VIVO

VivoPower PLC (NASDAQ:VIVO, FRA:51J) announced on Monday that it is conducting a technical and commercial feasibility study to evaluate the integration of a battery energy storage system at its 41.5-megawatt Mo i Rana data center in Northern Norway, targeting up to approximately $4 million in incremental annualized EBITDA. The company said the projected earnings would come from enabling participation in additional Nordic grid reserve markets, including Frequency Containment Reserve for Normal operation, expanded Frequency Containment Reserve for Disturbances, and Fast Frequency Response.

BESS integration targeted to unlock additional FCR-N, FCR-D and FFR Grid Reserve revenue streams  Design would preserve the site's full leasable capacity for AI compute tenants Final investment decision subject to board approval, post completion of external feasibility study LONDON, UK / OSLO, NORWAY, July 06, 2026 (GLOBE NEWSWIRE) -- VivoPower PLC (NASDAQ: VIVO) (“VivoPower” or the “Company”), a B Corp-certified global developer and owner of powered land and data center infrastructure for AI compute applications, today announced that it is progressing a formal technical and commercial feasibility study for the integration of a battery energy storage system ("BESS") at its 41.5 MW Mo i Rana data center in Northern Norway. The feasibility study is targeting incremental annualized EBITDA of up to approximately USD$4 million from BESS-enabled participation in additional Nordic reserve markets.

VivoPower PLC (NASDAQ:VIVO, FRA:51J) told investors that it is sharpening its strategic focus on its artificial intelligence data center business while updating plans for the separation of its non-core subsidiaries, Tembo e-LV B.V. and Caret Digital.

LONDON, UNITED KINGDOM, July 02, 2026 (GLOBE NEWSWIRE) -- VivoPower PLC (NASDAQ: VIVO) (“VivoPower” or the “Company”), a B Corp-certified global developer and owner of powered land and data center infrastructure for AI compute applications, today provides the following update in respect of its strategic direction and the previously announced separation initiatives relating to its subsidiaries Tembo e-LV B.V. (“Tembo”) and Caret Digital (“Caret Digital”). Following a strategic review, the Board of Directors of the Company has determined that VivoPower will focus, as a group and as its principal strategic priority, on the development and scale-up growth of its AI data center business and that the separation of each of Tembo and Caret Digital from the VivoPower group (each a non-core business of the group) will be progressed in a manner consistent with that strategic priority.

VivoPower PLC (NASDAQ:VIVO, FRA:51J) announced that it has selected a preferred long-term tenant for its AI data center in Mo i Rana, northern Norway, marking a step toward securing an anchor customer for the project. The company said on Monday that it is working with the unnamed counterparty to finalize legal documentation and expects to provide a further update in the near term once agreements have been executed.

Preferred AI tenant selected based on commercial terms, financial strength, credit quality, and operational alignment with the long-duration lease structure

Preferred AI tenant selected based on commercial terms, financial strength, credit quality, and operational alignment with the long-duration lease structure

VivoPower PLC (NASDAQ:VIVO, FRA:51J), a global developer of AI data center and powered land infrastructure, has been recertified as a Certified B Corporation by B Lab, extending its continuous certification status to 2028. The company's latest verified B Impact Score rose to 86.6, up from 83 at its 2021 recertification.

VivoPower's recertification extends its continuous B Corp status to 2028, eight years after its initial certification in April 2018

VivoPower PLC (NASDAQ:VIVO, FRA:51J) has appointed Porter Harris, a former SpaceX battery engineer, to its Advisory Council to bolster the company's AI data center power, battery storage, and thermal management strategy. Harris spent more than two decades in high-performance battery engineering and served as lead battery responsible engineer at SpaceX, where his team developed battery systems for the Falcon 9 rocket, Cargo Dragon, and the human-rated Crew Dragon spacecraft.