Economics of Wind Energy for Irrigation Pumping Final Report by R. Lansford

Cover of: Economics of Wind Energy for Irrigation Pumping | R. Lansford

Published by U.S. Dept. of Energy .

Written in English

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Book details

StatementLansford, R.
The Physical Object
Pagination80 p. $0.00 C.1 $0.00 C.2.
Number of Pages80
ID Numbers
Open LibraryOL17586303M

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Wind Energy for Irrigation Pumping CP “C ” DC.P “Case” van Dam Henry Shiu Scott Johnson California Wind Energy Collaborative Universityy, of California, Davis Irrigation and Nutrient Management Meeting Salinas, California 26 February The economic questions associated with wind power as an energy source for irrigation under different situations with seven regions of the nation were studied.

Target investment costs for wind turbines used for irrigation pumping and policy makers with bases for adjusting taxes to make alternative sources of energy investments more attractive are by: 3. THE ECONOMICS OF WIND ENERGY 9 TABLE Cost structure of a typical 2 MW wind turbine installed in Europe (€ ) INVESTMENT (€1,/MW) SHARE OF TOTAL COST % Turbine (ex works) Grid connection Foundation 80 Land rent 48 Electric installation 18 Consultancy 15 Financial costs 15 Road construction 11 the single goal of developing wind energy resources in developing countries.

To this end, ATG has brought together researchers, engineers, and manufacturers from the United States wind energy industry to develop and improve designs, provide Economics of Wind Energy for Irrigation Pumping book, and offer consulting services.

Our expertise includes both water pumping. An attempt to develop a simple framework for techno-economics evaluation of renewable energy (RE) systems for irrigation water pumping has been made.

The unit cost of water delivered and unit cost of useful energy delivered by the RE systems have been by: 1. Two wind turbine units with induction generators have been examined for irrigation pumping. A kW, horizontal-axis wind turbine with two blades and.

working in this area. The Wind Energy Resource Analysis (WERA) software, provided with the book, is an effective tool for wind energy practitioners for as-sessing the energy potential and simulating turbine performance at prospective sites.

The introductory chapter narrates the historic development of. The Wind Energy Payback Period Workbook is a Microsoft Excel spreadsheet tool that can help you analyze the economics of a small wind electric system and decide whether wind energy will work for you.

It asks you to provide information about how you will finance the system, the characteristics of your site, and the properties of the system you. These energy resources are freely available throughout the world. It is one of the zero emission energy sources.

The wind energy is used mainly for two purposes namely irrigation (water pumping) and electricity generation. The prospect of wind energy can be analyzed by different methods.

harvest the wind energy for water pumping at low win d speed reg ions. Most win dmills for wa ter- pumping applications are of the h orizontal-a xis v ar iety, and have.

Box 5 Solar energy at the heart of holistic soil and water management in Rajasthan 41 Box 6 Solar water pump return on investment at Homa Bay County, Kenya 43 Box 7 Giving women loans to buy solar panels for irrigation and access to land can help them.

solar energy for irrigation pumping (with two var- iations of each), along with the use of wind energy for irrigation. It also presents a brief review of the utilization of energy for irrigation pumping and the practices that can be adopted by pump Irriga- tors to conserve energy used for this important production operation.

Wind pumps have also been used in SE Asia and China for longer than in Europe, mainly for irrigation or for pumping sea water into drying pans for sea salt production. The Chinese sail windpump (Fig.

) was first used over a thousand years ago and tens if not hundreds of thousands, are still in use in Hubei, Henan and North Jiangsu. Purohit, Pallav & Kandpal, Tara C., "Renewable energy technologies for irrigation water pumping in India: projected levels of dissemination, energy delivery and investment requirements using available diffusion models," Renewable and Sustainable Energy.

percentage of irrigation pumping is however Economics of Wind Energy for Irrigation Pumping book by using electrical energy (42% at present). High fuel cost is helping to drive the installed pumping systems to become electric.

Wind power as a source for irrigation load becomes attractive [1] due to the large resource of wind available in the state and the decreasing costs of wind energy. SOLAR POWERED WATER PUMPING SYSTEMS manifested.A more firm basis needs to be provided on wind and solar energy because of their efficient production in the country.

irrigation. Utilization of wind energy by setting up of a wind mill followed by the storage of the acquired power is our work part.

The stored power is to be utilized for driving control unit thus running automatic pump controlled irrigation system [3]. The objectives of this project is, To design, implement and provide a simple and economic.

Description: This book provides a concise guide to all the essential steps for setting up wind business services in developing countries. It deals with all the key aspects of promoting wind energy for domestic end uses, as well as giving a guide to needs assessment, resource assessment, the economics of small wind machines and technology choice.

Role of Small-Scale Solar Pumping for Irrigation 4 The Increasing Importance of Irrigation 4 The "Energy Crisis" and Irrigation 4 Small-Scale Irrigation 6 Power Requirements for Irrigation 7 Pumping Methods Available 12 The Suitability of Solar Pumps for Irrigation Solar Energy in Developing Countries is a documentation report with bibliography on solar energy research and development in developing countries such as those in Asia, Central and South America, Africa, and Middle East.

Institutions in developed countries with solar activities of interest to developing countries are included. Thus, the thought of using wind energy for irrigation is natural for agricultural producers (Crummett, ).

Texas Comptroller Susan Combs stated, "Investing in our communities through improved energy efficiency in farming operations is a win-win opportunity for state agriculture" (Texas State Energy Conservation Office, ).

The average wind resources in Sargodha and Gimhae are found inadequate for the large area water pumping, but irrigation of medium size greenhouse could be doable. Wind pumping system’s internal rate of return found at each location, Gimhae, Buan, Shouguang and Sargodha are %, %, % and below % respectively.

