Configured components: Electric curtains + Wireless group receiver + Local wireless switch + Floor processor + Main server + Management software

Technical features (can respond to bidding technical requirements and have more technical advantages)

Local switches use wireless switch control

Local switches and system centralized control can automatically switch through priority settings

The system can achieve centralized control, timed control, and emergency control

Curtain grouping can change freely without changing wiring, and planar division can change freely without additional equipment

The control system software has control, monitoring, management, and reporting functions

The control system can centrally control individual buildings and can also centrally control multiple buildings, with strong scalability. It has 100% system redundancy, and adding curtains or devices later does not require increasing the number of control systems.

Clock Control

The system has a built-in solar calendar, allowing users to control the curtains according to their usage needs with an overall timetable. The curtains can perform preset actions at scheduled times.

For example, 15 minutes before work, 15 minutes after work, 1 hour before sunrise, 1 hour after sunset, holidays, night lighting periods, etc. The curtains can be set to open, close, or stop at a certain position during the upcoming time.

Solar Adaptive Control - Hyperion Solar Adaptive Control

Hyperion Solar Adaptive Control, driven by Quantum, is the core unit of automatic curtain control. This system adjusts the curtains throughout the day based on the sun's position and light intensity, minimizing glare and solar radiation while maximizing the use of outdoor natural light to achieve the best balance of shading, lighting, and transparency.

By combining the project's local geographic coordinates (longitude and latitude values) and time zone, the solar elevation angle and azimuth angle relative to the building facade can be calculated at any moment. Azimuth angle: used to determine which curtains are within the current solar irradiation range. Elevation angle: the sun's height angle, which is also the angle of sunlight incidence, is a key parameter for calculating the position of the roller blinds.

After obtaining the sun's position information, to prevent glare from entering the work area and to introduce natural light as much as possible, the curtain control system must accurately and in real-time calculate the lowering height of the roller blinds. The height (h) of the bottom rod from the ground after the roller blinds are lowered is determined by the following parameters: y1: height of the working surface; x1: depth allowed for sunlight to enter; Ø: angle of sunlight incidence.

Wireless Sunlight Sensor

Good lighting and external views can make employees comfortable and lead to high productivity while saving indoor lighting costs. The Quantum system uses wireless sunlight sensors to collect external light intensity. It retracts the roller blinds when in the shadow of nearby buildings or during cloudy weather, and lowers the roller blinds when facing glare from nearby buildings or on sunny days.

The sunlight sensor is placed between the curtain fabric and the glass. When the external sunlight intensity is very high and exceeds the system's set limit, the roller blinds in that area automatically lower (a delay time can be set according to user needs) to prevent direct sunlight from entering the office area and affecting user work.

When clouds pass by or on cloudy days, if the sunlight intensity detected by the sensor is below the system's set limit, the roller blinds in the shadow are automatically retracted (a delay time can be set according to user needs to avoid frequent actions).

System redundancy

• Each layer is equipped with one processor, 2 links, each link can accommodate 99 devices, and each processor can drive 198 devices.
• Currently, the system occupancy for each independent processor is only about 160 points.
• The route creation scheme has 100% system redundancy.
• In the later stage, adding curtains, wired switches, conference room systems, or other functions does not require additional control devices.

System scalability

• Each processor is allocated 4 control communication lines, with each link having a capacity of 99 devices.
• Each processor can control 396 curtains and other devices.
• Each subsystem unit can include up to 8 processors.
• The entire system can have a maximum of 128 subsystem units.
• The maximum total control capacity of the system is 405,504 curtain devices.
• The distance of a single control communication line can reach up to 1200 meters.

Diverse control options

• Local switch control
• Central processor control
• Local computer virtual interface control
• Mobile control, suitable for Android, iOS, Windows
• Application software upgrades can be automatically performed through the network platform.