In its 2013 report, the Ministry of Energy concluded that energy conservation results in significant energy savings. For instance, between 2006 to 2011, Ontario avoided building new capacity (CAD 4 billion) and saved about $2 in costs to the electricity system for every $1 invested in energy efficiency (Ministry of Energy, 2013, p.1-2). Moreover, there is a decline by almost 25% in the average household electricity consumption since 1990, representing about $350 savings for the average household (Ministry of Energy, 2013, p. 3). These savings result from extensive conservation initiatives such as improvements in building codes and product efficiency standards, and conservation programs delivered by LDCs and provincial agencies (Ministry of …show more content…
iii). In its report, citing information provided by the IESO, the ECO found that utility conservation programs for 2014 cost electricity ratepayers 2.9 cents per kWh saved. This is substantially lower than the 6-9 cents per kWh for refurbished nuclear, 13 cents for wind power, and 8-29 cents for gas-fired turbines (ECO Conservation Report, 2016, p. iii). For natural gas, the ECO reported that gas utility conservation programs in 2014 (CAD 66 million) cost natural gas ratepayers 2.5 cents per cubic meter of gas saved versus an average residential natural gas price of 18.3 cents per cubic meter (ECO Conservation Report, 2016, ii). 2. Growing the economy Investing in energy efficiency also generates a positive increase in the gross domestic product or GDP (Acadia Center, 2014, p.17). Based on Acadia Center’s projection, Ontario’s implementation of efficiency programs for electricity over a fifteen year period from 2012-2026 will generate a total net increase in GDP ranging from $24 billion to $71 billion. This translates into $2.65 to $1.94 of GDP for every $1 of program and participant spending over the entire study period (2012-2040), with the maximum annual increase in GDP ranging from approximately $2 billion to $7 billion (Acadia Center, 2014 p. 56). 3. Job …show more content…
The study explained that other forms of spending increase when households realize lower energy bills, including travel/tourism, dining out, renovations, among others. Moreover, the study explained that lower energy bills lead to a reduced cost of doing business in a region and improvement in the relative competitiveness of the industry, which serve as drivers for additional growth. This helps explain why “energy efficiency is such a powerful economic stimulus and effective means of generating jobs.” (Acadia, 2014, p. 27). If Ontario implements efficiency programs for electricity over a fifteen year period from 2012-2026, the study projects that Ontario will generate a total net increase in employment ranging from 200,000 to 600,000 job-years over the entire study period (2012-2040). Viewed differently, this translates into 21 to 17 job-years per million dollars of program spending, with the projected maximum annual increase in employment ranging from approximately 14,000 to 44,000 jobs (Acadia Center, 2014, p. 17 and
Valerie Beketova Dr. Bennett AP Environmental Science 10 December 2015 Chapter 14 Outline Earth is a very dynamic planet Earth is made up of different layers: - Core - interior made up of dense, extremely hot metal, mostly iron. It is the most inside layer of earth. - Mantle - hot, pliable layer that surrounds the most inner layer, the core. It is less dense than core.
Some of the measurements are examples of countries in the world such as China for example, that are working towards energy efficiency improvement. This is important to the SDG as China’s “economic growth resulted in [a huge] conflict of economic development and resource environment” (Pan, Zhang, and Zhang, 2012). Which means that it is a country that will have a huge, positive impact on the environment if it aims for an energy efficient way of life. Unfortunately, results obtained by the National Natural Science Foundation of China show that China still has a long way to go as its “six major energy consuming industries accounted for 72.4% of [its] total industrial energy consumption.” (Pan, Zhang, and Zhang, 2012)
(Climate Change Action Plan) to ensure the directives government take are transparent and in line with COP 21 GHG emissions (see appendix) (see Figure 3)standards and provincial targets. (Environmental Commissioner of Ontario, 2016) Present Scenario Despite ON’s low-carbon electricity supply, 80% (see Figure 1)of total energy source is still fossil fuel based and that accounts for 70% of total GHG emissions (see Figure 2)in the province (see appendix). The retraction of coal fired refineries backed by presence of nuclear energy helped bring down the GHG emissions of electricity sector to 7%(of total 171 Mt, 2013) yet transportation, industry and building sectors
The Manifesto calls for Canada to source its electricity from 100% renewable energy in the next two decades and transform to a 100% clean economy by 2050. Other demands include expanding public transit and creating a high-speed rail powered by renewables, curtailing trade deals, expanding the low-carbon sector of the economy, and fostering a localized agriculture system (“The Leap Manifesto”). The Manifesto also suggests the money needed to finance this economic shift is available if governments are willing to shift their policy directives. Based on the “polluter pays” principle, Leap argues a carbon tax, increased resources royalties, and an end to fossil fuel subsidies, among others, can generate enough revenue for Canada to begin a new phase in its economic development
electric company. The program is brought to Alberta classrooms and communities via a 40-foot motorhome and delivers educational programs about Alberta’s energy resources and energy efficiency (ATCO Energy Sense, “Energy Education”, n.d., para 3). The programs are designed for grade 4 science and social studies curriculum. The program is administrated through ATCO EnergySense, an arm of ATCO, and is managed by two coordinators. The program also provides a range of teacher and resources including an energy landscape game, teacher resources geared towards electricity and power.
