World Industrial: Committed to a Greener Future

In the precision architecture of high-power devices such as AI servers and gaming PCs, the rectifier bridge acts as the "heart," undertaking the core task of converting alternating current (AC) to direct current (DC). Its performance directly impacts the overall efficiency, stability, and lifespan of the system. As China's "Dual Carbon" goals (carbon peaking and carbon neutrality) are deeply advanced, energy efficiency standards for electronic equipment continue to upgrade. Against this backdrop, the energy efficiency innovation of rectifier bridges—the core components of power supplies—has become the key to industrial breakthroughs. Leveraging 15 years of technical accumulation in discrete components, World Industrial provides comprehensive rectifier bridge solutions for multi-scenario power systems, helping to build a more efficient and reliable energy transmission network.

I. Rectifier Bridge: The "Energy Hub" of Power Supply Systems

As the core component of the front-end circuit of a power supply, the rectifier bridge is responsible for converting 220V AC into DC, providing a stable voltage foundation for subsequent circuits such as PFC (Power Factor Correction) and LLC. Its Forward Voltage Drop (VF) directly affects conversion efficiency. The lower the VF, the smaller the energy loss, and the higher the system energy efficiency. Its performance directly impacts:

1.Energy Efficiency Performance: Low-loss design improves conversion efficiency, facilitating 80 PLUS Titanium certification to meet the demands of high-load scenarios such as AI servers and gaming PCs.

Data Source: Research on CO2 Emission Factors of China Regional Power Grids (2023). Annual operating hours are calculated based on 8,760 hours, with a grid carbon emission factor of 0.6 kg/kWh.

The data above indicates that the high power demands of AI servers, gaming PCs, and professional workstations not only incur massive electricity costs but also significantly increase carbon emissions. Against the backdrop of the "Dual Carbon" strategy, World Industrial is market-driven and has introduced a systematic energy efficiency enhancement solution for the industry.

III. World Industrial Rectifier Bridges: Technological Breakthroughs Leading Industry Innovation

1.Comprehensive Product Portfolio: For power supplies of varying wattages, World Industrial provides not only standard series products but also, as a national high-tech enterprise, deeply integrates the "Dual Carbon" strategy by launching the Low VF series to facilitate energy conservation and emission reduction.

Taking a 1000W power supply as an example:

Compared to standard products, World Industrial's 2nd Generation Low VF rectifier bridge can reduce carbon emissions by 3.94 kg annually, representing a 17.6% decrease.

Partial Product Portfolio:

Whether for mini power supplies or AI server power supplies, World Industrial rectifier bridges redefine the boundaries of energy efficiency through core semiconductor technology. Guided by the national "Dual Carbon" strategy, World Industrial consistently reduces global power loss through semiconductor technological innovation. Moving forward, we will continue to deepen our R&D in high-efficiency components, providing core support for AI computing power, green data centers, and smart industrial applications, working hand in hand with industry partners to build a zero-carbon future.