Solar Module

To estimate how much electricity your solar system can generate in a day, you need a few key pieces of information:

The total DC capacity of your solar system (in kW)

The average number of peak sunlight hours in your area (also called solar irradiation)

Just multiply your system size by the peak sunlight hours to get the theoretical daily generation.
For example, if you have a 3 kW system and your area gets 5 hours of good sunlight daily, then:

3 kW × 5 hours = 15 units (kWh) per day (theoretical)

However, in real-world conditions, solar systems usually operate at about 78% to 80% efficiency due to energy losses (from wiring, inverter, dust on panels, etc.).

So, you can expect around 20% less generation than the theoretical figure.
Using the example above, the actual generation would be about:

Even for the same wattage (Wp), TOPCon-based solar panels can perform better (or proudce more solar power). This is due to the better efficient solar cells used and lower degradation levels. On an average it is said that TOPCon-based modules can produce 5% extra generation than mono-perc based solar modules.

The main advantage of solar power is that it reduces our dependency on polluting sources of energy and helps us to reduce carbon footprints on the earth. More adoption of solar power can help us mitigating climate change, air pollution and global warming. The main disadvantage of solar power is that it does not produce power at night and thus need energy storage systems to store surplus energy. The intermittency somtimes affects functioning and stablity of the grid. Thus to counter these, in large projects, we need extra investments on energy storage.

Adani Solar is currently manufacturing solar modules and solar panels. This is ion addition to the their production of other ancillary items like backsheets and alumuinium frames. It has now also planned to expand vertical integration and set to start the production of ingots, wafers and polysilicon.