| Titre : |
Clean and Renewable Energy |
| Type de document : |
texte imprimé |
| Auteurs : |
Jovan Pehcevski, Auteur |
| Editeur : |
TSP Publishing |
| Année de publication : |
2026 |
| Importance : |
328 p. |
| Présentation : |
ill. couv. en coul. voluminous |
| Format : |
25x17.5 cm |
| ISBN/ISSN/EAN : |
978-99691-23050-- |
| Prix : |
29 300,00 DA |
| Note générale : |
Publisher : TSP Publishing (Algérie)
Publication date : 1 Oct. 2026
Language : English
Print length : 328 pages
ISBN-10 : -
ISBN-13 : 978-99691-23050--
Item weight : 1.25 Kilograms
Dimensions : 17.59 x 2.54 x 27.94 cm |
| Langues : |
Anglais (eng) |
| Mots-clés : |
Energie Renouvelable wind solar photovoltaic power hybrid electrical smart grids |
| Index. décimale : |
621.04 Energie Renouvelable |
| Résumé : |
Clean and Renewable Energy
Energy is the ability to do, move and work, We live in a world of energy and virtually everything arourid us is based on the use of some kind of energy. So far known natural processes and phenomena can be explained by several forms of energy: kinetic energy. potential energy, thermal energy, gravity, elasticity, electromagnetism, chemical energy, nuclear energy and mass.
ater and air flow, Earth The main sources of es of energy that can be found in nature are Sun energy (photosynthesis), evaporation, water energy (geothermal and gravity energy), and tide, the consequence of the gravitational force of the Sun, Moon and Earth When it comes to natural and primary forms of energy, we can divide them into renewable and non-renewable ones, given the time potential for their depletion. Renewable means that these sources owe the fact that energy is consumed at an amount not exceeding the rate at which it is produced in nature. Renewable energy reserves are often estimated for exploitation over several million years. This makes a fundamental difference to non-renewable resources, whose reserves have been estimated to last several
tens or hundreds of years and have lasted incomparably longer. Renewable energy can be divided into two main categories:
Traditional renewable energy sources, such as biomass and energy from large hydropower plants, and New renewable energy sources, such as solar, wind, geothermal and the like
The development of renewable energy sources especially from wind, water, sun and biomass is important for several reasons dioxide (CO2) emissions into the atmosphere. This is also These energy sources play a very important role in in reducing carbon dioxide
an important part of the USA, EU policies etc.
Increasing the share of renewable energy sources increases the energy sustainability of a country's system, At the same time, It helps to improve the security of energy delivery and thus reduces deperidence on imports of energy raw materials as well as
electricity It is expected in the near future that renewables will become economically competitive with conventional energy sources.
This edition covers different topics from clean and renewable energy, including solar and wind energy, smart grids, analysis of
renewable energy, and case studies from different countries. Section 1 focuses on solar and wind energy, describing technical properties of wind and solar photovoltaic power; improving the power generation performance of a solar tower using thermal updraft wind: wind-solar hybrid electrical power production to support national grid: a Jordan case study: and overview of research on optimization of integrated solar/wind power generation
systems Section 2 focuses on smart grids, describing energy efficiency and renewable energy technologies using smart grids: a perspective on the future of smart grid distribution; a framework for qualifying and evaluating smart grids approaches with focus on multi-agent technologies: a prospective study on energy management systems and energy efficiency in smart grids, and a voltage control in smart grids based on sensitivity theory
tivity theory Section 3 focuses on analysis of renewable energy, describing reliability evaluation of renewable energy share in power systems; a new approach for converting renewable energy to stable energy, the utility perspective of powering renewable programs and technical analysis and enlightenment of renewable energy.
Section 4 focuses on case studies from different countries, describing a GIS methodology for planning sustainable renewable energy deployment in Portugal: the necessity of the development of standards for renewable energy technologies in Nigeria, the development of the renewable energy tech y chnologies in Spain, the development of electricity grid, smart grid and renewable energy in Taiwan; and a case study of biofuels and solar energy that evaluates the renewable energy vulnerability to climate change in Brazi
Jovan obtained his PhD in Computer Science from RMIT University in Melbourne, Australia in 2007. His research research interests interests inclu include big data, business intelligence and predictive analytics, data and information science, information retrieval, XML, web services and service-oriented architectures, and relational and NoSQL database systems. He has published over 30 journal and conference papers and he also serves as a journal and conference reviewer. He is currently working as a Dean and Associate Professor at European University in Skopje, Macedonia.
