Solar Solutions Energy Storage EV Charging
Solar Solutions Energy Storage EV Charging

方案

The energy grid is facing accelerating change, with falling prices for solar power and energy storage, and the addition of EV charging in the equation, introducing decentralized and significant energy demand along with unprecedented high peak power delivery requirements. These critical pieces of infrastructure require solutions with the highest levels of efficiency, compactness, reliability at the right price point. Our state-of-the-art silicon carbide (SiC), IGBT and gate driver technologies together with our continuous innovation in packaging solutions, simplify the development process of energy infrastructure systems and deliver the highest performance while meeting the cost levels. Our power management, op-amps, connectivity and other necessary semiconductor technology completes our broad portfolio to optimize your solution. From grid to commercial to residential scale, we have decades of experience in collaborating with leading suppliers of energy infrastructure to develop innovative and highly efficient power conversion equipment that reduces our carbon-footprint and brings society closer to preventing climate change.

EV Charging
Solar Power Solutions
Uninterruptable Power Supplies (UPS)
Energy Storage

Technical Documents

Electric Vehicle Fast Charging: Holistic Overview

Learn how the acceleration of the electric vehicle (EV) market brought forth the growth of fast DC charging solutions. The whitepaper also discusses two deployment scenarios of this infrastructure, the type of converters used and their architecture, including the power devices.

Demystifying Three-Phase PFC Topologies

This application note takes a holistic look at the Fast DC EV Charging space. It presents the market and its dynamics and touches on the types of charging, on the typical voltage and power levels and on existing standards. The whitepaper also discusses two deployment scenarios of this infrastructure, the type of converters used and their architecture, including the power devices.

Developing A 25-kW SiC-Based Fast DC Charger

Along with the acceleration in the adoption of electrical vehicles (EVs), the demand for fast charging infrastructure is increasing. This article discusses the main system requirements for a fast EV charger as well as what are the key design considerations. Also we will introduce how to design and develop a 25-kW fast dc charger based on SiC power integrated modules (PIMs).

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