How many solar panel required for the 1.5 ton AC?
In the summer season, when the bills for electricity are too high and the AC is the most important demanded appliance in the home and office, it is mostly in the summer season. The grid electricity is too expensive, so a good option is to use renewable energy. so a question comes to our mind How many solar panels are required for the 1.5-ton AC? The answer to this question is dependent on many different factors, including the capacity of each solar panel, the number of sunlight hours, the total power of your solar system, and the brand of AC.
Understand the energy that is required for the 1.5 ton AC
To run a 1.5-ton AC typically consumes between 1,200 to 1,800 watts of power per hour, depending on the model, its work efficiency, and how it’s being used. This is a significant amount of energy, which is why understanding how to power it with solar panels is important.
Important tips for running 1.5 ton AC on solar energy
Before running the AC on your solar system, keep in mind some important factors for the solar panels required for the 1.5-ton AC.
Check efficiency:
Check the efficiency of the solar panels to run the AC on the solar system because in different places sunlight affects more efficiently. The conversion efficiency of the solar panels is one of the features, through which the capacity of the panel to generate energy is determined. Solar panels are devices that capture the sun’s energy, and the system comprises many panels. The efficiency of the panel depends on the type of panels and their direction towards the sun.
Daily usage:
The usage of your daily energy consumption also affects the solar panels that are required for running solar panels. A unit that runs for longer periods or requires more power during peak hours will be required for a larger solar panel system.
AC type:
The type of AC is also effective on the solar panels because there are different types of AC. Inverter, DC inverter, or non-inverter. and this also many different brands that consume less or more energy.
Also read: Watt solar panel price in Pakistan
Solar panels required for the 1.5-ton AC
You have different types of options to install a 1.5-ton AC inverter, non-inverter, or DC inverter. i give you an idea to install a DC inverter because it consumes less energy and works efficiently.
1.5 Ton AC Wattage | Solar panels power | Useful power | Total useful power | Required Panels |
1600 | 585 Watt | 585W*0.7= 409.5W | 4*409.5= 1638W | Four (585W) |
1800 | 585 Watt | 585W*0.7= 409.5W | 5*409.5= 2047W | Five (585W) |
2000 | 585 Watt | 585W*0.7= 409.5W | 5*409.5= 2047W | Five (585W) |
2200 | 585 Watt | 585W*0.7= 409.5W | 6*409.5= 2457W | Six (585 W) |
2400 | 585 Watt | 585W*0.7= 409.5W | 6*409.5= 2457W | Six (585 W) |
Factors that affect the performance of the 1.5-ton AC
- Always use new models that cool better than older models.
- A 1.5-ton AC works best for rooms between 150 and 250 sq. ft. Too big or too small a room can affect.
- Hot weather and high temperatures make it harder for the AC to cool, reducing performance.
- Always use clean filters and proper airflow, which are essential for the AC to work well. Dirty filters block the air.
- The light that comes directly from the sun heats the room, and the AC could not work with good performance
- Regular servicing keeps the AC running efficiently and prevents breakdowns.
- When the weather temperature is high, then the AC faces the difficulties of cooling, then normal.
Also read: Solar AC price in Pakistan
Conclusion:
In the summer season, when electricity bills are high and air conditioning becomes essential, using solar energy to power your 1.5-ton AC is a good and smart choice. To determine how many solar panels are needed, consider factors like the AC’s power consumption and the type of DC inverter models that are more energy-efficient. Typically, you’ll need 4 to 6 solar panels depending on your AC’s usage. Additionally, things like room size, weather, and regular AC maintenance, such as cleaning filters, will affect the performance. By switching to solar power, you can reduce your electricity bills while enjoying reliable, efficient cooling.