-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
-
Cosmetic Ingredient
- Water Treatment Chemical
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
ABB has completed commissioning Maritime Link and officially handed over the power interconnection project to Emera
, a leading energy and services company headquartered in Eastern Canada.
ABB officially delivers the Maritime Link power interconnection project
Maritime Link Power Interconnection made history
with the first power exchange between Newfoundland and Nova Scotia on December 8, 2017.
It was commissioned on January 15, 2018, as ABB continued to work with
Emera and system operators in the provinces during initial operations.
Maritime Link is a 500 MW HVDC connection that enables clean, renewable energy produced in Newfoundland and Labrador to be transmitted to Nova Scotia's North American grid, reducing dependence
on fossil fuels.
The stable nature of ABB's solutions will also enable Nova Scotia to integrate other renewable energy sources such as wind and contribute to
Canada's emissions reduction efforts.
The lightweight HVDC technology used in the Maritime Link design is the world's first bipolar configuration
using a proven and reliable voltage source converter.
This solution enhances system availability, reduces losses and increases grid reliability, allowing power to continue to be transmitted
even when one conductor or converter is not in use.
The converter station is equipped with an advanced ACH™ control and protection system based on ABB Ability™, which functions like a HVDC connected brain, monitoring, controlling and protecting cutting-edge technology within the station, and manages thousands of operations to ensure power reliability
.
Its advanced fault levels and remote control capabilities also help prevent unplanned interruptions such as lightning
strikes.
"Our proven lightweight HVDC technology will enable the historic Maritime Link power interconnection project to integrate and deliver clean, renewable energy while enhancing grid stability and enabling power sharing
.
" Patrick Fragman, Head of Power Grid Integration at ABB, said, "HVDC is one of the technologies we pioneered and lead, and is an important part of our next phase of our strategy, strengthening our position
as the partner of choice for stronger, smarter and greener grids.
”
In addition to two converter stations for ± 200 kV HVDC transmission, the project scope includes two 230 kV AC substations in Newfoundland, a 345 kV AC substation and two cable transition stations
in Nova Scotia.
，
ABB has completed commissioning Maritime Link and officially handed over the power interconnection project to Emera
, a leading energy and services company headquartered in Eastern Canada.
ABB officially delivers the Maritime Link power interconnection project
ABB officially delivers the Maritime Link power interconnection projectMaritime Link Power Interconnection made history
with the first power exchange between Newfoundland and Nova Scotia on December 8, 2017.
It was commissioned on January 15, 2018, as ABB continued to work with
Emera and system operators in the provinces during initial operations.
Maritime Link is a 500 MW HVDC connection that enables clean, renewable energy produced in Newfoundland and Labrador to be transmitted to Nova Scotia's North American grid, reducing dependence
on fossil fuels.
The stable nature of ABB's solutions will also enable Nova Scotia to integrate other renewable energy sources such as wind and contribute to
Canada's emissions reduction efforts.
The lightweight HVDC technology used in the Maritime Link design is the world's first bipolar configuration
using a proven and reliable voltage source converter.
This solution enhances system availability, reduces losses and increases grid reliability, allowing power to continue to be transmitted
even when one conductor or converter is not in use.
The converter station is equipped with an advanced ACH™ control and protection system based on ABB Ability™, which functions like a HVDC connected brain, monitoring, controlling and protecting cutting-edge technology within the station, and manages thousands of operations to ensure power reliability
.
Its advanced fault levels and remote control capabilities also help prevent unplanned interruptions such as lightning
strikes.
"Our proven lightweight HVDC technology will enable the historic Maritime Link power interconnection project to integrate and deliver clean, renewable energy while enhancing grid stability and enabling power sharing
.
" Patrick Fragman, Head of Power Grid Integration at ABB, said, "HVDC is one of the technologies we pioneered and lead, and is an important part of our next phase of our strategy, strengthening our position
as the partner of choice for stronger, smarter and greener grids.
”
In addition to two converter stations for ± 200 kV HVDC transmission, the project scope includes two 230 kV AC substations in Newfoundland, a 345 kV AC substation and two cable transition stations
in Nova Scotia.
，
