Solar Energy is a good fit for in and around Chennai. Since in this region, we get maximum sunlight on all days of the year. However, it is important to consult with a solar energy professional to assess your home’s specific suitability for solar panels.
They can analyze your roof orientation, shading, and local climate conditions (Not applicable to regions in and around Chennai like places like Kalpakkam) to determine the potential energy saving and payback period of a solar energy system.
Roof Orientation of solar panel in Chennai
Roof Orientation of solar panels in and around Chennai i.e. Kalpakkam may not be a problem since it receives sunlight from morning 6 to evening 6 throughout the year.
This is because Chennai is located at 13.0843° N, 80.2705° E. Chennai has an overhead Sun twice a year. First, when the Sun moves northward from the equator to the tropic of Cancer, the Sun is overhead at Chennai. Then, when the sun shifts from the Tropic of Cancer to the equator, Chennai has an overhead sun again.
As a result, Roof orientation may not make a big difference in places in and around Chennai. All day solar energy can be generated.
Chennai and places around Chennai like Kalpakkam are highly suitable for solar energy generation. On the other hand, solar panels perform best on south-facing slopes between 15 and 40 degrees.
Shading
While installing the solar panel, we should avoid shading and should be installed where the panel receives maximum sunlight. Trees, buildings or other structures can significantly reduce the amount of sunlight reaching the solar panel, impacting their efficiency.
To maximise sunlight exposure, it is important to identify and minimize any potential shading sources.
Consider trimming trees, and removing obstacles.
Roof Condition and Size
In Chennai and its surrounding places, most of the houses and buildings are strong concrete building with terraces. It terraces are mostly suitable for installing the solar panels.
These concrete buildings and its roof should be structurally sound to support the weight of the solar panels.
A larger roof provides more space for solar panels, allowing for a larger system and potentially greater energy production.
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