{"id":750,"date":"2026-02-05T01:02:33","date_gmt":"2026-02-04T23:02:33","guid":{"rendered":"https:\/\/8.136.63.114\/?p=750"},"modified":"2026-04-05T15:37:23","modified_gmt":"2026-04-05T12:37:23","slug":"smart-ev-charging-ecosystems-supported-by-reliable-power-modules","status":"publish","type":"post","link":"https:\/\/yuanxing.net\/en\/smart-ev-charging-ecosystems-supported-by-reliable-power-modules\/","title":{"rendered":"Smart EV charging ecosystems supported by reliable power modules"},"content":{"rendered":"
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Smart EV charging ecosystems supported by reliable power modules<\/h1>\n
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News<\/div>\n
5 FEB 2026<\/div>\n <\/div>\n
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Smart EV charging ecosystems supported by reliable power modules<\/h2>\n \n

Harnessing renewable energy to meet the growing power demands of AI-driven data centers. Robert Taylor, sector general manager of power design services and power delivery, and Henrik Mannesson, sector general manager of energy infrastructure, authored this blog.<\/p>\n

A paradigm shift is happening right in front of our eyes. In the 18th and 19th centuries, Great Britain used coal to power the Industrial Revolution, propelling the transition to machine manufacturing \u2013 the first energy revolution. Then came the second energy revolution, in the United States, when the oil boom of the 20th century fueled unprecedented advancements in vehicles and electricity.<\/p>\n

Today, the rapid growth of artificial intelligence (AI) is ushering in the third energy revolution: the generation, conversion and distribution of the energy needed to power the massive amounts of data we\u2019re consuming. How to generate the necessary energy required to power data centers and how to efficiently move that energy down the power path \u2013 from the grid to the gates of the processors \u2013 is quickly becoming the most exciting challenge of our times.<\/p> \n

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Changing distribution levels<\/h2>\n \n

As the computing power required by AI data centers scales, data centers architectures are undergoing a major change. Typically, servers stack on top of each other in data center computing racks, with power-supply units (PSUs) at the bottom. Alternating current (AC) is distributed to every server rack where a PSU converts it to 48V and then down to 12V. Point-of-load converters in the server then take it down to the processor gate core voltages.<\/p>\n

With the advent of generative AI and the subsequent addition of more servers to process information, racks now need significantly more power. For example, entering a question into a large language model (LLM) requires 10 times the amount of power as entering the same question into a search engine. These increased power levels are pushing power architectures to the limit.<\/p> \n

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Smart EV charging ecosystems supported by reliable power modules<\/h2>\n \n

As data centers require more power to support growing and evolving workloads, renewable energy might just be the answer. Solar is becoming an increasingly viable and affordable energy source in many parts of the world. Coincidentally, data center customers are committing to 100% renewable energy within their companies, and this commitment must be reflected in the data centers they use. Solar can not only help data center customers meet their sustainability goals, but also offers a fast way to deploy more energy generation.<\/p>\n

Semiconductors are at the center of the solar power conversion process, making these technologies key to meeting data center power demands. Efficient power conversion and accurate sensing technologies are crucial to making solar a reliable source of energy for the grid.<\/p> \n <\/div>\n <\/div>\n

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\n Our products for solar energy <\/h3>\n \n
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600V Instrument Current Transformers (Legacy)<\/h4>\n \n
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Hall Sensors (Current)<\/h4>\n \n
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High Precision Current Transformers<\/h4>\n \n
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