In our Nova Scotia solar calculator database, the northernmost location available is Baddeck, having coordinates 46.100104,-60.753744. For optimal solar panel installation in Fort Severn, a tilt of 36 degrees along with a small +1 degree azimuth rotation is recommended. Based on this setup, a 100 kWp solar plant is expected to produce an average of 118957 kWh per year.
Similarly, for the southernmost location of Clark's Harbour with coordinates 43.442634,-65.629012, the recommended tilt for solar panel installation is 34 degrees with a 4 degree azimuth rotation. With this setup, a 100 kWp solar panels system should yield an average of 126089 kWh per year. However, it is important to note that these numbers are average values and may have some yearly variations.
Nova Scotia is a province located in eastern Canada, known for its stunning natural beauty, rich history, and unique cultural heritage. The province is surrounded by the Atlantic Ocean and boasts over 7,500 km of coastline, dotted with charming fishing villages and picturesque lighthouses. Nova Scotia is also home to vibrant cities such as Halifax, the provincial capital, which offers a mix of modern amenities and historic landmarks. Visitors to Nova Scotia can explore the province's diverse landscape, including its lush forests, rolling hills, and sparkling lakes, or indulge in local seafood, music, and art.
Elevation: 18 m
Optimal solar panel angle: 38o
Average yearly power output: 125317 kWh/100 kWp
Elevation: 15 m
Optimal solar panel angle: 37o
Average yearly power output: 122082 kWh/100 kWp
Elevation: 19 m
Optimal solar panel angle: 39o
Average yearly power output: 119482 kWh/100 kWp
Elevation: 6 m
Optimal solar panel angle: 38o
Average yearly power output: 118822 kWh/100 kWp
Elevation: 21 m
Optimal solar panel angle: 39o
Average yearly power output: 122142 kWh/100 kWp
Elevation: 28 m
Optimal solar panel angle: 38o
Average yearly power output: 127451 kWh/100 kWp