Due to the surge of temperatures during summer, using an air conditioner has become a common necessity, to maintain an optimal room temperature of 68ºF, in Australia and other parts of the world. However, ACs are quite hard to maintain due to their considerable impact on electricity bills. This is where the concept of solar panels to operate ACs comes in.
In recent years, the utilisation of solar energy by some of the best solar company Sydney has become the new normal, and therefore, it is possible to now run an AC on solar energy. However, there are many common concerns when making a switch to solar powered ACs, which this blog attempts to address.
Can Solar Power Run My AC Unit?
The average solar panel is recorded to have a capacity equivalent to that of the Photovoltaic modules that can run for 4 to 8 hours of power at full efficiency. The total power output for solar panels may vary pertaining to the solar index, which differs from place to place.
Larger Photovoltaic systems have battery banks that store excess energy in the cells to cool the home at night when the panels are not operating. Solar panels can function the same way, generating electricity throughout the day, and running optimally during spans of direct, uninterrupted sunlight.
A 1.5-ton AC operating for 8 hours straight, consumes about 6.3 kWh. States with good solar systems Sydney, ensure power generation of 4 to 6 peak hours of direct sunlight at maximum efficiency. This method produces adequate energy to power the AC during the daytime and stores power to run it for the next 8 hours.
How Does the Solar-powered AC Work?
Solar panels generate solar electricity, which converts energy straight from the sun into DC electricity. An inverter is used to convert the acquired DC electricity into AC electricity, so the electricity is capable of passing through a switchboard to be utilised by household appliances.
Connecting an existing, standard air conditioner to the household solar power system, is the most common method of running AC on solar power in Australia, which is also compatible with all existing AC units.
What Should a Good Solar-Air Conditioning Kit Have?
Some points to look out for when purchasing a Solar-air conditioning kit are:
Tonnage
The tonnage refers to the AC’s capacity and must be adapted to the size of your room.
Battery Bank
Choosing a kit with a battery bank saves you time and compatibility problems that may come up if you select the wrong solar batteries Sydney.
Conclusion
With electricity prices increasing persistently across Australia, more people are choosing to make a switch to solar-powered air conditioners. This can help reduce their electricity bills, decrease the environmental impact, and also act as a great source of renewable energy. It is inadvisable to run air conditioners on solar energy to effectively maintain the optimal temperatures during harsh summer conditions while reducing the costs of running air conditioners regularly.
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