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Prysmian Group has announced that it has successfully developed and tested the first 525 kV extruded submarine cable system for HVDC applications, once again demonstrating its outstanding role and commitment
to supporting the energy transition.
This breakthrough innovation in cable technology will increase the maximum transmission capacity of bipolar systems to more than 2.
5 GW, more than
double what is achieved with the 320 kV DC systems currently in use.
The one-year prequalification test is conducted in accordance with international standards including CIGRE TB-496 and witnessed
by a third-party certification body.
Valerio Battista, CEO of Prysmian Group, said: "Prysmian Group has been at the forefront of developing innovative and advanced technological solutions for power grids – terrestrial and submarine cable systems
for HVDC applications.
This new milestone confirms our commitment and prominent role in developing grid infrastructure, which is key to
the energy transition.
”
HVDC cable connections are a key component of a sustainable energy system and are used to transmit large amounts of electricity over long distances, often across or between
countries.
This achievement will put Prysmian Group in a unique position
to support the upcoming tender for submarine interconnectors aimed at improving grid efficiency, flexibility and reliability.
"Following the successful industrialization of 525 kV HVDC underground cables from three German HVDC connection projects, we are ready to extend this innovative technology to submarine cable systems, enabling our customers to minimize their environmental impact
by further reducing the cost of offshore wind power that powers the energy transition.
" Hakan Ozmen, executive vice president of the project business unit, said
.
For this new voltage class submarine cable system, the company successfully met the challenge
of optimizing reliable industrial processes with stringent technical parameters and providing complete systems using extensive and in-depth material knowledge and the ability to improve manufacturing processes.
"We are proud to lead the industry towards the milestone of 2 GW subsea transmission, offering the industry's best-in-class suite of advanced HVDC and HVAC cable systems, including our proprietary P-Laser and MI-PPL technologies," added
Srinivas Siripurapu, Chief Innovation & R&D Officer.
Prysmian Group has announced that it has successfully developed and tested the first 525 kV extruded submarine cable system for HVDC applications, once again demonstrating its outstanding role and commitment
to supporting the energy transition.
This breakthrough innovation in cable technology will increase the maximum transmission capacity of bipolar systems to more than 2.
5 GW, more than
double what is achieved with the 320 kV DC systems currently in use.
The one-year prequalification test is conducted in accordance with international standards including CIGRE TB-496 and witnessed
by a third-party certification body.
Valerio Battista, CEO of Prysmian Group, said: "Prysmian Group has been at the forefront of developing innovative and advanced technological solutions for power grids – terrestrial and submarine cable systems
for HVDC applications.
This new milestone confirms our commitment and prominent role in developing grid infrastructure, which is key to
the energy transition.
”
HVDC cable connections are a key component of a sustainable energy system and are used to transmit large amounts of electricity over long distances, often across or between
countries.
This achievement will put Prysmian Group in a unique position
to support the upcoming tender for submarine interconnectors aimed at improving grid efficiency, flexibility and reliability.
"Following the successful industrialization of 525 kV HVDC underground cables from three German HVDC connection projects, we are ready to extend this innovative technology to submarine cable systems, enabling our customers to minimize their environmental impact
by further reducing the cost of offshore wind power that powers the energy transition.
" Hakan Ozmen, executive vice president of the project business unit, said
.
For this new voltage class submarine cable system, the company successfully met the challenge
of optimizing reliable industrial processes with stringent technical parameters and providing complete systems using extensive and in-depth material knowledge and the ability to improve manufacturing processes.
"We are proud to lead the industry towards the milestone of 2 GW subsea transmission, offering the industry's best-in-class suite of advanced HVDC and HVAC cable systems, including our proprietary P-Laser and MI-PPL technologies," added
Srinivas Siripurapu, Chief Innovation & R&D Officer.
