vacon case study: advanced winch technology for extracting oil deep under the sea

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Vacon is the market leader in Norway in supplying drive systems for electric active heave-compensated (AHC) winches. AHC winch systems are increasingly being deployed for lowering and lifting equipment to and from the seabed at depths down to 3,000 meters. By compensating for any undulations or heavy sea movements that cause sudden slack or pull on cables, they especially meet the need when extracting oil from wells deep under the sea in extreme, harsh conditions, including high seas.

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Page 1: Vacon case study: Advanced winch technology for extracting oil deep under the sea

VACON CASE STUDY ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

www.vacon.com1

Photo courtesy of STX Europe

ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

CLIENT NAME: Norwegian AHC Winch ManufacturersSEGMENT: Marine & Offshore, Oil & GasPRODUCTS USED: VACON® NXP Common DC BusLOCATION: Holmestrand, Norway

Page 2: Vacon case study: Advanced winch technology for extracting oil deep under the sea

VACON CASE STUDY ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

www.vacon.com2

KEY FACTS: • Vacon is the market leader in Norway for supplying drive systems for electric active heave-compensated (AHC) winches.• Norway leads the way for high tech R&D in the subsea oil industry.

Page 3: Vacon case study: Advanced winch technology for extracting oil deep under the sea

VACON CASE STUDY ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

www.vacon.com3

CHALLENGE: • Oil age has reached its peak – and oil is increasingly being extracted from reserves buried deep under the sea.• Equipment now needs to work at sea depths of up to 3000 metres.

Page 4: Vacon case study: Advanced winch technology for extracting oil deep under the sea

VACON CASE STUDY ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

www.vacon.com4

SOLUTION:• Vacon provides AHC winch manufacturers with a number of solutions to help meet demands.• VACON® Active Front-End modules, which enable regenerative braking, are compliant with requirements of major classification societies, and are also available in 690 VAC.• VACON® Common DC bus solutions for compactness.

Page 5: Vacon case study: Advanced winch technology for extracting oil deep under the sea

VACON CASE STUDY ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

www.vacon.com5

SOLUTION:• The advanced VACON® Marine application, which is very suitable for AHC winches, PM motors, and multi-motor systems with load sharing requirements.• High competence in winches and capability to give customer training in AHC drives.

Page 6: Vacon case study: Advanced winch technology for extracting oil deep under the sea

VACON CASE STUDY ADVANCED WINCH TECHNOLOGY FOR EXTRACTING OIL DEEP UNDER THE SEA

www.vacon.com6

TESTIMONIAL:“Our success is largely based on our products, our extensive software library, our expertise, and our way of working, which is to be open and share our knowhow. We deliver VACON® Common DC Bus modules in standardized enclosed solutions and provide advanced support to our customers at their sites – however demanding the environment may be.”

Per Halvør Ronningen,Managing Director Vacon AS

FOR FULL STORY:http://www.vacon.com/fr-FR/Vacon/media/References/Advanced-winch-technology-for-extracting-oil-deep-under-the-sea/