Current problems

Ø At present, the lighting circuit of factory building is divided into many branches. It is difficult to control the switch lights of each road by traditional switches.

Ø It is difficult to adjust the ambient brightness of the specific area in the workshop, workshop and office area of the enterprise, and it is impossible to switch on and off the lights in the special area on demand.

Ø The potential energy consumption of electric system such as harmonics may exist in the power laying system of enterprises, which leads to the waste of energy.

Ø Traditional manual control of each branch switch lamp, due to the difficulty of time switch lamp management, illumination illumination illumination illumination is unreasonable, resulting in serious waste of power energy.

Ø In some enterprises, the unit area is very large. In many places, part of the lamp damage is not found in time, and the replacement of the lamp is not timely, which affects the normal production efficiency.

Ø When emergency switching lights are needed in some areas, the operation is not timely and it is difficult to realize temporary selective switching lights immediately.

Ø When only part of the workshop or office area is working, all or too many unnecessary lamps and lanterns may be turned on.

Ø The traditional method of repairing and replacing lamps and lanterns requires a lot of people to cooperate to complete the work.

Ø The power system of factories and mines in large enterprises is complex and there are many branches. When the lines are aging, there are potential electrical hazards, which are difficult to find.

Ø The traditional electric lighting system in factories and mines requires regular inspection and maintenance by many people. It wastes a lot of manpower.
Ø There is no metering examination for the lighting.

Ø Without a system management platform, it is very difficult to carry out unified management.

Solution advantages

According to the current situation of lighting power consumption, we put forward the solution of Internet of Things for lighting system after actual communication and investigation. Through this solution, we can realize the lighting fixtures, power lines and scene configuration of lighting power consumption on the spot through mobile phones, computers and other arbitrary Internet access devices within the scope of our own authorization.

Ø Ba induction control: Install illumination sensor, automatically turn on and adjust the brightness of light according to the illumination of outdoor light source.

Ø Ba time control: automatically turn on or off lights according to different time settings, such as: working time, intelligent lighting control system will provide sufficient illumination for the workshop; off time, the system automatically turn off part of the lights, or dim the brightness of the lights. If someone works overtime, they change to manual control to avoid wasting energy.

Ø Ba multi-point control: Because of the large workshop area, it is necessary to realize multi-point control of lamps and lanterns in the same area in order to facilitate the daily use of personnel. The control panel can be placed at each entrance to connect each lighting circuit in the area to the control system, so as to realize the multi-point control and centralized control in the large area of the workshop.

Characteristic

Ø The CPU uses STM8S005K6, advanced industrial chip, electrical isolation and electromagnetic shielding design meet relevant standards, so that the hardware system has high anti-interference ability and reliability.

Ø The instrument has excellent EMC performance, can resist the interference of high voltage spike pulse, strong static electricity and lightning surge, and has a large temperature range. The circuit boards adopt modular design to ensure the safety, reliability and easy maintenance of the instrument.

Ø The single-phase power supply is used for the equipment.

Ø The data storage is safe and reliable.

Ø Bah control function is powerful and easy to expand.