HOW MANY SOLAR PANELS ARE REQUIRED FOR 1.5-TON AC IN 2024?

The size of the room, the AC’s capacity, and the weather all need to be taken into account when calculating the number of solar panels required to power the unit. Determine how much electricity it uses first. Next, determine the number of solar panels required to generate that quantity of electricity.

Solar Panels for AC

An AC solar panel uses solar radiation to power your air conditioner. It reduces your electricity costs by converting sunlight into electricity.

It’s a wise financial decision to purchase solar panels for your air conditioner. Even though installing them could be a little expensive initially, your monthly energy costs will go down. This can offset the initial outlay. Solar panels can also raise the value of your house. Solar panels can now be purchased for even less money in many places thanks to additional incentives and rebates. In general, installing solar panels for your air conditioning system is economical and environmentally friendly.

Solar Panels required for 1-ton AC

250 Watt Solar Plate x 6 Plates

You will need about six 250-watt solar panels in order to power a one-ton air conditioner. This is due to the 1200–1500 watt power consumption of a 1-ton AC. By converting sunlight into electricity, these panels can lower your energy costs and lessen your dependency on conventional power sources to run your air conditioning system.

Additional solar panels are required if you wish to use solar power for other appliances as well. How many additional panels you need depends on how many appliances you have and how much power each one uses overall. You can figure out how many more panels you’ll need to meet your energy needs by adding up the wattages of all of your appliances.

Solar Panel required for 1.5-ton AC

250 Watt Solar Plate x 10 Plates

10 solar panels of  250-watt solar panels are required to power a 1.5-ton air conditioner, which requires an average of 2500 watts of power to operate. To manage the power, a 2.5 kVA grid inverter is also required.

To power your 1.5-ton air conditioner, you’ll need 10 more solar panels if you already have ten for other appliances. This will guarantee that you have sufficient solar power to run everything efficiently.

1.5 ton inverter AC

440 Watt Solar Plate x 6 Plates

A 1.5 ton inverter air conditioner uses 1800 watts of power on average. In order to power a 1.5 ton inverter air conditioner, six solar panels totaling 440 watts would be required, given that an average 440-watt solar panel produces 308 watts of output. The number of panels required would decrease if the panel’s size were increased. For example, to run a 1.5 ton inverter AC on your solar system, you would need about 5 solar panels if you used 545-watt panels.

Get the full picture with the table below

How many solar panels are required to run 1 ton AC?

440 Watt Solar Plate x 4 Plates

Given its smaller size, the 1 ton air conditioner will undoubtedly use less electricity and require less power to operate than the 1.5 ton air conditioner. A one-ton inverter air conditioner uses about 1300 watts on average. An average 1 ton air conditioner will require approximately 4-5 panels, each with 440 watts, or 3 panels of 545 watt panels, according to the computation and data above.

Get the full picture with the table below

Conclusion

You must consider the size of the room, the AC, and the weather when calculating the number of solar panels required for the unit. Determine the amount of electricity the air conditioner consumes first, and then the quantity of solar panels required to supply that energy.