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ABB has received an order
to replace control and protection systems for two important HVDC transmission lines in Australia.
ABB has won two major HVDC transmission system upgrade orders in Australia
The nearly $30 million order will equip Murraylink and Directlink HVDC transmission lines with the latest ABB Ability MCH control system
.
The replacement of control and protection systems will further improve the reliability of the power and grid while extending the service life
.
The Directlink transmission system was commissioned in 2000, marking the first interconnection
of regional electricity markets in New South Wales and Queensland, Australia.
Two years later, the 180km Murraylink transmission system was commissioned, making it the world's longest underground HVDC transmission system, connecting South Australia and Victoria
.
Murraylink opted for underground cables over overhead transmission lines to reduce visual and environmental impact
.
Both Directlink and Murraylink are based on HVDC technology, a technology
pioneered by ABB more than 60 years ago.
In HVDC transmission, alternating current used in the utility grid is converted to direct current for transmission, which is a more efficient way
to transport large amounts of electricity over long distances with less loss.
At the heart of the two facility upgrades is the installation of the latest ABB Ability MCH control and protection solutions
.
This solution acts like the brain of a HVDC system, ensuring power security
through advanced technologies that monitor, control and protect converter stations, ensuring reliability and efficiency, as well as remote control capabilities.
"We are pleased to upgrade these important HVDC transmission lines
with the latest MCH control protection technology.
" Claudio Facchin, President of ABB Power Grids, said, "This project reaffirms our strategic focus on services and digital technologies and strengthens our leading position in the HVDC market as the partner
of choice for stronger, smarter and greener grids.
”
，
ABB has received an order
to replace control and protection systems for two important HVDC transmission lines in Australia.
ABB has won two major HVDC transmission system upgrade orders in Australia
ABB has won two major HVDC transmission system upgrade orders in AustraliaThe nearly $30 million order will equip Murraylink and Directlink HVDC transmission lines with the latest ABB Ability MCH control system
.
The replacement of control and protection systems will further improve the reliability of the power and grid while extending the service life
.
The Directlink transmission system was commissioned in 2000, marking the first interconnection
of regional electricity markets in New South Wales and Queensland, Australia.
Two years later, the 180km Murraylink transmission system was commissioned, making it the world's longest underground HVDC transmission system, connecting South Australia and Victoria
.
Murraylink opted for underground cables over overhead transmission lines to reduce visual and environmental impact
.
Both Directlink and Murraylink are based on HVDC technology, a technology
pioneered by ABB more than 60 years ago.
In HVDC transmission, alternating current used in the utility grid is converted to direct current for transmission, which is a more efficient way
to transport large amounts of electricity over long distances with less loss.
At the heart of the two facility upgrades is the installation of the latest ABB Ability MCH control and protection solutions
.
This solution acts like the brain of a HVDC system, ensuring power security
through advanced technologies that monitor, control and protect converter stations, ensuring reliability and efficiency, as well as remote control capabilities.
"We are pleased to upgrade these important HVDC transmission lines
with the latest MCH control protection technology.
" Claudio Facchin, President of ABB Power Grids, said, "This project reaffirms our strategic focus on services and digital technologies and strengthens our leading position in the HVDC market as the partner
of choice for stronger, smarter and greener grids.
”
，
