Dutch Offshore Wind Grid Borssele Alpha Ready

Laxman Pai
Friday, September 6, 2019

The Dutch government announced that construction has been completed of the first large offshore “socket”, or substation, that will connect 700 MW of energy from wind turbines in the North Sea to the mainland.

Borssele Alpha, TenneT’s first and at the same time largest connection system for wind farms on the Dutch North Sea is ready for operation.

Exactly to schedule and within budget, in 2020 Borssele Alpha will unlock the green energy from offshore wind farms Borssele I and II being built by the Danish energy company Ørsted.

Certification issued by DNV GL marked the completion of the Borssele Alpha project. It means that this offshore grid connection complies fully with the conditions set out in the Dutch government’s Offshore Wind Energy Development Framework.

The Borssele I and II wind farms will have a capacity of around 700 megawatts (MW). This corresponds to electricity generation for approximately one million households.

The power will be connected through TenneT’s offshore connection Borssele Alpha to the onshore high voltage substation near Borssele for further transport in the high-voltage grid.  For this purpose, a new substation has been built next to the existing 380 kV Borssele high voltage substation.

According to the Energy Agreement, by the end of 2023 TenneT will have constructed 3,500 MW of offshore grid connections for offshore wind farms. The next offshore connection after Borssele Alpha is Borssele Beta.  

Like Borssele Alpha, this connection system will have a capacity of 700 MW and will be completed in 2020, serving the Borssele III and Borssele IV wind farms, which are being developed by the Blauwwind consortium. After this, it will be the turn to ‘Hollandse Kust (zuid)’ Alpha and Beta, followed by ‘Hollandse Kust (noord)’.

TenneT will connect the wind farms off the coast of Zeeland, Zuid-Holland and Noord-Holland in the same way. Five times over, TenneT will use the same 700 MW transformer platforms that are located close to the wind farms, and the same type of cable connection to the coast. This standardization will allow these projects to be completed more efficiently, more quickly and more economically.

Categories: Wind Power Renewable Energy Turbines Grid Offshore Wind

Related Stories

Japan's Mitsui Eyes Alaska LNG Project

AIRCAT 35 Crewliner Vessels Delivered to Service TotalEnergies Angola

Vestas Lands First 15MW Offshore Wind Turbine Order in Asia Pacific

Shell Shuts Down Oil Processing Unit in Singapore Due to Suspected Leak

Floating LNG Conversion Job Slips Out of Seatrium’s Hands

Yinson and PetroVietnam JV Get FSO Contract for Vietnamese Field

Valeura Boosts Production at Jasmine Field with Five New Wells Now Onstream

Global Offshore Wind Stumbles to the End of '24

Fugro Names Annabelle Vos Director for Middle East & India

Korea's Hanwha Raises Offer for Singapore's Dyna-Mac Takeover

Current News

Petronas Inks Two More PSCs for Bid Round 2024, Launches Round 2025

CNOOC Brings Online Second Phase of Luda Oil Field Project in Bohai Sea

Japan's Japex Shifts Back to Oil and Gas Investments

Tokyo Gas Enters LNG Market in Philippines

ONE Guyana FPSO En Route to ExxonMobil’s Yellowtail Field

SLB Names Raman CSO, CMO

Eco Wave Finds Partner for Wave Energy Project in India

Six New Gas Wells in Line for BP’s Shah Deniz Field in Caspian Sea

ONGC and BP Sign Deal to Boost Production at India's Largest Offshore Oil Field

SOV/CSOV Shipbuilding Market: Strong Growth, Volatility in Coming 5 Years

Subscribe for AOG Digital E‑News

AOG Digital E-News is the subsea industry's largest circulation and most authoritative ENews Service, delivered to your Email three times per week

https://accounts.newwavemedia.com