Copenhagen Infrastructure Partners (CI Artemis II / CI Artemis II K/S)

CI Artemis II / CI Artemis II K/S is a Danish alternative investment fund structured as a limited partnership and managed by Copenhagen Infrastructure Partners P/S (CIP). The fund was established in December 2019 as a closed‑ended vehicle, with the general partner CI Artemis II GP ApS. Limited partners have committed around EUR 310 million to CI Artemis II for a focused portfolio of regulated transmission infrastructure investments in Germany. The fund’s primary assets are interests in the offshore transmission systems BorWin1, BorWin2, HelWin2 and DolWin2, which comprise high‑voltage grid connection assets linking offshore wind generation in the German North Sea to the onshore power network. Through these holdings, CI Artemis II operates in the regulated grid segment of the offshore wind value chain, providing long‑term, contracted transmission capacity for renewable electricity. CI Artemis II forms part of CIP’s dedicated Artemis fund strategy, which finances regulated transmission assets that enable efficient evacuation and delivery of renewable power across electricity grids. The fund is treated by CIP as a single financial product encompassing CI Artemis II K/S and associated alternative investment vehicles, with investor allocation driven by tax, legal and regulatory considerations rather than environmental, social or governance (ESG) differentiation. Its investment approach is governed by CIP’s Responsible Investment Policy, including pre‑investment ESG screening, due diligence and impact assessments, as well as ongoing monitoring and mitigation planning at investee company level. The fund is restricted from investing in nuclear or coal‑fired generation, nuclear weapons, controversial weapons or other armaments that would breach humanitarian principles, and it applies biodiversity and environmental impact management requirements, including environmental impact assessments that seek to avoid significant harm while supporting the transmission of renewable electricity.