A Decision Model for Choosing Among Photovoltaic Technologies to Generate Electricity at Grid-Connected Air Force Facilities: A Value-Focused Approa - Mostyn O Kellner - 書籍 - Biblioscholar - 9781249592709 - 2012年10月9日
カバー画像とタイトルが一致しない場合、正しいのはタイトルです

A Decision Model for Choosing Among Photovoltaic Technologies to Generate Electricity at Grid-Connected Air Force Facilities: A Value-Focused Approa

価格
¥ 4.183
税抜

遠隔倉庫からの取り寄せ

発送予定日 年12月1日 - 年12月17日
クリスマスプレゼントは1月31日まで返品可能です
Mostyn O Kellner の新しいリリースのお知らせを受け取る
iMusicのウィッシュリストに追加

まだ評価がありません

Publisher Marketing: The United States is consuming fossil fuels faster than natural processes can replace them. Our nation's leaders recognize that a diverse energy portfolio includingrenewable energy is the key to maintaining our economy, security, and the environment. The federal government is by far the greatest energy consumer; thus, our nation's leadershave directed federal agencies to strive to increase the use of renewable energy at federalfacilities. Solar electricity technologies, in the form of photovoltaics, have great potentialin the renewable energy mix. Although a major strategy should be integratingphotovoltaics into the design of new facilities, an important early consideration should bethe installation of photovoltaic modules in open areas and/or module retrofits ontoexisting structures. This research developed a model based on decision makers' valuesystems to quantify and rank several photovoltaic technologies. The goal of the modelwas to determine what alternatives would most align with Air Force energy andenvironmental objectives. After working with subject matter experts at three bases, acomprehensive hierarchy was developed. This hierarchy was then used to find the bestalternatives at one base. It was found that photovoltaic technologies may indeedsuccessfully compete with grid-supplied electricity when utilizing a value-focusedapproach.

メディア 書籍     Paperback Book   (ソフトカバーで背表紙を接着した本)
リリース済み 2012年10月9日
ISBN13 9781249592709
出版社 Biblioscholar
ページ数 170
寸法 189 × 246 × 9 mm   ·   244 g