Lower the cost of energy with customized power electronics
Danfoss’ customized power modules and power stacks are designed to meet your application’s actual mission profile, and ultimately, lowering the cost of electricity.
Today, high performance wind turbines are built as variable speed systems with compact converters. Two generator concepts for wind energy applications are common: the Doubly-Fed-Induction-Generator (DFIG) with a gearbox, and the full-scale converter with a gearless synchronous machine.
Reliability over a long life-time is very critical. Wind turbines often operate 24/7 and are exposed to extreme weather conditions. Wear and tear is enormous and breakdowns are exceptionally expensive. This calls for rugged equipment designed for constant heavy loads.
Optimization of wind turbines and power converters is a continuous task. The main design and development challenges are concentrated around power density, efficiency and modularity while lowering costs or, as a minimum, keeping costs constant. This is extremely difficult to achieve with standard converters as standard power-conversion components must be overrated or heavily serviced during the wind turbine’s lifetime, dramatically increasing the cost of power conversion.
Furthermore, the different power converter topologies in today’s wind turbines lead to significantly different load profiles of the power modules. So, the design and cooling of these modules must be based on calculations that consider the load cycles which result from the power-converter configuration. A ‘one size fits all’ concept is simply not good enough. It requires an individually designed solution where components down to power-semiconductor level are customized to achieve the design and performance targets of the individual wind-turbine manufacturer. This can even come in a standard housing and with flat base plates, so you do not have to modify the turbine’s power-conversion system.
Danfoss’ customized power modules and power stacks are designed to meet your application’s actual mission profile. They ultimately lower the cost of ownership and so enable you to lower the cost of electricity. Our solutions help to keep the turbines spinning and reduce the wind turbines lost production factor.
|Data sheet - AI||Danfoss Bond Buff er P3||English||22 Mar, 2018||652.6 KB|
|Data sheet - AI||Danfoss P3 & P2 power modules||English||22 Mar, 2018||2.2 MB|
|Fact sheet - AM||Danfoss power stacks||English||22 Mar, 2018||2.1 MB|
|Data sheet - AI||Danfoss PowerStack Light||English||22 Mar, 2018||2.4 MB|
|Brochure - AD||Danfoss Silicon Power Design Modules||English||23 Nov, 2017||9.3 MB|
|Brochure - AD||Harness the wind||English||22 Mar, 2018||6.0 MB|
|Data sheet - AI||IGBT modules for 3-Level inverters||English||23 Nov, 2017||2.3 MB|
|Fact sheet - AM||ShowerPower® - Cooling Concept||English||22 Mar, 2018||6.0 MB|
|Fact sheet - AM||ShowerPower® - Evaluation Kit||English||22 Mar, 2018||1.6 MB|
Renewable power electronics solutions
Improve the viability of renewable energy technologies with customized Danfoss power electronics. You win more reliability and reduce the cost of solar and wind power conversion, which ultimately lowers the cost of electricity.
Information about the range of Danfoss Industrial Automation products recommended for wind turbine applications. Find documentation and technical specifications.
Danfoss Silicon Power is a global acting manufacturer of customized power modules and power stacks that are individually designed to meet your exact requirements. Being a proven front-runner in the packaging of power semiconductors, we have developed a market-leading portfolio of innovative packaging technologies that addresses the most challenging aspects of advanced power electronics.
Learn more about how Danfoss Silicon Power –an independent business part of the Danfoss Group – works together with automotive, renewables and industrial manufacturers to enable electrification to change our world.