Solar in Uxbridge, England SW and S Wales - What kind of enegery can you create
Uxbridge experiences a clear seasonal variation in sunshine duration throughout the year. While the average sunshine hours hit their peak from April to September, the winter months see a drop of approximately 30% in sunlight hours compared to summer. Typically, January and November are the lowest months for sunshine, averaging around 40 to 50 hours, while June boasts averages exceeding 200 hours. This variation emphasizes the effectiveness of solar panels in Uxbridge, as even shorter days in winter can still yield substantial energy, making solar power a smart investment for residents year-round.
Uxbridge's Sunshine: Yearly Variations and Solar Energy Potential
Uxbridge, located in England SW and S Wales, enjoys a higher average sunshine duration compared to the UK average throughout the year. By analyzing the monthly averages, we see that Uxbridge's sunshine hours exceed the UK mean, with notable peaks in the summer months. The difference is most significant in June, reaching up to 22.5% more sunshine than the UK average, while winter months show a smaller margin. This consistent exposure to sunlight makes Uxbridge an ideal location for solar panels, supporting energy production all year round.
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Uxbridge boasts impressive solar power potential, making it a prime location for solar panel installation. A south-facing orientation guarantees maximum efficiency, achieving a perfect 100% potential for harnessing the sun's energy. For those considering southeast or southwest angles, expect approximately 92.5% of the optimal energy output. East and west placements capture around 85% of solar potential, maximizing morning and afternoon sunlight. While northeast and northwest orientations drop to about 72.5%, north-facing panels lag at 60% due to limited direct sunlight exposure. Understanding these percentages can guide residents of Uxbridge toward strategically placing solar panels for optimal energy production, ultimately yielding significant savings on energy costs.
