Amorphous silicon solar panels

Product Features:

Working Principle
The working principle of amorphous silicon solar cells is similar to that of crystalline silicon solar cells. Both use the photovoltaic effect of semiconductors to convert sunlight energy into electrical energy. When sunlight shines on amorphous silicon materials, photons are absorbed by amorphous silicon materials to generate electron-hole pairs. These electrons and holes are separated under the action of the electric field inside the semiconductor to form current and voltage.
2. Structural Materials
Amorphous silicon materials: Amorphous silicon is a semiconductor material with a disordered structure. Compared with crystalline silicon, its atomic arrangement has no obvious periodicity. The bandgap width of amorphous silicon is wider than that of crystalline silicon, which makes it absorb sunlight in a wider range and can absorb more visible light and infrared rays.

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Brief introduction

Amorphous silicon solar panels are solar panels that use amorphous silicon as the main material.

Theory

Low cost: The production process of amorphous silicon solar cells is relatively simple, and does not require harsh production conditions such as high temperature and high pressure, so the production cost is low.
Light weight: Amorphous silicon solar panels are light in weight, which is easy to install and transport.
Flexible: It can be made into flexible solar panels, suitable for surfaces of various shapes, such as curved roofs, car bodies, etc.
Good low-light performance: In low-light conditions, such as cloudy days, mornings and evenings, amorphous silicon solar cells can still generate a certain amount of electricity.

Flow chart

Low conversion efficiency: Currently, the conversion efficiency of amorphous silicon solar cells is relatively low, generally between 6% and 10%, while the conversion efficiency of crystalline silicon solar cells can reach 15% to 20%.
Poor stability: The performance of amorphous silicon solar cells will gradually decline over time, especially in harsh environments such as high temperature and high humidity, where the stability problem is more prominent.

Specification parameter

Product Code	Product Name	Filtration Accuracy (μm)	Flow Rate (m³/h)	Working Pressure (MPa)	Material	Connection Method	Dimensions (mm)
P001	Air Filter	0.1 – 10	10 – 1000	0.1 – 1.0	Stainless Steel, Fiberglass	Threaded Connection, Flange Connection	200×100×300
P002	Liquid Filter	1 – 100	5 – 500	0.2 – 0.8	Stainless Steel, Polypropylene	Quick Connector, Flange Connection	300×150×400
P003	Oil Filter	5 – 50	3 – 300	0.3 – 0.6	Stainless Steel, Paper Filter Element	Threaded Connection, Flange Connection	250×120×350
P004	Water Filter	0.5 – 50	8 – 800	0.1 – 0.6	Stainless Steel, Ceramic Filter Element	Flange Connection, Clamp Connection	350×180×450

Display of components of horizontal vacuum filter

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