DLA Solar Cell
DLA solar cells operate with a completely different system than silicon-based solar cells. Thanks to these properties, they are capable of producing more electricity.
These differences are explained below:
The Angle of Lighting
Silicon Solar Cell
Silicon solar cells face performance challenges under various lighting conditions, such as low light or indirect sunlight. This limitation is due to the optical properties of silicon and how it absorbs and converts light into electrical energy.
DLA Solar Cell
Our solar cells have no limitations against sunlight intensity and angle. You can even install these panels on walls. These panels will be able to generate electricity even at night to a very small extent because they also produce electricity with infrared waves.
Temperature Conditions
Silicon Solar Cell
Silicon solar cells become less efficient as the temperature rises. At higher temperatures, the thermal movement of electrons increases, which can lead to a decrease in output voltage and energy conversion efficiency.
DLA Solar Cell
Our solar cells do not lose efficiency against temperature; on the contrary, for every degree increase in temperature, their performance increases by one watt.
Eco-friendly Ingredients
Silicon Solar Cell
Silicon solar cells sometimes use materials like indium tin oxide (ITO) for transparent electrodes, which can be expensive and scarce. Additionally, production processes might involve the use of silane or gallium arsenide, which can have adverse environmental impacts.
DLA Solar Cell
Our solar cells are made of 100% natural materials and will not cause any harm to the environment.
Production Cost
Silicon Solar Cell
Silicon solar cells have high production costs due to the complex processes required to purify and convert high- quality silicon into wafers used in solar cells. Extracting, purifying, and processing silicon demands advanced technology and significant energy consumption, leading to increased costs.
DLA Solar Cell
Our solar cells require approximately one-tenth of the capital needed for a regular solar panel to produce. Therefore, you can achieve your desired income with less capital and in a shorter time.
Required Space
Silicon Solar Cell
Silicon solar cells need substantial space to produce considerable electricity due to their relatively moderate efficiency. This space requirement can be a limitation in densely populated or urban areas where land is scarce.
DLA Solar Cell
Our solar cells only require one-fifth of the space of regular solar panels to produce electricity. This means that on average, every 5 square meters of a regular panel can generate one kilowatt of electricity, while in DLA solar cells 1square meter produces one kilowatt of electricity. Additionally, the weight of a regular panel ,to produce one kilowatt, is about 50 kilograms, whereas, for DLA Solar cells, it is around 2 kilograms.
Mechanical Resistance
Silicon Solar Cell
In silicon solar cells, one of the drawbacks is their susceptibility to impact and damage when exposed to mechanical shocks. This characteristic can lead to a reduced lifespan and efficiency of the panels over time.
DLA Solar Cell
In our solar cells, due to the series and parallel connections of solar cells, half of a regular panel may be damaged after an impact, whereas DLA solar cells, with their honeycomb network connections, do not lose electricity production capability due to this impact.
Other Advantages of Our Cell
