AIX-2C-30N Factory Campus Lighting Intelligent Street Light Voltage Stabilizer Dynamic Energy Saver

         Intelligent automation control function, equipped with unique astronomical time control, automatically simulates local sunlight patterns, intelligently controls the daily start and stop times of lighting without the need for manual adjustments due to seasonal changes. On-site, the LCD touchscreen allows observation of lighting data such as current, voltage, power factor, and electricity metering, as well as real-time operation and regulation of lighting, making it more convenient for staff to control and inspect locally. It also provides RS232 or RS485 interfaces for remote transmission and control of lighting data.Rated current (Amps): 20A, 30A, 40A, 45A, 50A, 60A, 63A, 80A, 100A, 120A, 125A, 150A, 160A, 170A, 180A, 190A, 200A, 250A, 300A, 315A, 400A; 

AIX-2C-30N Factory Park Lighting Intelligent Street Light Voltage Stabilization Dynamic Energy Saver Common Troubleshooting:

(1) In the structural design of the controller, calculating the electromagnetic force acting on the controller winding solely based on statics cannot accurately reflect the various stresses the controller endures during sudden short-circuit current impacts.

(2) Inappropriate selection of wires, focusing on thermal performance while neglecting mechanical stress.

(3) Insufficient axial compression force on the winding.

(4) Inadequate fixing points for leads, unstable brackets, poor lead soldering, etc.

(5) Insufficient support between the inner winding and the iron core column.

(6) Non-standard manufacturing processes and lax control during production.

Technical Features:

Power factor of the intelligent lighting control system for retrofitting old street lights for energy savings; for most equipment, the power factor can be improved by approximately 5%-10%, reducing reactive power losses.

High product energy-saving rate: Equipped with voltage analysis function, it automatically adjusts power efficiency levels based on grid changes, achieving energy savings in automatic mode with an energy-saving rate of 20-40%.

The voltage regulation of the intelligent lighting control device only operates on the phase affected by grid voltage fluctuations.

Features intelligent voltage stabilization, surge protection, harmonic filtering, and power factor correction.

Highly intelligent control: Can predict daily sunrise and sunset times based on local longitude and latitude, controlling the on/off times of the circuit.

Introduction: Key technologies of intelligent lighting applied in sports venues Keywords: Self-locking load feedback and current detection, soft start and delayed start, simulation of on-site conditions. With the continuous advancement of smart building technology, intelligent lighting has gradually become familiar to professionals in the field, evolving into a subset of smart buildings. Common functions of intelligent lighting will not be elaborated here; instead, the author will introduce several key technologies that should be incorporated in sports venues, hoping to provide some reference for those engaged in the intelligent design of sports venues. Large-scale sports events such as the Asian Games, Universiade, and others are即将 held in different cities, leading to the construction of numerous sports venues and facilities to meet the demands of these events. Lighting, as a critical component of sports venue construction, has always been a focus for construction units, design units, and users. With the increasing popularity of intelligent lighting in the construction sector.

 Factory Park Lighting Intelligent Street Light Voltage Stabilization Dynamic Energy Saver Technical Parameters:

Supply voltage: 220～250VAC

Input: 50Hz

Output voltage: 0～215VAC (adjustable)

Insulation voltage: Between chassis and live parts ≥2.5kV

Energy consumption <0.5W/A

Control: Time controller/standard time controller

Settings: Light on/off times; energy-saving level;

Protection: Input/output overvoltage protection; short-circuit protection, thyristor malfunction protection

Cooling: Natural cooling and fan-forced cooling.

AIX-2C-30N Factory Park Lighting Intelligent Street Light Voltage Stabilization Dynamic Energy Saver Precautions:

It is recommended to pay attention to the size of the power cable at the input end of the power voltage regulation and stabilization device, which should correspond to the current rating of the device's capacity.

Secondly, for the intelligent energy saver of street lights, if the power cable at the input end should be connected to the input terminal of the power voltage regulation and stabilization device, it is advised to follow the busbar color code: yellow for phase A, green for phase B, red for phase C. If the busbar is颤色 (likely a typo, meaning "color"), generally: yellow for phase A, green for phase B, red for phase C.

Third, for dual-cabinet or multi-cabinet structured power voltage regulation and stabilization devices, it is recommended that the inter-cabinet busbars must be connected according to color, and other connections should be made according to their numbering.