rapid genetic algorithms to determine the optimal elevator operation strategy for a building, thereby selecting the best and most timely elevator ride option for passengers.

Intelligent Elevator Dispatching System

Passengers simply need to select their destination floor on the keypad or touchscreen before entering the elevator, and the system will assign them an appropriate elevator that will take them directly to their specified floor.
A. Eliminate the drawbacks of traditional elevators stopping at each floor.
B. Create a more orderly elevator environment in the lobby.
C. Effectively improve the issue of elevator overcrowding during rush hours.

Target Layer Appointment Guidance System

Elevators are optimally allocated according to different destination floors, ensuring that even during peak commuting hours—when the number of passengers is relatively lower compared to the previous-generation system—passengers can enjoy a relaxed and comfortable elevator ride. Multiple elevators are assigned to different destination floors, reducing the number of stops and providing passengers with a faster, more efficient service.

Remote monitoring function

Through wired or wireless communication modules, the operating status of elevators and the passenger conditions inside them are monitored in real time at a remote monitoring center, enabling faults to be identified and resolved before they occur and ensuring passenger safety.

ID/IC Card (Identification)

ID/IC cards are used to control elevator access—only those equipped with ID/IC cards can use the elevator, significantly enhancing building management security and giving users greater peace of mind.

Timely maintenance

24-hour real-time video surveillance ensures that when elevator malfunctions or unexpected entrapments occur, the system will automatically trigger an alarm and send a fault code to the mobile phones of nearby maintenance personnel, guaranteeing that maintenance staff can arrive at the scene as quickly as possible.

Timely warning

The system will record and analyze data on each elevator’s fault information, maintenance cycles, annual inspection status, component wear and tear, and more. Based on these results, it will develop a scientifically sound maintenance plan and provide timely alerts, ensuring that elevators are always in optimal operating condition.

Network Collaboration

It can be integrated with the five-party communication system, and monitoring data can be authorized to branch offices, maintenance providers, property management companies, and other parties. Through collaborative efforts among multiple stakeholders, the overall safety level of elevators can be comprehensively enhanced.

Electric release function

In the event of a sudden power outage, the electric release device can be activated. Leveraging the self-generating capability of the permanent-magnet synchronous motor, the motor’s input terminals are briefly short-circuited, causing the brake to open and allowing the elevator to run smoothly to the landing level, thereby quickly rescuing trapped passengers.

Client Bluetooth debugging

By using a Bluetooth wireless communication system, the elevator’s main control board can be parameter-adjusted or its software upgraded via a mobile app client. Compared to traditional debugging methods, this approach is more flexible and reliable, with debugging results displayed intuitively and visually, making it smarter and more intelligent.

Client Bluetooth Elevator Call

Through the Bluetooth wireless communication system, users can remotely call an elevator via a mobile app without having to walk up to the elevator itself. This is convenient and efficient, reducing waiting times and making elevator operations more streamlined.

DIAO Energy Regenerative Feedback Device

It can recover and reuse up to 25% of the energy normally consumed by elevators. Particularly when an elevator is running empty upward or fully loaded downward, the electrical energy generated by the motor would otherwise be wasted as resistive heat. However, ThyssenKrupp Elevator’s energy regeneration and feedback system converts this electrical energy into a normal current that matches the grid’s requirements. As a result, this newly generated current can be used to power other electrical devices in the building, achieving substantial energy savings.

LED energy-saving lighting

LED lighting driven by direct current is used as the in-cabin illumination fixture. It features ultra-low power consumption and an electro-optical conversion efficiency approaching 100%. Under the same lighting effect, it can save more than 80% energy compared to traditional light sources.

Automatic interior lighting in the sedan

By employing in-cab automatic lighting technology, we have fully taken into account human-centered design and energy-saving and environmental protection requirements. This ensures that when the cabin is unoccupied, the lights remain off and consume no electricity; when someone enters the cabin, the lights automatically turn on and operate at low power, thereby conserving energy.

Automatic wake-up device (optional)

All use LED green light sources, converting more than 90% of electrical energy into light energy. Compared to traditional incandescent bulbs, this can save over 80% of energy.

Automatic wake-up device (optional)

When no one calls for the elevator within a fixed period, the lighting and ventilation systems inside the car will automatically shut down and restart only when a passenger calls for the elevator again, effectively saving energy consumed during non-operational periods.