Why Does Longitude And Latitude Matter With Solar Panels

Bipv is a solar technology that uses photovolaics in building design.

Why does longitude and latitude matter with solar panels.

Horizontal or 0 degree tilt is not the most efficient angle for solar panels but it does allow for seamless integration into building design. That is why they receive the highest level of solar energy. Because your latitude is the same as the angle of the sun in the sky halfway between midwinter and midsummer. Calculating the optimal solar panel angle.

The sun will be about 15 degrees higher in the sky in summer and 15 degrees lower in the sky in winter. As you move from the equator to the north the angle of the sun declines. Plus since every location is unique. But the same does not happen on the whole northern hemisphere.

Solar energy and latitude energy from sunlight is not spread evenly over earth. Horizontal solar panels and tiles are used on existing and new buildings in building integrated photovoltaics or bipv. In figure 9 you ll see that the further you go to the north. One hemisphere is always dark receiving no solar radiation at all.

As a rule of thumb solar panels should be more vertical during winter to gain most of the low winter sun and more tilted during summer to maximize the output. This angle varies sinusoidally through the year and is called b0. Renewable energy atlas view and explore renewable energy resource data. The earth doesn t orbit exactly around the sun s equator so through the year the center of the solar pictures moves up and down a little more than 7 degrees.

Here two simple methods for calculating approximate solar panel angle according to your latitude. Move your mouse pointer across the parallel lines of energy and then click on one of these zones to temporarily lock it and then select a different month season in the menu at the bottom. Earth crosses the sun s equator about december 7 and june 7 each year. Renewable energy potential model empowers users to calculate renewable energy capacity generation and cost based on geospatial intersection with grid infrastructure and land use characteristics.

Because of the earth s round shape the equator is closest to the sun and the closer you get to the earths poles you get further and further from the sun. Find the best angle for optimizing solar collection during winter when solar energy is most scarce by multiplying your latitude by 0 89 and then adding 24 degrees. On the daylight side only the point directly under the sun receives full intensity solar radiation.