“Our battery’s unique characteristics of extremely high peak-power, wide operating temperature range, rapid charge/discharge, high cycle count, long life, safety, and sustainability are well suited to the demands of the Forced Physics DCT HPC platform.” “We at Natron are delighted to be an integral part of this HPC demonstration project with Forced Physics DCT and H5 Data Centers, as the increasing demands of new IT workloads have surpassed the capacity of existing lead and lithium batteries to safely provide backup power matching these new peak demands,” said Jack Pouchet, Vice President Sales of Natron Energy.

Natron’s batteries provide the 48V DC bridging and peak power capacity required to ensure Forced Physics’ OCP Rack platform transfers smoothly to generator power in the H5 Data Centers Phoenix facility, a data center where the backup generators can carry the full load within fifteen seconds. SANTA CLARA, Calif., ApNatron Energy, developer of sodium-ion batteries using Prussian Blue chemistry has deployed their BlueTray4000 battery with Forced Physics DCT within their High-Performance Compute platform enabling uninterrupted performance and ride-through backup power.

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