Single Crystal Silicon Solar Cell

Monocrystalline silicon solar panel material is high pure monocrystalline silicon rod which purity is highly requested to be 99.9999%. In order to lower production cost, ground applied solar cell just use monocrystalline silicon rod which will be cut into sheet thickness of 0.3mm. Silicon sheet...

Product Details


Single crystal and polycrystalline cells are the most commonly used types of solar cells in solar panels. Single crystal solar cells are slightly more efficient and are generally more expensive. Solar panels based on single crystal silicon are apparently black in appearance, while polycrystalline panels have a deep blue tint. The difference between single crystal and polycrystalline solar panels is not very significant, but the efficiency of single crystal panels is slightly improved. If your roof is relatively small and affordable, then monocrystalline solar panels may be a great fit for fully optimizing your solar capacity.

What is the difference between single crystal and polycrystalline solar panels?

The difference between single crystal modules and polycrystalline modules stems from their creation process. Mono solar panels are made from single crystal seeds and can be found in nature or in the laboratory. As a result, they have a more uniform and smoother appearance than polycrystalline modules. On the other hand, the poly solar panel is made of a crystal block, giving the module a sheet metal effect.

So which is better?

The answer depends on the specifications of your project. For example, polymer modules are ideal for projects with large roofs or floor spaces. They are also great for budget-conscious consumers who are looking for ways to minimize installation costs.

On the other hand, mono solar panels are ideal for small roofs or space-constrained features. Because single crystal modules are very efficient, you can get more power in the same surface area. Moreover, these panel types have a lower temperature coefficient than polymer modules.

Single crystal modules are more expensive than polysilicon modules, but they take up less space. For example, if you have a monocrystalline silicon solar panel and a solar panel, both of which are rated at 240 watts, they will produce the same amount of energy, but monocrystalline solar modules will take up less space.

If cost is your primary consideration and you want to install as little as possible, then you should choose a solar panel. You won't get the same efficiency as a single crystal module, but you will greatly reduce the initial cost.