From capacity frenzy to collective loss, domestic silicon carbide substrates fall into a vicious cyc

In recent years, with the rapid development of new energy vehicles, photovoltaics, and data centers, silicon carbide (SiC) substrates have become the "star material" in the semiconductor industry. However, the fierce competition and excessive expansion of domestic enterprises have led to overcapacity, causing the industry to fall into a vicious cycle of price wars and losses. Although domestic enterprises have responded to the growth of market demand by expanding production on a large scale, they face problems such as slow technological iteration and insufficient product yield, which have led many enterprises to the dilemma of "increasing income without increasing profits".

New energy storage needs to overcome three obstacles to accelerate its overseas expansion! The evolu

Xinhua News Agency Outlook: New energy storage needs to break through the "three barriers" to go global. Multiple new energy storage enterprises rely on continuous technological innovation and improved industrial and supply chains to expand emerging markets, support new energy storage to better "go global", and contribute to the global energy green and low-carbon transformation by tackling key core technologies, improving technical standards and systems, and establishing internal and external cooperation mechanisms. This is conducive to solving the "three barriers" of technology, standards, and cooperation, accelerating key core technology research and development, enhancing internal motivation of enterprises, accelerating the improvement of technical standards and industry norms, building internal and external cooperation and exchange platforms through multiple channels, and better assisting new energy storage enterprises to go global

Tianyue Advanced 500 ton annual production of silicon carbide single crystal base is about to start

It is reported that the project is an expansion project for the "Annual Production of 500 Tons of Silicon Carbide Single Crystal Base", which can solve the expansion capacity demand of 5000 growth furnaces at once. The plan is to install and debug production equipment in May 2025 and achieve the first batch of production equipment commissioning and trial operation in June.