Summary of Power Semiconductor Market Research and Q&A Industry Overview - The power semiconductor market is expected to see a continuous decline in prices due to domestic competition and proactive price reductions by manufacturers. In the first half of 2025, average price reductions for products like ST and high-voltage MOS are projected to be between 10% and 20%, with silicon carbide (SiC) potentially seeing reductions of up to 20% and traditional MOS and IGBT around 10% [1][5][3]. Key Insights - **Price Trends**: The price of power semiconductors is anticipated to continue decreasing, driven by intensified competition among domestic peers and proactive pricing strategies from major semiconductor manufacturers [3][4]. - **Market Performance**: The power semiconductor industry has shown signs of recovery, with a year-on-year growth of approximately 10% to 20% in sales amounts, despite a decline in prices [2]. - **Import vs. Domestic Brands**: The price gap between imported and domestic brands has narrowed, with acceptable premiums for imported brands now between 10% and 30%. If imported brands continue to lower prices, domestic manufacturers may need to follow suit to remain competitive [6][7]. - **Domestic Product Recognition**: Domestic power semiconductor products are gaining market acceptance and gradually capturing market share. To maintain competitiveness, these products are also adjusting their prices in response to imported brands [7]. Competitive Landscape - **Manufacturers' Strategies**: Major manufacturers like Infineon and STMicroelectronics are optimizing raw materials and production processes to reduce costs, maintaining high gross margins through localized production strategies [8]. - **Market Competition**: The IGBT and SiC single-tube markets are expected to be highly competitive in the first half of 2025, particularly in the automotive electronics sector, driven by the upgrade of new energy vehicle architectures [10][11]. - **Emerging Applications**: SiC modules are increasingly used in automotive applications such as motor control and suspension systems, with companies like BYD and SIDA making significant strides in this area [11][12]. Future Outlook - **Cost Reduction Potential**: The introduction of eight-inch SiC substrates is expected to reduce costs by approximately 60%, making SiC more competitive with traditional silicon MOS products [16]. - **AI Industry Demand**: The demand for power devices in the AI sector is experiencing explosive growth, particularly for AI server power supplies, which require a significant number of components, thus driving overall demand in the electronics industry [17][18]. - **Server Market Growth**: The server market is projected to grow rapidly, with AI-related applications being the fastest-growing segment. The demand for power devices in this sector is substantial, with servers accounting for about 10% to 15% of overall revenue [19][20]. Additional Considerations - **Operational Cost Differences**: Domestic companies benefit from lower operational costs due to local production, which narrows the price gap with foreign competitors. As domestic firms enter high-end markets, their gross margins are expected to approach those of foreign companies [9]. - **Market Participation**: Domestic manufacturers like SIDA and Samsung are actively participating in the server power supply market, contributing to the overall growth of the sector [23]. - **Power Supply Requirements**: Data centers require power supplies to be configured based on their power and capacity needs, indicating a complex demand for power devices across various applications [24]. This comprehensive overview highlights the current state and future potential of the power semiconductor market, emphasizing the competitive dynamics and emerging opportunities within the industry.