How Do Half-Cut Solar Cells Help in Increasing Solar Productivity?
Technology is advancing with each passing day. The world of solar panels is no different. The standard silicon solar cells have paved the way for half-cut solar cells. Many people in Australia prefer solar panel system installation Sydney with half-cut cells because of their noteworthy improved performance and durability.
What Are Half-Cut Solar Cells?
Half-cut solar cells are built using the same components (materials) as traditional solar cells. They are based on traditional crystalline silicon solar cells.
What makes half-cut solar cells different from traditional (full) solar cells is the change in design. The design of this type of solar cell is what sets them apart from traditional solar cells. The design of half-cut solar cells specifically focuses on improving the performance of solar panels and reducing electrical losses.
The half-cut solar cells can be polycrystalline, but are usually monocrystalline PERC for the best results. They are manufactured by applying a process called cleaving in which they are cut into half monocrystalline and polycrystalline cells. The cleaving process makes use of high-tech laser technology to cut a solar cell in half. Half-cut solar cells deliver the same voltage, but the current is halved.
Ways In Which Half-Cut Solar Cells Improve Solar Panel Efficiency
There are different ways in which solar panels with half-cut solar cells are beneficial to the performance and output.
Lower Resistive Losses
When solar cells convert sunlight into electricity, the resistance between them leads to power loss.
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