Source A describes that people living off-grid might choose to live off the grid as they believe it will positively impact the environment as they will be sustainably using energy as they would use less for the same amount of usage and the grid causes “global warming, pollution, drained aquifers, the devastating effects of fracking”. Negating that statement, source E describes living off-grid as “more toward aspiration than reality” as “most off-grid people were still enjoying the benefits of the global economy”. Despite using less energy than an average household on the grid as expressed in source C, living off-grid and relying on grocery stores and phones still negatively impact the environment. Both industries greatly contribute to global warming. Grocery stores get supplies from trucks carrying produce and supplies across the country by using fossil fuels, and meat products also greatly contribute to global warming and pollution through animal waste and transportation.
By 2030, Duke Energy estimates that 36% of its electricity will be generated using natural gas and 9% will be generated using hydro, wind, and solar energy. By retiring older coal units carbon dioxide emissions will be reduced by 40%. Duke Energy will also invest in renewable assets. One-way Duke Energy plans to become more energy efficient is by expanding the natural gas infrastructure to meet the needs of customers. Duke Energy is moving to a more customer-based atmosphere that will benefit families, workers, and the consumers (2016 Sustainability Report).
The pros to the policies to improve energy efficiency are, reduction of oil imports, improve the reliability of the U.S. electric grid, save consumers money, reduction of air pollution, create more jobs, and reduce prices from manufacturing systems to transportation choices, to home appliances. (Blackmon, 2014) However, the cons are, the solutions encourage expensive quick fixes that ignore the market and technology certainties. Also congress and presidential administrations launch doubtful prospects that take no ample consideration of the costs to the environment, not to mention the actual dollar costs. (Novick, 1976) Energy isn’t free, so saving energy means saving
The ecosystem that I found to be the most interesting is the Daintree Rainforest. This rainforest is estimated to be 180 million years old and has a very fascinating and distinctive land. The Daintree Rainforest is a tropical rainforest that is located on the north east coast of Queensland, Australia; taking up a total of 0.1 percent of Australia’s land mass. The Daintree Rainforest is the oldest existing tropical rainforest in the world and the biggest rainforest located in Australia, it is a total of over 1,200 square kilometers in size. This forest got its famous name from a man named Richard Daintree, a 19th century Australian geologist and photographer.
Many studies have been conducted to test this statement’s validity, as the U.S. Department of Transportation studied energy conservation during daylight saving time in the 1970s, concluding that “America’s electricity usage is reduced by about one percent during each day that daylight savings time is in effect.” (Source B) This is a huge statement as it does not say one percent over the period of daylight saving, but one percent per day of daylight saving. Another more recent study by DOT (U.S. Department of Transportation) in 2005 has shown that “the total electricity savings associated with DST (daylight saving time) amounted to about 1 percent in spring and fall, corresponding to national savings of forty to fifty megawatt hours per day.” (Source C)
A third way that fracking is a useful resource is that It lowers energy cost. The United states can produce natural gas for only $2.50 per thousand cubic feet making it the world’s best and cheapest liquefying technology. Robert Hefner points out that the cost of heating 65 million American home by natural gas has fallen $20 Billion annually. Plus, The comparative decrease in natural gas cost for low-income households was more than $10 billion. Since then the United states has become the world’s low-cost producer of natural gas.
Background: More than 1.2 million residents in the state of Arizona get their power from Arizona Public Service (APS), a public utility provider (Arizona Public Service, 2023). The corporation manages an extensive portfolio of power plants, some of which are powered by fossil fuels (coal, nuclear, and natural gas), others by renewable resources (solar and wind power), and still others by a combination of these and other energy sources. Nevertheless, APS has been confronting issues connected to costs in recent years. These challenges include increased costs associated with maintaining and operating its old power infrastructure and demand from regulatory authorities to move to greener energy sources (Arizona Public Service, 2023). Challenges:
The leaf structure of desert and rainforest plants allow them to survive in their environments by maintain enough water in their system. The climate in the deserts ranges from the temperatures of -18°C to 49°C, along with the average annual precipitation being 25 cm. Desert plants, such as cacti, possess spines (needles or very narrow pointed leave) with a very small surface area and surface area to volume ratio. This allows them to store and conserve water for long periods of time in the hot and dry daytime temperatures of the desert by reducing transpiration (evaporation of water primarily out of plants through their leaves). As a small amount surface area of spines/leaves are exposed to the hot exterior environment of the leaves, that reduces
In the article, “Forget Shorter Showers” by Derrick Jensen, the author shows the reader how they are not truly saving the earth by showering less, producing less waste or by limiting use of power. In fact, Jensen is placing the blame more toward a political based problem and more on the elites of the world who tend to blame the individuals. Jensen’s article tends to lean more toward the anti-capitalistic view of capitalism causing the earth to crumble due to the government and the elites of the world. These facts are proven by Jensen’s research into the actual use of energy consumption showing that individuals tend to use only a fourth of it, leaving the rest to be wasted away by the big corporations. Jensen also furthers his argument by showing the amount of waste used by citizens.
And there are many examples of successful, large-scale programs that increase growth or productivity and do so in a sustainable manner. China is one of the good examples to understand what green economy would be like in developed countries. Currently china invests more than any other country in renewable energy. Its total installed wind capacity grew 64% in 2010. This growth is driven by a national policy that sees clean energy as a major market in the near future, and one in which China wants to gain a competitive