Concepts and Incentives for the Decentralization of Electrical Power Systems based on Building Energy Management Systems

Nonfiction, Science & Nature, Technology, Engineering
Cover of the book Concepts and Incentives for the Decentralization of Electrical Power Systems based on Building Energy Management Systems by Marcel Kurovski, GRIN Publishing
View on Amazon View on AbeBooks View on Kobo View on B.Depository View on eBay View on Walmart
Author: Marcel Kurovski ISBN: 9783656873600
Publisher: GRIN Publishing Publication: January 12, 2015
Imprint: GRIN Publishing Language: English
Author: Marcel Kurovski
ISBN: 9783656873600
Publisher: GRIN Publishing
Publication: January 12, 2015
Imprint: GRIN Publishing
Language: English

Bachelor Thesis from the year 2013 in the subject Engineering - Industrial Engineering and Management, grade: 1,3, Karlsruhe Institute of Technology (KIT) (Institut für Angewandte Informatik und Formale Beschreibungsverfahren (AIFB)), language: English, abstract: Electrical power systems face a paradigm shift: the change from supply-side orientation to demand-side concentration. This shift is promoted by an increasing share of renewable energy generation that is predominantly supplied on a local scale. Thus, electric power grids designed to serve unidirectional top-down energy distribution have to cope with increasing bidirectional power flows as a result from intermittent renewable energy supply. This compromises grid stability. Costs of conventional energy supply and energy related costs, resource depletion, climate change and dependence as well as supply security and reliability present further challenges in electrical power systems. Together they drive the engagement towards new technologies and approaches. The thesis examines Building Energy Management Systems (BEMS) and Micro Grids as well as their combination and the opportunity to conduct Demand Side Management (DSM) in order to integrate renewables, increase grid stability and raise independence. BEMS are systems that undertake energy management, controlling and prediction for loads, generators and storages of specific buildings. Micro grids interconnect distributed generation and storage devices. Both concepts incorporate considerable integration of Information and Communication Technology (ICT) which adds information flows to power flows. By aggregation of capacities, complexity reduction and adding flexibility to the local scale this combination has significant potential to tackle the challenges of the ongoing paradigm shift. The potential of buildings together with stakeholder interests and incentives to engage and propagate the application of these concepts as well as collaboration opportunities will be focus of this work. Technologies and enabled approaches can raise energy autonomy of buildings and networks of buildings, increase local reliability and security of energy supply but also support the utility grid by offering grid-supporting services. Therefore different building sectors will be assessed in this work and give a framework for the sector-specific evaluation of incentives. Monetary incentives through supply and trade of flexibility as well as reduction of energy and related costs or generation of revenues through power and ancillary services provision provide the most attracting incentives. Flexible loads and generators thus offer high potential for rewards. Markets and participation requirements will be outlined in this thesis.

View on Amazon View on AbeBooks View on Kobo View on B.Depository View on eBay View on Walmart

Bachelor Thesis from the year 2013 in the subject Engineering - Industrial Engineering and Management, grade: 1,3, Karlsruhe Institute of Technology (KIT) (Institut für Angewandte Informatik und Formale Beschreibungsverfahren (AIFB)), language: English, abstract: Electrical power systems face a paradigm shift: the change from supply-side orientation to demand-side concentration. This shift is promoted by an increasing share of renewable energy generation that is predominantly supplied on a local scale. Thus, electric power grids designed to serve unidirectional top-down energy distribution have to cope with increasing bidirectional power flows as a result from intermittent renewable energy supply. This compromises grid stability. Costs of conventional energy supply and energy related costs, resource depletion, climate change and dependence as well as supply security and reliability present further challenges in electrical power systems. Together they drive the engagement towards new technologies and approaches. The thesis examines Building Energy Management Systems (BEMS) and Micro Grids as well as their combination and the opportunity to conduct Demand Side Management (DSM) in order to integrate renewables, increase grid stability and raise independence. BEMS are systems that undertake energy management, controlling and prediction for loads, generators and storages of specific buildings. Micro grids interconnect distributed generation and storage devices. Both concepts incorporate considerable integration of Information and Communication Technology (ICT) which adds information flows to power flows. By aggregation of capacities, complexity reduction and adding flexibility to the local scale this combination has significant potential to tackle the challenges of the ongoing paradigm shift. The potential of buildings together with stakeholder interests and incentives to engage and propagate the application of these concepts as well as collaboration opportunities will be focus of this work. Technologies and enabled approaches can raise energy autonomy of buildings and networks of buildings, increase local reliability and security of energy supply but also support the utility grid by offering grid-supporting services. Therefore different building sectors will be assessed in this work and give a framework for the sector-specific evaluation of incentives. Monetary incentives through supply and trade of flexibility as well as reduction of energy and related costs or generation of revenues through power and ancillary services provision provide the most attracting incentives. Flexible loads and generators thus offer high potential for rewards. Markets and participation requirements will be outlined in this thesis.

More books from GRIN Publishing

Cover of the book Research on interoperability within development processes of Embedded Systems on an example by Marcel Kurovski
Cover of the book Markedness Theories by Marcel Kurovski
Cover of the book Cooperative Learning in Elementary School by Marcel Kurovski
Cover of the book User Guide for Trainee Network Administrators - DHCP, WINS, IIS, Proxy by Marcel Kurovski
Cover of the book Die Problembewältigung von Jugendlichen im Wandel der Zeit by Marcel Kurovski
Cover of the book Low-cost carrier industry: A focus on Germanwings strategy by Marcel Kurovski
Cover of the book An evaluation of the impact of gender, racial/ethnic background, social class, family and peer influence on juvenile delinquency by Marcel Kurovski
Cover of the book Strengths and weaknesses of the oversight over the auditing profession in the UK and USA. A description, analysis and discussion by Marcel Kurovski
Cover of the book 'Rio Bravo' - The antidote to 'High Noon'? by Marcel Kurovski
Cover of the book Business relationships in China and Guanxi by Marcel Kurovski
Cover of the book Human Occupation. Introduction to the theory and practice of occupational therapy by Marcel Kurovski
Cover of the book 'The Man Who Saved the World'? - How the British Think About Winston Churchill Today by Marcel Kurovski
Cover of the book Are the 4 P's of international marketing of equal importance to all firms? What factors might cause some to more or less important than others? by Marcel Kurovski
Cover of the book Analysis of a text regarding the model for Translation Quality Assessment of Juliane House by Marcel Kurovski
Cover of the book The Influence of Language Contact on the English Personal Pronouns by Marcel Kurovski
We use our own "cookies" and third party cookies to improve services and to see statistical information. By using this website, you agree to our Privacy Policy