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3D Printed Thorium Microreactors for Data Centers with 30MW Output Introduced by AMPERA · Cyprus Report

Tech · World

3D Printed Thorium Microreactors for Data Centers with 30MW Output Introduced by AMPERA

1 sourceFirst reported 9 hours agoUpdated 9 hours ago

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AMPERA has unveiled a full-scale model of a 3D printed nuclear microreactor designed for powering data centers.
The reactor operates on thorium and has a power output of 30MW.
The use of this technology aims to provide a sustainable energy solution for the increasing demand for data processing.
The announcement highlights a significant innovation in nuclear energy, particularly for commercial applications.
More details on the reactor's operational and safety features are anticipated as the project progresses.

Generated by AI from the 1 sources below · always verify with the originals

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All coverage (1)

Πυρηνική ενέργεια για data centers: 3D printed πυρηνικοί μικροαντιδραστήρες θορίου απόδοσης 30MWTechgear.gr · 9 hours ago

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AI summary: catch up in 20 seconds

AMPERA has unveiled a full-scale model of a 3D printed nuclear microreactor designed for powering data centers.
The reactor operates on thorium and has a power output of 30MW.
The use of this technology aims to provide a sustainable energy solution for the increasing demand for data processing.
The announcement highlights a significant innovation in nuclear energy, particularly for commercial applications.
More details on the reactor's operational and safety features are anticipated as the project progresses.

Generated by AI from the 1 sources below · always verify with the originals