Solar in Rochdale, England_NW_and_N_Wales - What kind of enegery can you create
The sunlight variation in Rochdale throughout the year reflects some interesting patterns. The summer months consistently deliver higher sunshine hours, with averages frequently exceeding 150 hours, while the winter months can drop below 50 hours.
There's usually about a 10% variation in sunshine hours each year, with specific months like May and June often being brighter than average. This data reinforces the notion that despite some gloomy winter days, there’s ample sunshine to effectively power solar panels year-round, making them a smart energy investment for Rochdale residents.
Rochdale's Sunshine Trends: Yearly Variations and Solar Opportunities
Over the course of the year, Rochdale experiences sunshine levels that are generally close to the UK average, with monthly variations ranging from 0.6% more sunshine in July to 17.1% less in December.
This balance suggests a typical weather pattern in Rochdale, where the summer months, including June and July, provide the most sunshine, while the winter months, particularly December and January, see significant decreases. This data implies a consistent opportunity for solar panels to harness sunlight for energy, especially during the summer peak.
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Rochdale boasts a compelling opportunity for harnessing solar energy, with solar panel orientation significantly affecting efficiency. A south-facing setup taps into the maximum potential at 100%, ensuring optimal sunlight capture. For homeowners looking to maximize solar power, southeast and southwest orientations provide an impressive 92.5% efficiency. East and west orientations capture about 85%, making them suitable for morning and afternoon sun, respectively. Meanwhile, northeast and northwest placements offer reduced viability at 72.5%. Panels facing north yield the least potential at just 60%, illustrating the importance of strategic placement for effective solar energy production. For Rochdale residents, this data confirms the area's strong solar potential for sustainable energy solutions.
