Next-Level Power Density in Solar and Energy Storage
Unlock the potential of silicon carbide MOSFETs for more compact, efficient, and cost-effective solar and ESS designs.
Today’s solar power generation and energy storage systems demand greater performance in less space. This exclusive white paper explores how CoolSiC™ MOSFETs from Infineon are enabling dramatic gains in power conversion efficiency, reducing system size and weight, and cutting down on energy loss.
Inside, you’ll discover:
- How SiC switch technology boosts power density
- Real-world advantages across PV inverter topologies (micro, string, and central)
- Implementation strategies for solar and ESS designs
- Reference designs that validate the benefits
Whether you're building microinverters or large-scale systems, this resource gives you the insights to design smarter and reduce costs.
Featured Products
Infineon's advanced Li-Ion battery monitoring and balancing IC provides unparalleled performance and safety. This multi-channel IC monitors up to 18 channels, providing real-time data on cell voltage, temperature, and other critical parameters, while ensuring cell balancing and facilitating isolated communication. With essential diagnostic tools, our IC detects potential issues, safeguards individuals, and optimizes system performance, making it ideal for electric vehicles, renewable energy systems, and other energy storage applications.
Features
| Applications
|
The REF-DAB11KIZSICSYS is a high-performance CLLC resonant DC/DC converter board designed for EV charging and energy storage system (ESS) applications, delivering up to 11 kW at 800 V output voltage. With its bi-directional power flow capability and soft switching characteristics, this board enables efficient and reliable operation, making it an ideal building block for fast prototyping of EV and ESS charger projects. Featuring CoolSiC™ MOSFETs and a fully characterized hardware design, this reference design combines cost-effective power density with high reliability, providing a complete set of design files to accelerate development.
Features
| Applications
 |
The TLE9015DQU is a battery monitoring transceiver IC that enables reliable and efficient communication within Li-Ion battery systems. By supporting ring communication through its dual UART and iso UART interface pairs, this IC improves system availability at a low cost. Additionally, it facilitates bidirectional information flow and features an error management unit with programmable inputs and outputs, allowing for seamless communication between multiple TLE9012DQU devices connected in a daisy chain configuration.
Features
| Applications
 |
The XENSIV KP467 is the first autonomous air pressure sensor designed to permanently monitor and detect thermal runaway events in battery electric vehicles. Unlike traditional battery management systems that disable monitoring functions in parking mode, the KP467 provides continuous surveillance, enabling immediate response and warning in the event of a thermal runaway. This innovative sensor offers a highly efficient, cost-effective solution for ensuring the safety and reliability of battery electric vehicles, even when they are not in use.
Features
| Applications
 |