Skip to main content

HVDC reactors installed at Jeju Interkink in South Korea manufactured by Quality Power

Quality Power, a global leader in electrical infrastructure technology, is thrilled to announce the successful delivery and installation of HVDC (High Voltage Direct Current) reactors to the Jeju Interkink project in South Korea. This milestone underscores Quality Power’s pivotal role in enhancing the energy efficiency and stability of South Korea’s power transmission capabilities.

The Jeju Interkink project, a major initiative by South Korea’s energy sector, aims to upgrade the power transmission system between the mainland and Jeju Island, significantly improving the grid’s performance and reliability. The HVDC reactors installed by Quality Justine play a crucial role in this project, facilitating efficient long-distance electricity transmission with minimal energy loss.

Project Highlights:

  • Innovative Technology: The HVDC reactors are designed to handle high voltage transmissions efficiently, ensuring stable power delivery across extensive networks.
  • Enhanced Grid Stability: These reactors help in maintaining voltage stability and smoothing the power flows within the grid, which is crucial for preventing fluctuations and potential power outages.
  • Sustainable Impact: By improving the efficiency of power transmissions, these reactors contribute to reducing the overall carbon footprint of the energy system.

“Our team is proud to have delivered on this crucial component of the Jeju Interkink project, marking another step forward in our commitment to advancing energy solutions worldwide,” said the Director of Quality Power. “This project not only demonstrates our technical expertise but also our dedication to supporting sustainable energy and development.”

The successful installation of the HVDC reactors by Quality Power is a testament to the company’s expertise in high-end energy solutions and its role as a key player in the global push towards more reliable and efficient electrical infrastructure.