Introduce the design of the agricultural greenhouse photovoltaic mounting system
Photovoltaic power generation belongs to the new energy industry, while greenhouses are a key part of agriculture, primarily serving as essential facilities to address the issue of growing off-season vegetables during winter. Greenhouses use insulation and light transmission to ensure that vegetable production in winter is not affected, which is the reason for the emergence of photovoltaic greenhouses.
Greenhouses need light, and photovoltaic power generation also requires light. Their integration is based on light, and their conflicts also arise from light. For the same sunlight greenhouse, it is necessary to balance both the quantity of crops being cultivated and the maximum power generation from the photovoltaic system. The quantity of solar panels and the light transmission of the greenhouse need to be balanced. One of the most important design aspects is to create a large, flat surface at the front of the greenhouse to optimize lighting, which is beneficial for both vegetable cultivation and power generation, ensuring that the photosynthesis of crops inside the greenhouse is not disturbed.
Photovoltaic greenhouses are suitable for cultivating edible fungi. Under normal conditions, edible fungi do not require light during their growth, and shading measures can be added when necessary. Common types of fungi, such as oyster mushrooms, shiitake mushrooms, and enoki mushrooms, can all be cultivated. In addition to growing crops, the greenhouse can also support livestock farming projects, such as small- and medium-sized animal husbandry, providing a source of income without affecting power generation.
The above is some relevant knowledge about the design of agricultural greenhouse photovoltaic mounting systems as introduced by Hengyuantai.