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Germany's 2013 Renewable Energy Patent Boom: Solar and Wind Power Lead the Way

Germany's 2013 renewable energy patent boom was led by solar and wind power. With growing wind turbine sizes and active academia and industry, the future of these technologies looks promising.

In this picture we can see a windmill, few buildings, trees and metal rods, and also we can find...
In this picture we can see a windmill, few buildings, trees and metal rods, and also we can find fence.

Germany's 2013 Renewable Energy Patent Boom: Solar and Wind Power Lead the Way

In 2013, Germany experienced a surge in renewable energy patents, with solar and wind power leading the way. This boom, partly driven by the Renewable Energy Act (EEG), saw over 900 solar energy patents and around 800 wind energy patents filed. Meanwhile, concentrated solar power (CSP) provided round-the-clock energy as early as 2011.

The growth in renewable energy patents is notable. In 2013, solar energy patents made up the biggest share, with over 900 filings. Wind energy patents also saw a significant increase, with around 800 registrations. This surge can be attributed to the EEG, according to the German Patent Office.

Wind turbine size has also grown dramatically. From 1990 to 2010, it increased roughly 41-fold, with latest prototypes being four times bigger than the average size in 2010. CSP technologies, including solar power towers and parabolic troughs, were also patented.

Academia and industry have been active in patent registrations. Technical universities like Technische Universität Dresden (TUD) and Universität Leipzig (UL), along with innovative startups like Green Fusion, have been at the forefront of research and patent activity in both concentrated solar and wind energy technologies.

While the downturn in patent registrations in 2013 raises questions about the quality and significance of these patents, the surge in renewable energy patents indicates a thriving innovation landscape in Germany. With Germany aiming to sell renewable energy production equipment globally, the future of these technologies looks promising.

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