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Case Study: Alberta’s Blackspring Ridge 1 Wind Project

February 19th 2021
This study of the Blackspring Ridge 1 wind project gives insight into the feasibility of wind power to provide reliable electricity to meet demand in a 2050 net-zero Alberta. The net power generation over a 2-month period averaged 144 Megawatts (MW) being 48% of the projects nameplate capacity of 299 MW. The 166 turbines are expected to kill 2570 bats and 1360 birds per year. To provide reliable power without fossil fuels would require 35,000 MW of energy storage at a cost of $16 Billion, assuming future storage cost decline by 50% to 2050.

The study shows that to replace all fossil fuels in Alberta will require the construction of 30,000 MW nameplate capacity of wind power, being 16,500 turbines at 1.8 MW each. To provide reliable power will require 4,200,000 MW of energy storage at a cost of $1,900 Billion. The study says “Reaching NetZero is neither technically, logistically nor economically feasible.”

See study
http://www.goinggreencanada.ca/Case_Study_Black_Spring_Ridge.pdf

Friends of Science
https://friendsofscience.org/

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