Irrigation Guide Acknowledgments PartIrrigation Guide, is an addition to the National Engineering Hand-book series. The document was initially prepared by Elwin A. Ross, irriga-tion engineer, NRCS, Engineering Division, Washington, DC, (retired) with primary input and review from Leland A.

Hardy, irrigation engineer. Dilshad Brar, a graduate student in the UNL Biological Systems Engineering Department, looked at center pivot installations in 10 Nebraska counties to determine if placing a variable frequency drive (VFD) on the system would be economical. He also looked at the best location for the VFD pressure sensor.

Brar breaks it down to four common scenarios, outlining when it pays. While solar energy is the most obvious, wind and water offer fewer options. Others types of RE are of minor importance for irrigation. To come to a full overview of potential energy sources for smallholder irrigation, in this section all energy options are discussed (both renewable and conventional), along with.

Agriculture is the sole provider of human food. Most farm machines are driven by fossil fuels, which contribute to greenhouse gas emissions and, in turn, accelerate climate change.

Such environmental damage can be mitigated by the promotion of renewable resources such as solar, wind, biomass, tidal, geo-thermal, small-scale hydro, biofuels and wave-generated power.

These renewable resources. the use of wind energy for large scale crop irrigation was revisited by the staff at CPRL at the urging of area farmers concerned with high natural gas prices that limited their capacity to irrigate.

Again the economics of using wind energy for irrigation were marginal at best (3). In wind-assisted irrigation for the Texas northern High. SunCulture and relies on solar energy from a stationary panel that powers a DC pump that is placed in a well close to the land that is to be irrigated [4].

The water is then pumped into a storage vessel which feeds the irrigation lines with potential energy as the vessel is often raised or at a higher elevation than the irrigating lines. Downloadable. Multi-criteria analysis in decision making quantifies both objective and subjective factors.

In the selection of the pumping system for irrigation objective factors are usually considered but subjective factors are overlooked. The selection of the best alternative may even get changed if we consider the subjective factors along with objective factors.

An illustration of how the pairing of wind and natural gas has failed recently due to economics was provided by T. Boone Pickens, when he tried to send wind-generated electricity from Texas, which he called the “Saudi Arabia of wind”, to attempt at promoting natural gas by pairing it with wind seemed like a good idea and got much television advertisement (his emphasis.

windmill drives a pump that pumps water from a well to a tank for further use in irrigation. Calculations have been made on the energy available in the wind and an energy analysis was then performed to see what wind speed is required for the system to work.

The U.S. Department of Energy's Office of Scientific and Technical Information Darrieus wind-turbine and pump performance for low-lift irrigation pumping.

Final report (Technical Report) |. Irrigation Energy is part of a series of Efficiency Checklists and Topics that can help you to assess all areas of your farming operation for energy efficiency and find ideas to save energy and reduce costs.

For links to other articles in the Efficiency Checklists and Topics series, see Additional Resources at the end of this article. In areas with modest wind resources, windmill generated electric pumping systems can provide a cost-effective alternative to small diesel pumps for both drinking water and small plot irrigation.

This water system can now be found at several hundred sites in more than 20 countries. High natural gas prices have agricultural producers searching for alternative energy sources for irrigation.

The economic feasibility of electric and hybrid (electric/wind) systems are evaluated as alternatives to natural gas powered irrigation. Texas Panhandle and Southern Kansas farms are assessed with a quarter-mile sprinkler system, three crops, and two pumping lifts.

The news from the wind industry last week didn’t look good. The booming business of minting money out of thin air had imploded between andas this chart from the American Wind Energy. the size of the pipelines, irrigation system flow rates, and the size and type of pumping plant to be used.

The power unit selected will be determined by the overall pumping requirements and the energy source available. Key points in designing an irrigation system include: • The irrigation. were common in the s and s, when wind energy penetration was relatively low, but have been overtaken somewhat by events, as penetrations of wind energy are now substantial in many European countries.

Wind Atlases ONSHORE Figure I shows the onshore wind energy resource as computed on a broad scale for the European Wind Atlas.

Volume 2 of 4 Renewable Energy Books Books on this CD include: 1. Wind Pumping Handbook - 88 Pages 2. Wind Pumps for Irrigation - 95 Pages 3. Construction Manual for a Cretan Windmill - 57 Pages 4. How to Construct a Cheap Wind Machine for Pumping Water - 16 Pages 5.

An Urban and Rural Demonstration of a Wind-Powered Water Pump - 32 Pages Rating: % positive. ENERGY REQUIREMENTS The cost to pump irrigation water depends on the type of energy used to power the pumping unit.

Electricity and diesel fuel are used to power irrigation for about 76% of the land irrigated in the region. Nebraska uses electricity or diesel fuel to power pumping plants used to irrigate approximately million acres of. Energy (Understanding Mineral Rights, Oil and Gas Leasing, Owning Leased Oil and Gas Minerals) Economic Analysis of Installing Wind Turbines for Irrigation Systems This spreadsheet allows a user to analyze the cost effectiveness of three different sizes of wind turbines installed to run an irrigation .Small Wind Turbines for Electricity and Irrigation Book Summary: This practical book deals with the technology of small-power wind turbines as opposed to widely diffused industrial wind turbines and wind farms.

It covers the most common wind turbine technologies in the small power segment: horizontal axis both for electrical generation and.THE ECONOMICS OF WATER, IRRIGATION, AND DEVELOPMENT KARINA SCHOENGOLD and DAVID ZILBERMAN Department of Agricultural and Resource Economics, University of California at Berkeley, Berkeley, CA Contents Abstract Keywords 1.

Overview 2. The multiple dimensions of water management Micro-level water management choices 2.

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