Which Time of Year is the Best to Install Solar Panels?

How Your Geographic Position Affects the Quality of Service

You may be wondering what the best time of year is to install solar panels. If you live in an area that gets a lot of sun, then any time would be good. But if your location is not as sunny or has more extreme climates, then there are factors to take into consideration before deciding when to make the investment. Solar Panels Ireland providers will discuss which time of year is best for installing solar panels and whether geographic position affects their quality.

The first thing to consider is whether you want to use the energy gathered from solar panels for heating or cooling. Heating and cooling costs account for more than half of your monthly bill, so if you can save on those expenses then it will be worthwhile every penny spent.

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If you live in a climate that has four seasons with extreme temperatures, then heating is going to require large amounts of electricity during the winter months and summer would not need as much power due to cooler weather. For this reason, installing solar panels between April and October may make sense financially because they don’t have enough time to generate electricity before winter arrives. But keep in mind there are other factors at play such as where exactly does your home receive the most sunlight throughout the year which could affect production even more.

In places where there is less of a temperature difference throughout the year, such as those with mild climates, then heating and cooling costs are lower so it makes sense to install solar panels all year long. Additionally, you can choose between monocrystalline or polycrystalline solar cells which have different efficiencies for specific regions depending on how much sun they receive overall throughout the entire year. Monocrystalline modules work best in colder weather because their high-efficiency results from cooler temperatures while polycrystalline perform better during warmer months due to higher temperatures increasing power output by about 15%. In areas that don’t experience extreme climate changes, both types of cell may be identical in performance over time so either option would still provide significant improvement.