Blade Heating
Whitepaper Blade Heating
Continuous operation under icing conditions - A guide to maximum AEP by means of preventive heating.
What you will learn in this whitepaper
In our whitepaper blade heating you will find out why blade heating systems are needed, the different solutions for
blade heating and how they differ and the importance of a suitable control strategy.
Preventive heating techniques
Discover the various methods for preventing ice build up on rotor blades and how these techniques can maintain turbine performance.
When and why preventive heating is essential
Understand the circumstances that necessitate a blade heating system, the importance of an
effective control strategy, and why it’s crucial for efficient operation.
Technical approaches to blade heating
Gain insights into different technical strategies for blade heating and how they can be applied to enhance turbine efficiency.
About the whitepaper
Welcome to the Whitepaper Blade Heating. You’re about to start an exciting journey to transform your wind turbine performance.
Some of the most attractive wind resources in the world are located in cold climate regions. These regions are on the one hand sparsely populated and have favorable wind conditions, but on the other hand cold climate conditions with temperatures down to -35°C subject wind turbines to tremendous challenges in operation and maintenance.
But one thing is certain: Precise ice detection and optimized blade heating means more yield for your wind turbine. We show you exactly how you can achieve this with your wind turbine in our whitepaper blade heating. Therefore, we summarize all the information needed, so that you can get a clear picture.
Frequently Asked Questions (FAQs)
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