HELLA, the global supplier of automotive lighting and electronic systems, said that LED ambient lighting will be a new look in automotive interior design. Drivers will find significant changes in automotive interior lighting over the next five years, which will increase comfort and increase brand awareness.
LED ambient lighting is a new key project in automotive interior design. HELLA expects that the use of LED ambient lighting in North America will increase by more than four times in the next five years. HELLA pointed out that LED lighting technology provides another important way for automotive interior designers to increase the value of the car and improve the overall driving experience of driving.
HELLA and the University of Hamburg in Germany have studied the display of different colors, which have different effects on the emotional and comfort levels of drivers and passengers. Different colors can lead to different levels of emotional influence such as excitement and calmness, which in turn produces RGB (red green blue) technology used in automotive interior design. RBG technology has become increasingly popular for use in automotive interior design, producing a wide range of color spectra from the primary LED primary colors, offering a variety of options.
HELLA said that LEDs provide a choice for in-vehicle design, including single-color LED lights to enhance brand awareness or multi-color LED lights, so you can customize your favorite lighting. Because LEDs take up less space and save energy, they are superior in weight, energy, and size.
The specific LED interior lighting provided by HELLA includes multi-color LED modules, RGB/LIN color control, woven backlight mode design, LED head-top console and slim LED indoor lighting. HELLA RGB/LIN technology achieves precise color and brightness for perfect harmony inside the car. This technology also allows designers to use special colors in specific areas to further demonstrate brand awareness.
LED ambient lighting is a new key project in automotive interior design. HELLA expects that the use of LED ambient lighting in North America will increase by more than four times in the next five years. HELLA pointed out that LED lighting technology provides another important way for automotive interior designers to increase the value of the car and improve the overall driving experience of driving.
HELLA and the University of Hamburg in Germany have studied the display of different colors, which have different effects on the emotional and comfort levels of drivers and passengers. Different colors can lead to different levels of emotional influence such as excitement and calmness, which in turn produces RGB (red green blue) technology used in automotive interior design. RBG technology has become increasingly popular for use in automotive interior design, producing a wide range of color spectra from the primary LED primary colors, offering a variety of options.
HELLA said that LEDs provide a choice for in-vehicle design, including single-color LED lights to enhance brand awareness or multi-color LED lights, so you can customize your favorite lighting. Because LEDs take up less space and save energy, they are superior in weight, energy, and size.
The specific LED interior lighting provided by HELLA includes multi-color LED modules, RGB/LIN color control, woven backlight mode design, LED head-top console and slim LED indoor lighting. HELLA RGB/LIN technology achieves precise color and brightness for perfect harmony inside the car. This technology also allows designers to use special colors in specific areas to further demonstrate brand awareness.
Powerbanks are popular for charging smartphones and mobile tablet devices. A powerbank is a portable device that can supply power from its built-in batteries through a USB port. They usually recharge with USB power supply. Technically, a powerbank consists of rechargeable Lithium-ion or Lithium-Polymer batteries installed in a protective casing, guided by a printed circuit board (PCB) which provides various protective and safety measures. Due to its general purpose, powerbanks are also gaining popularity as a branding and promotional tool. Different brands and promotional companies use it as a promotional tool and provide a customized product.
Many powerbanks use the common 18650 size lithium-ion battery which may or may not be user-replaceable.
Specifications:
Capacity in mAh: mAh stands for milli Ampere-hour and measures the amount of power flow that can be supplied by a certain powerbank at a specific voltage. Many manufacturers rate their products at 3.7 V, the voltage of cell(s) inside. Since USB outputs at 5 V, calculations at this voltage will yield a lower mAh number. For example, a battery pack advertised with a 3000 mAh capacity (at 3.7 V) will produce 2220 mAh at 5 V. Power losses due to efficiency of the charging circuitry also occur.
Simultaneous charging and discharging: need to specify if the powerbank can be used while it is charging.
Number of output USB ports: This specifies the number of devices that can be charged simultaneously.
Output current rating: This specifies the current rating that it can charge maximum. The higher the number, the better the powerbank. This can vary from output port to output port.
Input Current Rating: Input current rating is the amount of current the powerbank is able to draw at its maximum level while getting charged.
Safety Protections: Over Voltage Protection, Over Charge Protections, Over Current Protections, Over Heat Protections, Short-Circuit Protections and Over Discharge Protections are the common safety measures observed with standard powerbanks.
LED Indications: The Led glows as per indicating the amount of charging ability left with the powerbank.
Specifications:
Capacity in mAh: mAh stands for milli Ampere-hour and measures the amount of power flow that can be supplied by a certain powerbank at a specific voltage. Many manufacturers rate their products at 3.7 V, the voltage of cell(s) inside. Since USB outputs at 5 V, calculations at this voltage will yield a lower mAh number. For example, a battery pack advertised with a 3000 mAh capacity (at 3.7 V) will produce 2220 mAh at 5 V. Power losses due to efficiency of the charging circuitry also occur.
Simultaneous charging and discharging: need to specify if the powerbank can be used while it is charging.
Number of output USB ports: This specifies the number of devices that can be charged simultaneously.
Output current rating: This specifies the current rating that it can charge maximum. The higher the number, the better the powerbank. This can vary from output port to output port.
Input Current Rating: Input current rating is the amount of current the powerbank is able to draw at its maximum level while getting charged.
Safety Protections: Over Voltage Protection, Over Charge Protections, Over Current Protections, Over Heat Protections, Short-Circuit Protections and Over Discharge Protections are the common safety measures observed with standard powerbanks.
LED Indications: The Led glows as per indicating the amount of charging ability left with the powerbank.
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