Skycore Semiconductors develops integrated circuit microchips that enhance energy efficiency in power conversion for AI servers and battery energy storage systems. Their technology addresses the inefficiencies in energy use associated with the rapid electrification driven by renewable energy and increasing AI workloads.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing demand for renewable energy and AI-driven compute workloads is driving rapid electrification, which requires more efficient and scalable power solutions. Existing power conversion technologies often result in significant energy loss, hindering the sustainability goals of modern data centers and battery energy storage systems.
Solution
Skycore Semiconductors develops advanced power conversion microchips that significantly improve the efficiency and performance of power modules used in AI servers and battery energy storage systems (BESS). Their integrated circuit (IC) technology reduces energy waste by integrating key components within a single microchip, delivering cost-effective and scalable power solutions. By employing switched-capacitor architectures and zero-voltage switching techniques, Skycore's solutions minimize power loss during energy conversion. This results in higher power density and efficiency, enabling more sustainable energy use in high-power applications.
Target Audience
Skycore Semiconductors targets manufacturers of AI servers, battery energy storage systems (BESS), and power modules seeking to improve energy efficiency and reduce power loss in their products.
Features
- Advanced power conversion microchips for AI servers and battery energy storage systems
- Switched-capacitor architecture for high efficiency
- Zero-voltage switching (ZVS) to minimize power loss
- High power density in a compact form factor
- Integrated design for cost-effectiveness and scalability
- Evaluation kits for 48V to 12V power conversion