Greater Energy Efficiency Can Be Achieved Through Land Use Management.

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U.S. General Accounting Office
The Physical Object
Pagination48 p. $0.00 C.1.
ID Numbers
Open LibraryOL17585353M

The Department of Energy does not recognize land use as an element in achieving energy efficiency. However, it did have several research and development programs directed toward developing energy-efficient communities, but these programs were terminated because of budget cuts.

An analysis of energy conservation methods based on land use management is given and recommendations are made. When planning new growth and redevelopment, communities can significantly reduce energy consumption by incorporating energy efficient land use concepts such as site and building design, locational planning, and higher density development.

Greater energy efficiency can be achieved through land use management Abstract When planning new growth and redevelopment, communities can significantly reduce energy consumption by incorporating energy-efficient land use concepts such as site and building design, locational planning, and higher density development.

Get this from a library. Greater energy efficiency can be achieved through land use management: report to the Congress. [United States.

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General Accounting Office.;] -- Today's energy situation is prompting a growing interest in planning, designing, and building communities that are energy-efficient. This includes: (1) minimizing the amount of energy needed to heat.

Get this from a library. Greater energy efficiency can be achieved through land use management: summary: report to the Congress. [United States. General Accounting Office.]. In this paper, the author explores the validity of the notion that if land use management can be applied to the problem of energy conservation, it would obviously be by changes in the relative location of homes, jobs, recreational amenities, etc., so as to minimize the distances people would have to travel.

About this book. About the authors. About this book. This book provides a wide range of studies on methods of assessing natural disaster risks and reducing those risks in the context of land use. A major benefit of the book is that it presents extensive research and practices from interdisciplinary perspectives through case studies of land use management against various natural disasters.

1 For the purpose of this chapter, portfolio refers to the collective set of energy efficiency programs offered by a utility or third-party energy efficiency program administrator.

2 Measures refer to the specific technologies (e.g., efficient lighting fixture) and practices (e.g., duct sealing) that are used to achieve energy savings. Page Industrial Energy Management Training Course If senior managers are provided with information they can use to achieve their aims, and if they are convinced that energy management will produce significant benefits for the organisation, then they are much more likely to support energy management activities.

Changing the organisation. an example, the development and application of wide band gap semiconductors could reduce energy use in a number of miscellaneous devices but currently has insufficient RDD&D investment to drive this forward in a timely manner.

Excluding this “other” category, Figures and show that building energy use can be reduced by about half. While reductions in energy demand can be achieved through incremental changes in individual system elements (e.g.

by using lighter and more fuel efficient vehicles) larger reductions are likely to require more radical changes in the system itself, such as a shift away from internal combustion engines to battery-electric motors, or the large.

Increased energy efficiency allows for the same level of service to be achieved with reduced energy use. Energy use is associated with greenhouse gas emissions, so by decreasing energy use greenhouse gas emissions will be decreased as well.

Nonrenewable resources that are used for energy production, such as coal and oil are used at a slower. An analysis of green construction costs can be achieved through the application of several methods.

Specialty project types, such as healthcare or research, often have program criteria and specific needs that are at odds with the principles of sustainable design, primarily in environmental constraints and energy.

Eco-efficiency is concerned with the efficient and sustainable use of resources in farm production and land management. It can be increased either by altering the management of individual crop and livestock enterprises or by altering the land-use system.

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Chapter 3: A Note on Energy "Conservation" study guide by summerfreak includes 7 questions covering vocabulary, terms and more. Quizlet flashcards, activities and games help you improve your grades.

Energy is essential for a wide range of human activities, both in the United States and around the world, yet its use is the dominant source of emissions of CO 2 and several other important climate forcing agents.

In addition to total demand for energy, the type of fuel used and the end-use equipment affect CO 2 emissions. The diversity of ways in which energy is supplied and used provides.

Energy efficiency is one of the easiest and most cost-effective ways to combat climate change, clean the air, and save consumers and businesses money.

