In an area dominated by agriculture, the local government has promoted an agricultural photovoltaic complementary project to promote the integrated development of agriculture and new energy industries. The project aims to install photovoltaic panels above farmland without affecting the growth of crops, thus achieving three-dimensional utilization of land resources.

Problem Analysis:

1. Balance between light and crop growth : Ensure that there is enough natural light penetrating under the photovoltaic panels to support normal photosynthesis of crops.

2. Support height and stability : The support system needs to be designed with a reasonable height so as not to hinder the operation of agricultural machinery and to withstand strong winds and heavy rains.

3. Intelligent irrigation and temperature control : Combined with the photovoltaic system, intelligent irrigation and temperature control can be achieved to improve agricultural production efficiency.

Solution:

· High-transmittance bracket design : Use transparent or translucent materials to make the bracket support structure, or design a reasonable spacing between photovoltaic panels to ensure that crops receive sufficient light.

· Adjustable height bracket : Design an adjustable height bracket system to adjust the height of the photovoltaic panels according to the crop growth cycle, while facilitating the passage of agricultural machinery.

· Smart agricultural management system : Integrates photovoltaic monitoring and agricultural management systems, uses the electricity generated by the photovoltaic system to drive smart irrigation and temperature control equipment, and realizes precision agricultural management.

· Eco-friendly materials : Recyclable or biodegradable materials are used to make bracket auxiliary parts to reduce the impact on the environment.