Temperature-Stable Photovoltaic System with Palm-Like Appearance

Simple SummaryContent extracted from patent full text and abstract with AI.

This patent describes a temperature-stable photovoltaic system designed to resemble the appearance of a palm tree. It features a blade unit with a carrier and flexible connections that allow the 'blades' (photovoltaic panels) to rotate on vertical and horizontal axes. The system is designed to automatically adjust the orientation of its blades in response to strong winds, improving stability and efficiency.

Use CasesContent extracted from patent full text and abstract with AI.

• Solar power generation for urban or park landscapes where aesthetic integration is desirable
• Renewable energy installations in public spaces such as malls, resorts, or recreational areas
• Solar panel systems in regions with frequent strong winds or harsh weather conditions
• Decorative and functional energy solutions for residential or commercial properties

BenefitsContent extracted from patent full text and abstract with AI.

• Enhanced temperature stability improves the lifespan and efficiency of photovoltaic panels
• Automatic adjustment to wind direction increases durability and reduces maintenance
• The palm-like appearance allows for more aesthetically pleasing integration into landscaped or urban environments
• Multi-axis rotation enables optimal solar tracking and energy generation throughout the day

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Inventors & Applicants

Patent Abstract

The system has a blade unit (BE) with a carrier unit (TE) and arranged at each of branch units (AE). A flexible connection unit is formed as a blade spring (BF), which is engaged into a cylindrical prefabricated building unit (ME). The building unit is arranged at an upper end of the blade unit. The blade unit has a vertical rotation axis (VD) and two parallel, horizontal rotation axes (OHD, UHD) that are arranged one above the other. The blade unit is rotatably arranged indirectly over the vertical and horizontal rotation axis by a strong wind that blows in a wind direction.