Description Greater Energy Efficiency Can Be Achieved Through Land Use Management. PDF

There are Many Options to Achieve Greater Energy Efficiency. Energy efficiency can be achieved by: Using energy-efficient devices for lighting, space cooling and heating, refrigeration, and so forth. Sustainable intensification of agriculture productivity on arable land has already managed to preserve 1 billion hectares of land betweenand more can be achieved through the implementation of best management practices in fertilizer use.

A companion report, Evaluating Transportation Land Use Impacts (Litman ) describes ways to evaluate how transport planning decisions affect land use. Land use patterns (also called community design, urban form, built environment, spatial planning and urban geography) refers to various land use factors described in Table 1.

Table 1 Land Use. Greater energy efficiency and emissions reduction can be achieved through long-term planning that focuses on land use that is compact, complete, connected and centered. This approach can yield significant infrastructure savings and reduce the negative impacts of high energy consumption.

Using mass-produced photovoltaic cells with about 18% efficiency, 1 billion kWh per year of electricity could be produced on approximately ha of land, which is sufficient to supply the electrical energy needs ofpeople (table 2; DOE ).

Most Americans, however, use solar energy in its secondhand form: fossil fuels. When sunlight strikes a plant, some of the energy is trapped through photosynthesis and is stored in chemical bonds as the plant grows. We can recover that energy months or years later by burning wood, which breaks the bonds and releases energy as heat and light.

Solution to finance energy efficiency initiatives. In many countries policy is focusing increasingly on energy efficiency – by developing energy efficiency targets and policy measures from subsidies to mandates.

For instance, the European Union has set a binding target of 20% energy savings by in the EU’s member states. Energy Efficiency: Concepts and Calculations is the first book of its kind to provide an applied, systems oriented description of energy intensity and efficiency in modern economies across the entire energy chain.

With an emphasis on analysis, specifically energy flow analysis, lifecycle energy accounting, economic analysis, technology evaluation, and policies/strategies for adopting high.

6 Steps for Businesses Planning an Energy Conservation Measures By Al Gaspari. When considering an energy efficiency project, many California business owners and managers often face constraints on capital and time. It's important to have a proven energy efficiency plan to ensure that a project reaches completion and achieves a business's goals.

Key messages. Greater circularity and more efficient use of materials present new opportunities for further reducing greenhouse gas emissions. A new methodology can help to identify which circular economy actions in each sector can make the most promising contributions to meeting targets to reduce emissions and to achieving climate neutrality in Europe.

Spearhead the development of new, energy efficient technologies. Lead R&D activities that reduce home energy use through Building America.

Collaborate with industry to improve the energy efficiency of new and existing commercial buildings. Market Stimulation. Help communities improve efficiency through the Better Buildings Residential Network. Combined with other energy-efficiency measures, the Wilshire Grand’s high-performance facade design is anticipated to help save $, annually on energy costs—a percent overall energy cost reduction—relative to an ASHRAE baseline, the minimum requirement for energy-efficient.

As part of fighting climate change in our city, Pittsburgh’s goal is to reduce energy and water consumption by 50% by This goal can be achieved through improving the quality of energy and water use data, ensuring all new buildings are carbon neutral, mitigating high energy burdens in vulnerable communities, reducing sewer volume by 50% from levels, and improving efficiency.

First, by improving energy efficiency: for example, by installing more efficient heating, ventilation, and air conditioning (HVAC) systems, water heaters, and appliances; by tightening the building envelope through greater use of insulation and more efficient windows and doors; and by using smart thermostats, energy management systems, and.

support farmers, ranchers, and forest land owners in their response to climate change. The framework efforts to improve energy efficiency, develop renewable energy, and use biomass both as a liquid fuel and to contribute to heating, cooling, and electric needs.

track program-level carbon benefits achieved through these incentives.In the third year, the fertilizer energy accounted for percent of the total energy inputs, times more than in the non-organic system.

The output energy, however, was similar in the two systems, indicating much lower ratio of output energy to input energy in the organic system, suggesting greater energy use efficiency. Environmental.The maximum conversion efficiency of any thermal to electrical energy system is given by the Carnot efficiency, which represents a theoretical limit to the efficiency that can be achieved by any system, set by the laws of thermodynamics.

Real-world systems do not achieve the Carnot efficiency.