Panoramic elevators incorporate a combination of advanced technologies for both the glass panels and the elevator's operation to provide a safe, functional, and visually appealing experience. Here's an overview of the technologies commonly used:

Panoramic Glass Technology:

Tempered Glass: Tempered glass is a type of safety glass that is treated to be more durable and resistant to breakage. It undergoes a heating and rapid cooling process to increase its strength and shatter resistance.

Laminated Glass: Laminated glass consists of multiple layers of glass with a layer of clear vinyl interlayer in between. This construction provides additional strength and safety by holding the glass together even if it shatters.

UV Protection: Panoramic glass often includes UV protection to reduce the fading and degradation of interior materials due to sunlight exposure.

Anti-Glare Coatings: Coatings can be applied to the glass to reduce glare and improve visibility, especially in bright sunlight.

Impact Resistance: Glass used in panoramic elevators may be engineered to have higher impact resistance to prevent shattering upon collision.

Sound Insulation: Special glass constructions can provide sound insulation, minimizing noise from both inside and outside the elevator.

Smart Glass: Some panoramic elevators use smart glass that can switch between transparent and translucent states, providing privacy when needed and clear views when desired.

Elevator Operation Technology:

Variable Frequency Drives (VFDs): VFDs are used to control the speed and acceleration of the elevator's motor. This technology provides smoother and more efficient operation.

Microprocessors and Controllers: Modern elevators are equipped with microprocessors and controllers that manage elevator functions, safety features, and communication.

Sensors: Various sensors, such as infrared sensors for door safety and weight sensors for overload protection, are used to ensure safe and efficient elevator operation.

Human-Machine Interface (HMI): HMIs provide the user interface for passengers to select floors, indicate the elevator's position, and access emergency features.

Remote Monitoring and Diagnostics: Many elevators have remote monitoring capabilities, allowing technicians to monitor elevator performance, detect issues, and perform diagnostics remotely.

Energy Efficiency Systems: Elevators are equipped with energy-efficient technologies such as regenerative drives that capture and convert excess energy back into the building's electrical system.

Emergency Communication Systems: Communication devices, such as intercoms or emergency phones, allow passengers to communicate with building security or emergency services during unforeseen situations.

Wireless Connectivity: Some modern elevators offer wireless connectivity for remote control, monitoring, and access control.

Biometric Access Control: Advanced elevators can integrate biometric access control systems for enhanced security.

Smart Building Integration: Elevators can be integrated into a building's smart automation system for optimized energy usage, elevator scheduling, and improved user experience.

The specific technologies used can vary depending on the elevator manufacturer, building requirements, and desired features. Panoramic elevators aim to merge the functional aspects of elevator technology with the aesthetic appeal of the glass design to provide a comprehensive experience for passengers.