Viking Wind, a renowned manufacturer of reliable and robust household wind turbines, has taken a significant leap forward in the renewable energy sector. By introducing a hybrid energy solution, Viking Wind combines wind and solar energy with battery storage to deliver reliable, 100% green energy. This white paper outlines the details of the hybrid turbine project in Middelfart, Denmark, highlighting its challenges, innovative solutions, and remarkable outcomes. 

In spring 2021, Viking Wind embarked on a new journey by installing a hybrid turbine project in Middelfart. This demonstration project combined wind energy, solar energy, and battery storage to create a sustainable and independent energy source. 

The system works seamlessly by harnessing energy from wind turbines and solar panels, storing excess energy in batteries for later use. This ensures a steady supply of electricity even during periods when wind or sunlight is insufficient. Moreover, as an off-grid project, the system operates independently of the public electrical grid, making it suitable for deployment in remote areas or regions with underdeveloped infrastructure. 

The hybrid system introduced by Viking Wind offers 100% clean, reliable, and affordable energy. Combining two renewable sources—wind and solar—and incorporating battery storage guarantees uninterrupted energy availability all day and all year. This approach positions the hybrid system as a viable competitor to traditional fossil-fuel-based energy sources, paving the way for cleaner and more sustainable energy options.

The Middelfart hybrid solution has proven to be a resounding success. Capable of supplying 100% renewable and sustainable energy to 20-25 Danish households, the system provides round-the-clock power throughout the year. It exemplifies how innovative technologies can create dependable energy solutions while reducing environmental impact. 

The hybrid turbine project in Middelfart marks a significant milestone in renewable energy innovation. Viking Wind’s commitment to sustainability and technological advancement has resulted in a system that not only addresses the immediate needs of energy consumers but also contributes to a cleaner, greener future. This project serves as a model for similar installations in isolated regions or areas with limited infrastructure, demonstrating the immense potential of hybrid energy solutions to transform the global energy landscape.