The future is all about supply chain
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The Energy Procurement & Supply Chain Summit
Organizers
Offshore Qualific, Offshore Norge and OTD Energy
10.00 - 10.10
Welcome to the EPS Summit
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
10.10 - 11.55
The future is supply chain
10.10 - 10.25
Presentation 1
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
10.25 - 10.40
Presentation 2
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
10.40 - 10.55
Presentation 3
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
10.55 - 11.30
The future is supply chain
10.55 - 11.10
Presentation 4
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
10.55 - 11.10
Presentation 4
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
11.10 - 11.30
Panel Debate:
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
John Doe
Procurement Specialist
Equinor
John Doe
Procurement Specialist
Equinor
John Doe
Procurement Specialist
Equinor
John Doe
Procurement Specialist
Equinor
11.30 - 12.30
Lunch Break - visit the exhibition
12.30 - 13.45
PART 2: Expanding the offshore wind market
12.30 - 12.45
Floating Wind: Expanding the offshore wind market
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
12.45 - 13.00
Floating Wind: Expanding the offshore wind market
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
13.00 - 13.15
Floating Wind: Expanding the offshore wind market
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
13.15 - 13.30
Floating Wind: Expanding the offshore wind market
Floating wind is waiting to deployed at scale to kick off cost reduction. Current challenges predominantly include lack of port capacities as most floating tech that is maturing requires full port assembly and maintenance via turbines being towed to port and back, instead of on-site repairs like in conventional, fixed-bottom offshore wind.
Axelle Viré, Professor Floating Offshore Wind at TU Delft
OTD ENERGY 2025 Stavanger
Exploring Energy, Technology and Sustainability.
Close to 500 exhibitors, 1,000 ENA meetings and several hundred professional lectures are planned across four exhibition halls in Stavanger.
