Renewable resources are resources that have the ability to restock itself in some quantity (Field, 2008). Thus, the amount of the resource available to be processed, is determined by the restock rate (Field, 2008). Renewable energy is commonly categorized with renewable resources. Renewable energy such as wind is beginning to take hold in many parts of Canada such as Alberta and Ontario (Jones, 2013). However, in Ontario, wind power has been seen as more of a problem than a solution.
One major problem with wind energy is its feasibility; capturing wind energy is, to some degree difficult to do. Wind energy is produced by the movement between two air masses, usually influenced by the radiation of solar energy by the earth’s surface (Freedman, 2010). It is very difficult to control the speed, direction and location of winds, thus, making the process highly unpredictable. This creates a problem with the demand-supply relationship. The greatest supply of wind energy occurs overnight when demand is low and dies down during the morning, when demand is high (Spears, 2013). This would commonly result in increase in prices to bring the supply-demand relationship to equilibrium, where the supply is sold at a reasonable price for both consumer and producers (Field, 2008). However, since 2006, Ontario has had a surplus of power, which has led to the government to pay neighboring provinces and states to take it (Canadian Press, 2013; Spears, 2013). In addition, the government has also paid private companies to stop producing power (Canadian Press, 2013; Spears, 2013). These problems have led Ontario to have a larger cost than the benefits from wind power.
The need to control nature is a human instinct that has done more harm than good. It is very difficult to harness wind, but does that make it impractical? My views are that humans have not fully adapted to the concept of a renewable resource. We are conditioned to a lifestyle, where we are able to fully control things such as fossil fuels. When we find a fossil fuel source, we are able to control the rate of extraction, how we extract it, how we distribute it and how we use it. We are able to slow the rate of extraction to promote low quantity and high prices that benefits the producers; we are able to control how we extract it, to lower the cost of extraction, but at a higher cost of environmental health and integrity. We control how we distribute it by international trading that discourages the local economy and we control how we use it by investing resources into the usage of that particular commodity instead of an advancement of a sustainable source. For wind power, we cannot control the direction, speed and time that it will occur; however it has proven that it can produce energy. Similarly to wind, the flow of water was once never been controlled through the use of dams and reservoirs. Hydroelectric station such as a run-of-the-river (ROR) hydro station, who have limited or no use of a...