The 6th Asia Pacific Semiconductor FAB Design Engineering & Construction Summit brought together professionals responsible for designing, engineering, constructing, and expanding semiconductor fabrication facilities across the Asia-Pacific region. Over two days in Singapore, the summit focused on facilities, utilities, capital project delivery, and infrastructure that support semiconductor manufacturing. Moreover, the programme featured keynote presentations, technical sessions, sponsor presentations, and panel discussions that explored practical engineering solutions, sustainability, digital technologies, water systems, and project execution for semiconductor fabs.

Europe’s Duck Curve is now one of the biggest operational headaches for modern power systems. The term refers to how solar generation changes the pace at which the grid needs to supply electricity over the course of the day. As solar capacity grows, the midday net load is decreasing while the evening demand is increasing dramatically. This pattern results in larger and more sudden fluctuations of electricity flows. As a result, network operators, utilities and power generators now have to react faster than ever before. In this article, discover why Europe’s Duck Curve is getting steeper, what implications it has for daily grid operations and what solutions can help to support a more flexible electricity system.

Germany’s Negative Power Price has become a talking point in the European electricity market. What used to happen only a handful of times per year is now much more common. The rise reflects fundamental changes in the way Germany produces, trades and uses power. Rapid renewable growth, changing demand and increasing market collaboration are contributing to this trend. As a result, U.S. utilities, traders, investors and grid operators are increasingly dependent on accurate forecasts. This article describes why Germany has negative price hours, how negative prices come about and what they mean for the future of the European power market.

As AI workloads push rack densities to new extremes, data center operators face growing challenges around power availability, cooling, water management, and community acceptance. This summit read-out explores the critical infrastructure, construction, and sustainability trends shaping the future of data centers.

Asia-Pacific continues to lead global investment in semiconductor manufacturing. As new facilities come online, companies face growing challenges in power supply, water management, environmental compliance, and project delivery. At the same time, demand for advanced chips continues to rise across AI, data centers, automotive, and industrial sectors. Therefore, industry leaders need a platform that focuses on practical solutions and real project experience. The 6th Semiconductor Fabs Design, Engineering & Construction APAC 2026 summit addresses these priorities by bringing together experts involved in planning, building, and expanding semiconductor fabs. This article highlights the event partners helping drive innovation, efficiency, and sustainability across the semiconductor industry.

Electric cars have long since ceased to be a small segment of the auto market. Authorities around the world are incentivizing clean transportation. Car companies are beefing up their EV offerings. Consumers are growing increasingly familiar with electric mobility. Most of the EV growth discussions concentrate on batteries, charging stations, and car companies. But semiconductors are just as essential to the EV universe. All electric vehicles depend on hundreds, and in some cases thousands, of chips to deliver power, process data, maintain connectivity, and ensure safety. The rise in EV adoption is driving demand for semiconductors up with it. This wave is bringing new sidelines all over the global chip industry. And it is providing new growth opportunities for nations that already have strong semiconductor capabilities. Singapore is one of them. The country has established a mature semiconductor industry after several decades. It supports manufacturing, engineering, testing, packaging, and supply chain. So the correlation between EV growth and Singapore’s chip industry development is tightening up.