Series H waterproof street light in industrial park

Kawasan Industri Sinar Andalas (Sinar Andalas Industrial Zone) has implemented a lighting project in its light/medium industrial area to meet the parking needs of employees and improve safety during entry and exit. This project has enhanced the overall comfort of the area and provides a secure working environment at night. Furthermore, the energy-saving features of waterproof street light have resulted in significant power savings for the industrial zone, alleviating the strain on electricity consumption.

The project utilizes efficient LED lighting fixtures and well-placed lamp posts, effectively improving the lighting performance while minimizing energy consumption. As a result, the industrial area now enjoys a more comfortable environment, and nighttime work is safer. By saving energy, this energy-efficient lighting project has contributed to substantial power savings in the industrial zone. This not only reduces energy costs but also alleviates the electricity burden on the industrial area. The success of this project showcases the importance of implementing energy-saving measures in industrial zones, providing inspiration and guidance to other industrial areas. It not only meets the needs of employees but also enhances the sustainability of the industrial zone’s development.

Project details:

ProductModelCCT /OpticsQuantity
165W Waterproof street lightZGSM-LD165H5700K,3M53pcs
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    Impressive lighting solution, exceeded our expectations!
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To calculate the power consumption of an LED, you need to know the LED’s voltage (in volts) and current (in amperes). The power is calculated by multiplying the voltage and current, and the result is the power consumption of the LED in watts. Taking the example of a Lumileds 3030 LED chip, which typically has a voltage of 5.8V and a rated current of 120 milliamperes, the power consumption would be 0.696 watts.

For knowing this, let’s take an example of an electric shock:

The human body can be considered as a resistor, and current (whether high or low) requires a potential difference to flow through it.

The typical value of potential difference that our body can tolerate is around 50-60 volts. So, electric shocks occur due to the potential difference rather than the magnitude of the current. While larger currents can have more severe effects, if the potential difference is not greater than 60 volts, the impact is not significant. You might wonder about electric fly swatters that have voltages in the thousands, would they cause electric shocks? The answer is no because the electric fly swatter generates a high voltage for a very short duration, and once it comes in contact with the human body (which has a high internal resistance), the voltage immediately drops, resulting in a low current that does not cause an electric shock.

LED stands for Light Emitting Diode, which is a semiconductor device, like a transistor or other type of diode, that lights up when the polarity is the same, and turns off when the polarity is the same, which means they can only work with DC voltage, while unlike incandescent light bulbs or other household appliances that cannot be plugged directly into AC power to work.