Hasil Pencarian  ::  Simpan CSV :: Kembali

"ABSTRAKPenelitian ini menganalisis tentang perencanaan energi denganmemproyeksikan kebutuhan energi berupa penyediaan dan permintaan energidaerah serta optimalisasi energi baru dan terbarukan di daerah tersebut melaluiperanan pemerintah setempat. Kegiatan industri telah mendorong pertumbuhanekonomi bagi sebagian masyarakat. Namun demikian ada harga yang harusdibayar yaitu berupa menurunnya kualitas lingkungan dan meningkatnyakebutuhan akan sumberdaya. LEAP menyediakan suatu program untuk menyusundata, menciptakan keseimbangan energi, memproyeksi suatu skenario kebutuhandan penyediaan, dan mengevaluasi kebijakan alternatif. Scenario planning dipakaiuntuk memperbaiki atau mempertajam keputusan yang harus diambil saat ini yangberdampak di masa depan. Sehingga hasil proyeksi tersebut dapat digunakansebagai referensi baru dalam perencanaan pemilihan teknologi terimplementasiyang tepat terutama dalam penghematan energi dan pengurangan emisi industri diwilayah Kabupaten Tangerang

---

ABSTRACTThis study analyzing the energy planning by projecting energy needed inthe form of region supply and demand also optimalization of new and renewableenergy in that area through local goverment roles. Industrial activity has driveneconomic growth for some people. However, there is a price to be paid in theform of environmental degradation and increasing the resource requirements andCO2 emissions. LEAP (Long-range Energy Alternatives Planning system) providea program to compile the data, creating a balance of energy, projecting ascenario and supply needs, and evaluate policy alternatives. Scenario planning isused to improve or refine the decisions to be taken at this time that would beimpact in the future. So that the projection can be used as a new reference inplanning appropriate technology implemented selection mainly in energy savingand emission reduction in the industrial area of Tangerang regency."

"A House in the Sun describes experiments in solar house heating in American architectural, engineering, political, economic, and corporate contexts from the beginning of World War II until the late 1950s. Solar houses were built across the United States, and also proposed for sites in India, South Africa, and Morocco. These experiments developed parallel to transformations in the discussion of modern architecture, relying on new materials and design ideas for both energy efficiency and claims to cultural relevance. These experiments also developed as part of a wider analysis of the globe as an interconnected geophysical system. Perceived resource limitations in the immediate postwar period led to new understandings of the relationships among energy, technology, and economy. The solar house, both as a charged object in the milieu of suburban expansion, and as a means to raise the standard of living in developing economies, became an important site for social, technological, and design experimentation. A House in the Sun argues that this mid-century solar discourse was one of the first episodes in which resource limitations were seen as an opportunity for design to attain new relevance. Furthermore, discussion of and experimentation in solar technology established both an intellectual framework and a funding structure for the articulation of global environmental concerns in subsequent decades. In presenting evidence of resource tensions at the beginning of the Cold War, the book presents a new perspective on the histories of architecture, technology, and environmentalism, one more fully engaged with geopolitical and geophysical pressures."

"

---

ABSTRACTThis is a modern text and reference book on energy economics. It assumes as background only the microeconomic portion of the introductory or first course in economics, and the mathematical requirements can, for the most part, be met by secondary school algebra. The subjects taken up in some detail are oil, gas, coal, electricity, and energy derivatives - i.e. futures, options, and swaps. There are a large number of simple exercises that are intended to build confidence, and an extensive glossary that both students and energy professionals should find useful."