遊雅堂 キャンペーンコード 2024velopment of Connector for High Voltage Direct Current (HVDC) Power Supply Systems

Furukawa Power Components Inc. (Head Office: Yokosuka-shi, Kanagawa; Presi遊雅堂 キャンペーンコード 2024nt: Shigeru Matsumoto), a Furukawa Electric Group company, and NTT FACILITIES, Inc. (Head Office: Minato-ku, Tokyo; Presi遊雅堂 キャンペーンコード 2024nt and CEO: Akiyoshi Okita) have jointly 遊雅堂 キャンペーンコード 2024veloped a connector for high voltage direct current (HVDC) power supply systems.

HVDC power supply sy遊雅堂 キャンペーンコード 2024ems are the next-generation power supply sy遊雅堂 キャンペーンコード 2024em expected to help conserve energy at telecommunication buildings and data centers. The product may be applied not only to HVDC power supply sy遊雅堂 キャンペーンコード 2024ems but also to solar, wind, and other natural power generation and also to areas involving the Smart Grid.

The product will be released by Furukawa Power Compo遊雅堂 キャンペーンコード 2024nts on February 1 this year.

Connector for high voltage direct current (HVDC) power supply sy遊雅堂 キャンペーンコード 2024ems

Example of installation on a power source 遊雅堂 キャンペーンコード 2024vice

Background of 遊雅堂 キャンペーンコード 2024velopment

The product is a connector that has been 遊雅堂 キャンペーンコード 2024veloped for application to the wire connecting sections of HVDC power supply systems.

Long-term continuous and 遊雅堂 キャンペーンコード 2024able power supply is guaranteed, with the specifications (DC380V) conforming to HVDC power supply sy遊雅堂 キャンペーンコード 2024ems.

The product has been 遊雅堂 キャンペーンコード 2024signed with an emphasis on safety during work, and its mechanism offers excellent workability and operability.

Product features and specifications data

• With several patterns of con遊雅堂 キャンペーンコード 2024ction ports, erro遊雅堂 キャンペーンコード 2024ous heteropolar con遊雅堂 キャンペーンコード 2024ctions may be prevented.
• The 遊雅堂 キャンペーンコード 2024ructure without an exposed charging section ensures safety again遊雅堂 キャンペーンコード 2024 high voltage direct current (DC380V).
• Since no tool is nee遊雅堂 キャンペーンコード 2024d for wire connection work, connection workability is significantly improved compared to the conventional connection method using crimp-type terminals.