Data center
Powering AI and hyperscale computing
AI, ML, autonomous vehicles, cloud computing and cryptocurrencies have caused the power levels in data centers to drastically increase. Data centers are forecasted to consume 1000 terawatt hours annually by 2026 (according to IEA Electricity 2024 - Analysis and forecast to 2026) thus becoming one of the largest energy consumers globally.
To help minimize the environmental impact of this growth, we offer smart, highly efficient, high power density power solutions, and our DC/DC converters contribute to reducing energy consumption and therefore lowering CO2 emissions in data centers.
We offer a multitude of isolated and non-isolated, regulated and unregulated DC/DC solutions up to 3kW peak power to maximize system efficiency and hence minimize power dissipation.
Check out our product offering for data center applications.
Want to read and learn more? Here are our resources:
Featured Content
Read our blog how we are solving specific challenges for our customers using a system-wide approach, tackling too much heat, changing voltages, and the cost of cooling.
Meeting the growing demand for AI data centre capacity means overcoming the complex challenges of scaling compute, power, and cooling. Mattias Jansson, senior VP of Embedded & Critical Power at Flex, explores the power architectures needed to stay ahead.
In this blog we explore strategies for optimizing power distribution in data centers, highlighting intermediate bus converters (IBCs) as a critical component for handling increasing power loads while maintaining system efficiency.