This scale model represents an innovative agrivoltaic system, that integrates solar energy production with crop cultivation. This model demonstrates the synergy between photovoltaic panels and agricultural land use, showcasing the potential to optimize both renewable energy generation and sustainable farming practices.

The scale model typically includes the following components:

Photovoltaic panels: Small, functional or non-functional solar panels arranged at various angles and heights to simulate real-world configurations. These panels allow for sunlight penetration and energy generation.

Crops or simulated vegetation: A variety of scaled-down plants or artificial greenery positioned beneath and around the panels to illustrate how agriculture can coexist with solar infrastructure.

Structural framework: A miniature support structure made of lightweight materials like metal or plastic, representing the frame that holds the solar panels at a specific tilt and height above the ground.

Energy system simulation: If functional, the model may include a small energy storage or conversion system to demonstrate the basic principles of power generation and storage.

Landscape representation: The base of the model typically simulates a piece of agricultural land, complete with features like soil, irrigation systems, or terrain elements.

Educational labels: Key components are often labeled or accompanied by informational plaques, providing details about agrivoltaic principles, such as improved land efficiency, water savings, and potential benefits to crops from shading and microclimate regulation.

The agrivoltaic system scale model serves as a visual and functional tool for education, research, and promotion. It is ideal for use in academic settings, trade shows, or community events to raise awareness about the benefits of dual-use solar agriculture systems in addressing food security and renewable energy needs.

Every great project begins with a clear vision. Our architectural models provide the clarity and inspiration needed to turn ideas into reality. Whether you’re looking to support, invest in, or implement renewable energy projects, these models are your gateway to understanding their transformative potential.

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