Government of Nova Scotia gov.ns.ca
gov.ns.ca Government of Nova Scotia Nova Scotia, Canada
 
Energy

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Renewable Energy Maps

Canadian Tidal Resource Map

Below is a list of maps relating to renewable energy.

Canadian Tidal Resource Map

There are numerous tidal resources along Canada's coastlines.

The Bay of Fundy is the most practical to develop because it's location close to an existing electricity grid and potential consumers.

 

Nova Scotia Wind Atlas

The Nova Scotia Wind Atlas is a project of the Nova Scotia Department of Energy in a partnership with the K.C. Irving Chair in Sustainable Development at the Université de Moncton and the Applied Geomatics Research Group at the Nova Scotia Community College.

The colors on the maps represent average annual wind speeds at a particular location.

Online google based wind atlas

Wind Resource Maps of the Terrestrial Component of Nova Scotia

Wind Resource Map at 80m Above Ground Level Wind Resource Map at 80m Above Ground Level

Wind Resource Map at 50m Above Ground Level Wind Resource Map at 50m Above Ground Level

Wind Resource Map at 30m Above Ground Level Wind Resource Map at 30m Above Ground Level

Wind Resource Maps of Nova Scotia, up to 10 km offshore

Wind Resource Map at 80m Above Ground Level Wind Resource Map at 80m Above Ground Level

Wind Resource Map at 50m Above Ground Level Wind Resource Map at 50m Above Ground Level

Wind Resource Map at 30m Above Ground Level Wind Resource Map at 30m Above Ground Level

Wind Resource Maps of Nova Scotia

Click on one of the following tiles to obtain an enlarged version of the wind resource map for that part of the Province of Nova Scotia.

80m Tile Map Tile 24 - NS Resource Map 80m Tile 23 - NS Resource Map 80m Tile 22 - NS Resource Map 80m Tile 21 - NS Resource Map 80m Tile 20 - NS Resource Map 80m Tile 15 - NS Resource Map 80m Tile 16 - NS Resource Map 80m Tile 17 - NS Resource Map 80m Tile 18 - NS Resource Map 80m Tile 19 - NS Resource Map 80m Tile 14 - NS Resource Map 80m Tile 13 - NS Resource Map 80m Tile 12 - NS Resource Map 80m Tile 11 - NS Resource Map 80m Tile 10 - NS Resource Map 80m Tile 4 - NS Resource Map 80m Tile 5 - NS Resource Map 80m Tile 6 - NS Resource Map 80m Tile 7 - NS Resource Map 80m Tile 8 - NS Resource Map 80m Tile 9 - NS Resource Map 80m Tile 2 - NS Resource Map 80m Tile 1 - NS Resource Map 80m Tile 0 - NS Resource Map 80m Tile 3 - NS Resource Map 80m

These maps were created to help identify Nova Scotia's wind resource and stimulate its use. They are freely available for anyone interested in wind energy development in Nova Scotia.

Whether you are an existing business, an entrepreneur, a cooperative, a community group or a land owner in the province, the Nova Scotia Wind Atlas can help identify the best locations to install wind farms or turbines. There is data for both the large utility scale level (for large wind farms and large wind turbines with hub heights of 80 m) and at the private or small business level (for single turbines with hub heights of 30 or 50 m).

Every wind turbine has its own generation capacity relative to wind speed. These maps, used in combination with the technical specifications of the wind turbine(s), can help estimate the electricity power production of a project.

As with any computer modeling, the wind resource on a specific location should be validated with physical measurements using a meteorological tower. This is particularly true for any wind energy projects that needs a substantial amount of money.

The base mapping and land cover data employed in this analysis has been used with the permission of Service Nova Scotia & Municipal Relations and the Nova Scotia Department of Natural Resources, respectively.

Interactive Wind Resource Maps of Nova Scotia

This section is currently still being developed and should be available by the summer of 2008.

Partnerships

This Nova Scotia Wind Atlas project is made available through a partnership between the Nova Scotia Department of Energy, the K.C. Irving Chair in Sustainable Development of the Université de Moncton and the Applied Geomatics Research Group of the Nova Scotia Community College.

Nova Scotia Government Department of Energy