While consumers are still troubled by carrying conversion plugs when traveling across borders, practitioners in the smart power segment are facing a more severe technical proposition: how to achieve stable dimming in a complex power grid environment?

Because the smart power supply integrates sophisticated electronic components and control chips, it has extremely high requirements for the stability of the input voltage. The difference in grid voltage will cause voltage fluctuations, affect grid stability, and generate varying degrees of harmonic interference, resulting in various problems such as uneven dimming and flickering lights.

In the rapidly changing lighting industry, SCPOWER/Suretron is well aware that continuous technological innovation is the key to maintaining competitiveness. Therefore, in response to the technical challenge of global grid voltage differences, SCPOWER/Suretron has actively invested in research and development to launch smart power supplies with a wide voltage input range of 100V-277V, covering a wide range of grid conditions from low-voltage residential areas to high-voltage industrial environments.