How to reduce installation costs by designing structures?

How to reduce installation costs by designing structures?


As a reliable lighting supplier, we have been working hard to optimize our products, improve our production processes, and do our best to meet customer requirements.

Today I want to share a case study with you.

Our Japanese customers purchased a batch of baselights from us. The Japanese are well known for their rigorous attitude and attention to detail. Considering that the installation cost in Japan is relatively high, they proposed to design the lamps with a structure that is more convenient for installation.

Based on this requirement, our engineers further analyzed the structure of the baselights, conducted simulation experiments, and evaluated the production process. Finally, we believed that reducing the tedious steps in the installation process can greatly reduce the installation time.

In the end, we decided to use buckles to connect and fix the bracket and the light source. It only needs to be aligned and pressed to complete the installation, which greatly saves installation time and improves installation efficiency.

This product of ours has won the recognition of customers and has been installed in large quantities in Japan. It has saved customers a lot of installation costs and received very good feedback.

Our principle is to do our best to meet the needs of our customers and provide them with an excellent experience.

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People also ask

Are LED drivers AC or DC?

LEDs need a dependable power source in order to function. This power is supplied by LED drivers, which convert alternating current (AC) to direct current (DC). By adjusting for variations in the temperature and electrical conductivity of the LEDs, they provide a consistent and continuous power supply.

There are two types of LED drivers: Constant Current LED drivers and Constant Voltage LED drivers.

LED power sources that provide a “constant-current” output have typically been referred to as LED drivers. In the past, AC-DC power supplies that provided a regulated “constant-voltage” to LEDs were referred to as LED power supplies. Today, the terms “LED driver” and “LED power supply” are used interchangeably.

In certain cases, a malfunction of the LED driver could be attributed to extreme high-temperature factors, as operating at elevated temperatures can lead to component damage due to heat accumulation. In other instances, damage to the LED driver might result from voltage instability in the power grid or surges caused by lightning strikes. Furthermore, when the output voltage and current of the LED driver do not match the electrical parameters of the LED chips, the LEDs may fail to operate properly, leading us to suspect a malfunction in the LED driver.

Flickering is one of the most common indicators of a faulty LED driver. Additionally, a change in the brightness or dimness of the lights also signifies a defective LED driver. Finally, if LED lamps do not work at all, it could also suggest a problem with the LED driver, SPD, or the LEDs being broken.