Libros de Energías renovables, página 12 de 22

Contenido: Prefacio - 1. Introducción - 2. Física cuántica, semiconductores y células solares - 3. Historia de la fotovoltaica - 4. Evolución tecnológica: grueso y delgado - 5. ¿Cómo se usan las células solares? - 6. La energia fotovoltaica en la casa pa

Ensayo de materiales. Centrales de energía. Economía de la energía. 621 Ingeniería eléctrica. Electrotecnia.

Una manual para conocer como disponer de la energía solar fotovoltaica conectada a la red eléctrica.

As environmental concerns have focussed attention on the generation of electricity from clean and renewable sources, wind energy has become the world''s fastest growing energy source. The authors draw on substantial practical experience to address the technical, economic and safety issues inherent in the exploitation of wind power in a competitive electricity market. Presenting the reader with all the relevant background information key to understanding the integration of wind power into the power systems, this leading edge text: Presents an international perspective on integrating a high penetration of wind power into the power system Offers broad coverage ranging from basic network interconnection issues to industry deregulation and future concepts for wind turbines and power systems Discusses wind turbine technology, industry standards and regulations along with power quality issues Considers future concepts to increase the penetration of wind power in power systems Presents models for simulating wind turbines in power systems Outlines current research activities Essential reading for power engineers, wind turbine designers, wind project development and wind energy consultants dealing with the integration of wind power systems into distribution and transmission networks, this text would also be of interest to network engineers working for power utility companies dealing with interconnection issues and graduate students and researchers in the field of wind power and power systems.

El libro está basado en la tesis doctoral del autor y se publica con un prólogo del catedrático de Historia Medieval, Ángel J. Martín Duque. En esta obra se examina la relación del agua con el urbanismo y la tecnologia en localidades como Estella, Sanguesa, Puente la Reina, Pamplona, Olite, Tudela y San Juan de Pie de Puerto durante la epoca bajomedieval. En esa epoca, el agua se aprovechaba en menesteres como abastecimiento domestico, regadio, fuerza motriz, evacuacion de residuos y usos industriales (tinte, curtido), en mas de una treintena de tipos de explotacion: presas, azudes, bocales, acequias, norias, molinos harineros, batanes, trujales, tintorerias, tenerias, baños, aljibes, pozos, fuentes, canalizaciones, lavaderos, desagues, pesquerias, balsas, pontones, barcas, almadias y diferentes soluciones de defensas fluviales. Algunos de estos usos fueron exclusivos de los centros urbanos medievales.

The worlds coastlines, dividing land from sea, are geological environments that are unique in their composition and the physical processes affecting them. At the dynamically active intersection of land and the oceans, humans have been building structures throughout history. Initially used for naval and commercial purposes, more recently recreation and tourism have increased activity in the coastal zone dramatically. Shoreline development is now causing a significant conflict with natural coastal processes. This text on coastal engineering will help the reader understand these coastal processes and develop strategies to cope effectively with shoreline erosion. The book is organized in four parts: (1) an overview of coastal engineering, using case studies to illustrate problems; (2) hydrodynamics of the coastal zone, reviewing storm surges, water waves, and low frequency motions within the nearshore and surf zone; (3) coastal responses including equilibrium beach profiles and sediment transport; (4) applications such as erosion mitigation, beach nourishment, coastal armoring, tidal inlets, and shoreline management.

La presente publicación pretende servir de ayuda a los arquitectos en el proyecto y cálculo de las instalaciones de producción de agua caliente sanitaria en edificaciones mediante energía solar. Se considera de gran utilidad tras la promulgacion del Codigo Tecnico de la edificacion, CTE, por RD 314/2006 del 17 de marzo, que convierte en obligatoria la incorporacion en los edificios de instalaciones de aprovechamiento solar para usos termicos.La Guia recoge, ademas de los capitulos del CTE relativos a energia solar, toda la reglamentacion al respecto incluida en las normativas locales y de las Comunidades Autonomas, asi como un programa de calculo mediante el cual el arquitecto puede dimensionar su instalacion atendiendo al cumplimiento de la reglamentacion mas respectiva de aplicacion.