America needs to take advantage of this domestic energy and focus money that may have otherwise been spent on foreign resources on alternative energy. Factors that have affected energy use in buildings over the last several decades include increased electrification, population shifts to milder climates, growing penetration of appliances and electronics, larger home sizes, smaller households, growing household incomes, and dramatic improvements in the energy efficiency of appliances and other equipment.
First, the United States must continue to use its current supply of fossil fuels in order to keep its economy intact.
This technology-by-technology approach can be carried out on as detailed or disaggregated a level as desired.
Additionally, Transatomic Energy, a startup nuclear power company working with nuclear experts at MIT, created a reactor that converts nuclear waste into usable energy like a nuclear battery.
Unlike other dictatorships and monarchies of the time, America went against all common European ruling policy yet created the most successful government system in all of history.
By becoming energy independent, America will be able to control the price of its own oil, allowing for maximum revenue and maximum taxation that can be invested in alternative energy research.
From toAmerican crude oil production increased by 1. Nevertheless, the potential for cost-effective energy efficiency improvements in buildings is large. Meanwhile, primary energy grew by 46 percent and 90 percent, respectively, in the residential and commercial sectors. My interest in this subject led me to conclude that federal funds can help a company reach its goals, America must invest in energy efficiency essay should not be given out to prevent companies from failing or for the sake of giving companies excess money.
A few low-energy buildings have also made use of such on-site generation options as combined heat and power CHP systems 5 or solar photovoltaic PV systems. This oil will also gather tremendous amounts of revenue that can be used for powering clean energy sources.
Most of these buildings have relied on High-efficiency electrical lighting systems, which use state-of-the-art lamps, ballasts, and luminaires complete lighting fixtures Luminaires chosen to provide the desired amount of lighting in the right places, coupled with the use of natural day lighting and associated controls that limit electrical lighting correspondingly Fenestration window systems that reduce heat gains while providing daylight Heating, ventilation, and air-conditioning controls that provide effective operation of the system during part-load conditions.
America faces another great challenge in the current energy crisis. Energy Efficiency Improvement in Buildings Many studies, whether on the local, regional, national, or global levels, have estimated the potential for improved energy efficiency in buildings.
HomeServe USA also found that 17 percent of respondents already plan to invest in efficiency, 13 percent are doing it because tax credits and other incentives are available, and 6 percent were convinced by family or friends.
The traditional terminology has been retained in this section, but the fact that the curves refer to energy efficiency improvements should be kept in mind. The strive for safety and availability of clean, cheap energy definitely outweigh the risks of nuclear reactors, but even better reactors can be created through further research.
Additionally, the reactors would be much more cost-effective. Many environmentalists support nuclear power because it creates clean energy. In the residential sector, on-site energy intensity, measured as energy use per household, fell by about 33 percent during —, while primary energy use per household declined by 20 percent.
Alternative energy sources such as biomass or safe nuclear fuel seem to be areas that have the most potential. Page Share Cite Suggested Citation: Conservation Supply Curves Developing conservation supply curves, which have been used widely in analyses of energy use in buildings to display the results of technology-by-technology or measure-by-measure assessments, involves evaluating a comprehensive list of measures that could be taken and ranking them in order of the cost of conserved energy CCE.
Forthe number of qualifying homes grew to more than 23, about 4. Conversely, the studies may overestimate savings by being excessively optimistic about energy efficiency potential. The amount of radiation that will affect people living near a nuclear power plant is at maximum about a third of the radiation released by a brick wall per year.
The median cost-effective and achievable potential is 24 percent for electricity 26 percent for residential and 22 percent for commercial.
The difference between on-site and primary-energy-use growth rates was due to growing electrification, which engendered sizable generating, transmitting, and distributing losses.
Potential for Efficiency Improvement: This conclusion is supported by the fact that more than 8, single-family households applied for the federal tax credit for 50 percent savings during its first year of availability.
In addition, the studies can underestimate the potential because of biases that might, among other things, exclude new and emerging technologies, hold technology static, or fail to consider nonenergy benefits.
Follow other trends in distributed energy by subscribing to our free Energy Efficiency Markets newsletter. As the first true democracy, the United States is built to promote doing the right thing, regardless of the cost. Confronted with myriad, diverse manufacturing industries, the committee focused on the five most energy-intensive industries.
Government funding was necessary for this project to work but the problem comes from excessive money given to companies who do not know how to manage it well. And the prospects for savings will grow as new technologies become available, existing technologies are refined, and energy efficiency measures begin to be implemented in an integrated manner—often, with synergistic effects such as those that can result from a whole-building approach to building design.
Approaches to Understanding Efficiency Potential Analysts have developed a variety of ways to investigate the technologies and design principles that could make buildings more efficient.
Second, America needs to invest in safe nuclear energy research and allow nuclear power companies to continue to build efficient reactors.Energy Efficiency Essay example; Energy Efficiency Essay example. Submitted By nvidiaaj. Words: Pages: 9.
can greatly reduce peak energy load and significantly increase the utilization of available power without having to invest in expensive electricity generation facilities. Around the world the household and commercial sector. America's Energy Future: Cost savings may not be the only factor influencing a decision to invest in an energy efficiency measure.
For example, consumers purchase vehicles based on many factors, such as size, performance, and interior space, in addition to fuel economy.
Washington, DC: The National Academies Press. doi: / Energy efficiency has been long-term targets for energy savings that utilities or non-utility program administrators must meet through customer energy efficiency programs.”. America Must Invest in Energy Efficiency In recent years our country has had many debates over what must be done to lessen the amount of oil that our country consumes.
Energy Efficiency Jobs in America A comprehensive analysis of energy efficiency employment across all 50 states Environmental Entrepreneurs (E2). Why do Americans invest in energy efficiency? Do they want to combat global warming, make their homes more comfortable, save money or take advantage of tax rebates?
A survey of 2, Americans by Harris conducted for HomeServeUSA found that their top reason for investing in energy efficiency is to save money.Download