How to improve the efficiency of energy use by decorative lamps

For many years, the diversification of decorative lights, may be engaged in or understand the industry of our landscape, it is sure to know the monotonous simplicity of the beginning of the lamp decoration light, the style is no more than the fixed one or two, the price is relatively high, at that time, the outdoor decoration lamp landscape lamp is a very cold door product, Few people know about it, but with the evolution of the decorative lights over the years, the style of the lamp has become one of the most popular products in the lighting industry in recent years, whether it is from the bracket of the lamp pole, the light source and the outer shell of the decorative lamp. And the rise of decorative lights is because of the price, the price of street lamp decoration lamp has been reduced greatly in recent years, from several thousand yuan to now hundreds of yuan, before the street lamp pole of big city, now the lantern pole of rural road is also consumed, plus the festival celebration of the year to celebrate, so the demand of street lamp decoration lamp Greatly increased, so we can imagine the reason why street lamp lights are hot.

In order to build a smart lighting system with energy saving and high efficiency, using MCU and adjustable light driver for environmental sensing and efficient light adjustment is a popular design trend of LED lighting system nowadays. Besides, the simulation of optical and heat dissipation is also an indispensable development link to ensure the reliability and safety of decorative lamp products.

ith the popularization and application of decorative lamps, more and more applications are being applied, and the business opportunities of smart lighting systems are more anticipated by the industry. In order to build LED intelligent lighting system, the introduction of MCU can realize the functions of automatic adjustment of brightness, automatic color transformation, environmental sensing, and group system control. It can enrich the application of LED lanterns and improve the efficiency of energy use.

On the other hand, it is very important to verify the feasibility of the product through the simulation of optical and heat dissipation, which not only ensures the safety of the product, but also accelerates the development time of the product in the simulation process, and improves the market competitiveness.