|
| Note de contenu : |
index |
Clean and Renewable Energy [texte imprimé] / Jovan Pehcevski, Auteur . - TSP Publishing, 2026 . - 328 p. : ill. couv. en coul. voluminous ; 25x17.5 cm. ISBN : 978-99691-23050-- : 29 300,00 DA Publisher : TSP Publishing (Algérie)
Publication date : 1 Oct. 2026
Language : English
Print length : 328 pages
ISBN-10 : -
ISBN-13 : 978-99691-23050--
Item weight : 1.25 Kilograms
Dimensions : 17.59 x 2.54 x 27.94 cm Langues : Anglais ( eng)
| Mots-clés : |
Energie Renouvelable wind solar photovoltaic power hybrid electrical smart grids |
| Index. décimale : |
621.04 Energie Renouvelable |
| Résumé : |
Clean and Renewable Energy
Energy is the ability to do, move and work, We live in a world of energy and virtually everything arourid us is based on the use of some kind of energy. So far known natural processes and phenomena can be explained by several forms of energy: kinetic energy. potential energy, thermal energy, gravity, elasticity, electromagnetism, chemical energy, nuclear energy and mass.
ater and air flow, Earth The main sources of es of energy that can be found in nature are Sun energy (photosynthesis), evaporation, water energy (geothermal and gravity energy), and tide, the consequence of the gravitational force of the Sun, Moon and Earth When it comes to natural and primary forms of energy, we can divide them into renewable and non-renewable ones, given the time potential for their depletion. Renewable means that these sources owe the fact that energy is consumed at an amount not exceeding the rate at which it is produced in nature. Renewable energy reserves are often estimated for exploitation over several million years. This makes a fundamental difference to non-renewable resources, whose reserves have been estimated to last several
tens or hundreds of years and have lasted incomparably longer. Renewable energy can be divided into two main categories:
Traditional renewable energy sources, such as biomass and energy from large hydropower plants, and New renewable energy sources, such as solar, wind, geothermal and the like
The development of renewable energy sources especially from wind, water, sun and biomass is important for several reasons dioxide (CO2) emissions into the atmosphere. This is also These energy sources play a very important role in in reducing carbon dioxide
an important part of the USA, EU policies etc.
Increasing the share of renewable energy sources increases the energy sustainability of a country's system, At the same time, It helps to improve the security of energy delivery and thus reduces deperidence on imports of energy raw materials as well as
electricity It is expected in the near future that renewables will become economically competitive with conventional energy sources.
This edition covers different topics from clean and renewable energy, including solar and wind energy, smart grids, analysis of
renewable energy, and case studies from different countries. Section 1 focuses on solar and wind energy, describing technical properties of wind and solar photovoltaic power; improving the power generation performance of a solar tower using thermal updraft wind: wind-solar hybrid electrical power production to support national grid: a Jordan case study: and overview of research on optimization of integrated solar/wind power generation
systems Section 2 focuses on smart grids, describing energy efficiency and renewable energy technologies using smart grids: a perspective on the future of smart grid distribution; a framework for qualifying and evaluating smart grids approaches with focus on multi-agent technologies: a prospective study on energy management systems and energy efficiency in smart grids, and a voltage control in smart grids based on sensitivity theory
tivity theory Section 3 focuses on analysis of renewable energy, describing reliability evaluation of renewable energy share in power systems; a new approach for converting renewable energy to stable energy, the utility perspective of powering renewable programs and technical analysis and enlightenment of renewable energy.
Section 4 focuses on case studies from different countries, describing a GIS methodology for planning sustainable renewable energy deployment in Portugal: the necessity of the development of standards for renewable energy technologies in Nigeria, the development of the renewable energy tech y chnologies in Spain, the development of electricity grid, smart grid and renewable energy in Taiwan; and a case study of biofuels and solar energy that evaluates the renewable energy vulnerability to climate change in Brazi
Jovan obtained his PhD in Computer Science from RMIT University in Melbourne, Australia in 2007. His research research interests interests inclu include big data, business intelligence and predictive analytics, data and information science, information retrieval, XML, web services and service-oriented architectures, and relational and NoSQL database systems. He has published over 30 journal and conference papers and he also serves as a journal and conference reviewer. He is currently working as a Dean and Associate Professor at European University in Skopje, Macedonia.
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| Note de contenu : |
index |
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