Ingeteam has developed the INGECON® WIND FULL CONVERTER MV, a new product range of medium voltage full power converters designed to improve the performance of the world’s most powerful offshore wind turbines. The converter is already available for offshore turbines up to 15MW and is projected to be ready for 18MW machines by 2024.
This latest innovation is part of Ingeteam’s suite of full power drive train components, including the high-performance INDAR generators. The company’s offshore wind converters and generators can be combined and integrated to form a highly optimized and competitive full-power drive train solution suited for the most demanding offshore environments.
Advancing full power drive train performance
Its power converters and generators are designed to maximize energy yield
Ingeteam has developed a full range of drive train products for full power conversion topologies to meet the strong performance requirements in the offshore wind market.
Its power converters and generators are designed with a common objective in mind: to maximize energy yield, lower turbine downtime, and offer an optimized electrical system highly competitive both on costs and efficiency.
HV IGBT semiconductors technology
INGECON® WIND FULL POWER CONVERTER MV product range is the result of a continuous and evolutionary design based on HV IGBT semiconductors technology. The evolution of the HV IGBT during the past years has allowed to delivery of a solution that increases the power density of the design of the converter with minimal changes, offering superior performance compared to other solutions in the market.
Ingeteam’s HV IGBT is a widely used technology that has been proven during years of operation in harsh environments such as traction, marine propulsion, and dredging applications.
parallelization
The full power converters can reach up to an 18MW rating due to the parallelization of two conversion lines, which provides redundancy in terms of de-rated operation under a conversion line fault.
Unlike other solutions, INGECON® WIND FULL CONVERTER MV operating with HV IGBT packages does not require a double cooling system, leading to unmatched energy density.
Turbine availability
One of the main electrical drive train topologies is based on two electrically independent connections"
“One of the main electrical drive train topologies is based on two electrically independent connections, one per conversion line."
"The power converter redundancy increases turbine availability if one of the conversion lines fails. This is a key advantage in the offshore market as it increases the energy yield and the return on investment," explains Carlos Gironés, R&D Director of Converters & Controls at Ingeteam Wind Energy.
generator series
Ingeteam also offers two different generator series for full power conversion topologies. The INDAR PMG series feature generators based on Permanent Magnet Technology, which require very low maintenance and offer high reliability.
The INDAR PMG series can feature a wide range of cooling systems and voltage levels. They can accommodate direct-drive, medium-speed, and high-speed machines. On the other hand, the INDAR IG series work with a coupled 3-stage gearbox using a flexible and insulated coupling.
Next-gen converters for giant offshore wind turbines
Ingeteam’s full power conversion solution comes as a response to some of the most important challenges facing the offshore wind market.
Next-generation converters for giant offshore wind turbines to guarantee the fulfillment of grid codes
Next-generation converters for giant offshore wind turbines must be able to guarantee the fulfillment of the most demanding grid codes and meet ever-increasing power quality standards. They need to operate reliably in the toughest offshore environments, to facilitate maintenance needs and are generally expected to make a meaningful contribution to lowering offshore wind LCOE.
power conversion solution
“We wanted to provide our OEM customers working on next-generation offshore turbines with a power conversion solution that combines optimized cost, high efficiency, easy maintainability, and improved reliability, all combined into one rugged product."
"Years of R&D have led to a power conversion solution that, by parallelizing two conversion lines, can push the previous power rating boundaries at medium voltage past the 13MW limit to reach 18MW. Such a cutting-edge solution in the sector is already emerging as the new standard for future offshore wind mega turbines,” concluded Carlos Gironés, R&D Director of Converters & Controls at Ingeteam Wind Energy.
