Hotel wall washers feature superb energy efficiency, environmental friendliness, maintenance-free operation, and a long lifespan. They also establish an Internet of Things (IoT)-based intelligent lighting system, comprising control terminals and multiple networked smart dimming LED lamps. The control terminal includes a control module, a communication module, and a touchscreen that interfaces with the control module. The communication module facilitates communication with the communication unit of the IoT-based smart dimming LED lamps, achieving network connectivity. The control terminal is utilized to dim and control all networked IoT-based smart dimming LED lamps after connectivity is established.
Hotel wall washers can further dissipate the heat from the LED lamp bodies. Thermo-electric converters and batteries conveniently convert part of the thermal energy emitted by LED lamps into electrical energy, storing it in the batteries. The LED lamps can be powered by this stored energy when necessary. To save a certain amount of energy, the air-cooled LED lamp assembly includes a heat-dissipating baseboard, a heat-dissipating component located at one end of this baseboard, and heat. The heat-dissipating baseboard features a one-piece cast structure, with an LED printed circuit board bonded to the front face. Multiple LED lamp holders are affixed to the LED printed circuit board, and corresponding LED lamps are arranged on these lamp holders. The center part of the heat-dissipating component is a groove with a square or rectangular cross-section
Hotel wall washers are widely used for indoor and outdoor lighting and other places, such as office building lighting, subway lighting, building, and interior decoration.
Flexible circuit boards and one or more LEDs installed on the flexible circuit boards; an extruded part, which is extruded onto the flexible circuit board and has one or more LEDs, where the extruded part is encapsulated in a waterproof and sealed manner. According to the preferred embodiment of the LED lamp, the extruded part is a transparent extruded component. This extruded component serves as an auxiliary optical lens for LEDs. The component is made of PVC material or silicone. A waterproof cap is located at the junction between the end of the flexible circuit board and the external conductor. There is an air gap or interface between the extruded part and one or more LEDs.
This design allows the heat generated by the LEDs to dissipate rapidly, protecting the LED light source (LED chip) from heat accumulation and resultant damage. With improved heat dissipation performance of the substrate, a larger area of LED light can be installed. This light source significantly enhances the brightness of LEDs and reduces manufacturing time and costs. Meanwhile, the circuit structure and LED light source are integrated onto the substrate to minimize volume and cost. The thickness of the substrate ranges from 0.1 to 1.5mm. Based on this LED light source substrate, the LED lighting assembly includes a substrate made of aluminum oxide ceramic material.
Scan to follow Lumider Wechat
Scan to open the mobile website
中文
