DC distribution systems and microgrids / edited by Tomislav Dragičević, Pat Wheeler and Frede Blaabjerg

Additional Titles:: Direct-current distribution systems and microgrids
Published:: London, United Kingdom : The Institution of Engineering and Technology, 2018.
Copyright Date:: ©2018
Physical Description:: xx, 449 pages : illustrations (some color) ; 24 cm.
Additional Creators:: Dragičević, Tomislav
Wheeler, Pat (Engineer)
Blaabjerg, Frede

Availability

I Want It

Finding items...

Series:

IET energy engineering ; 115

Contents:

Machine generated contents note: 1.1.Introduction / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.2.The hierarchical control for DC MGs / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.3.Primary control / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.3.1.Basics of droop control / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.3.2.Power sharing errors / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.3.3.Droop strategies / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.3.4.Dynamic power sharing / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.3.5.Interfaces to upper levels / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.4.Secondary control / Fei Gao / Serhiy Bozhko / Tao Yang / Linglin Chen / Patrick Wheeler -- 1.4.1.Centralized approach / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.4.2.Distributed approach / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.5.Tertiary control / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 1.6.Summary / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- References / Linglin Chen / Tao Yang / Patrick Wheeler / Serhiy Bozhko / Fei Gao -- 2.1.Introduction / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.2.Decentralized approaches / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.2.1.Mode-adaptive (autonomous) droop control / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.2.2.Nonlinear droop control / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.2.3.Frequency droop control / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.3.Distributed approaches / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.3.1.Fully communicated control / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.3.2.Sparse communicated (consensus-based) control / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.3.3.Sparse communicated control using current information / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 2.4.Conclusion and future study / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- References / Saeed Peyghami / Frede Blaabjerg / Hossein Mokhtari -- 3.1.Dynamic characteristics of DC microgrids / Alexis Kwasinski -- 3.2.DC microgrids stability analysis / Alexis Kwasinski -- 3.3.Passive approaches for stabilization of DC microgrids / Alexis Kwasinski -- 3.4.Control strategies for stable DC microgrids operation / Alexis Kwasinski -- 3.5.Operation of rectifiers with instantaneous constant power loads / Alexis Kwasinski -- 3.6.Summary / Alexis Kwasinski -- References / Alexis Kwasinski -- 4.1.Introduction / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.2.Faults in DC power systems / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.2.1.Fault types and behavior / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.2.2.Fault current analysis / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.2.3.Faults in various bus configurations / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.3.Coordinated protection techniques / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.3.1.AC side protection / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.3.2.DC side protection / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.3.3.Applications / Jae-Do Park / Md Habib Ullah / Bhanu Babaiahgari -- 4.4.Summary / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 4.5.Acknowledgment / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- References / Jae-Do Park / Bhanu Babaiahgari / Md Habib Ullah -- 5.1.Introduction / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.2.DC microgrid operation and control fundamentals / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.2.1.Power/energy management schemes / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.2.2.Control schemes / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.3.Interfacing converter control strategies for power/energy management purposes / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.3.1.Voltage control/grid-forming mode / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.3.2.Current control/grid-following mode / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.4.Illustrative example / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 5.5.Conclusions / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- References / Amjad Anvari-Moghaddam / Marko Delimar / Tomislav Dragicevic -- 6.1.Introduction / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.2.Solid-state transformer-based microgrid: architecture and benefits / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.3.Centralized power management of solid-state transformer-based DC microgrid / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.3.1.Power management strategy / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.3.2.Case study / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.3.3.Summary / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.4.Hierarchical power management of solid-state transformer-enabled DC microgrid / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.4.1.Power management strategy / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.4.2.Case study of a small-scale DC microgrid / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.4.3.Summary / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.5.Control of SST-enabled DC microgrid as a solid-state synchronous machine (SSSM) / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.5.1.Concept of the SSSM / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.5.2.Frequency regulation / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.5.3.Power up/down reserve support / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.5.4.Voltage regulation / Xunwei Yu / Alex Huang / Xu She / Yizhe Xu -- 6.5.5.Case study / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.5.6.Summary / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 6.6.Conclusion / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- References / Xu She / Yizhe Xu / Xunwei Yu / Alex Huang -- 7.1.Introduction / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.1.1.Local area power and energy system / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.2.Why control the load? / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.2.1.Benefit of load control / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.2.2.Is load modulation practical? / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.3.Time-scale of energy requirements / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.3.1.Short-term transients / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.3.2.Long-term transients / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.4.Autonomous load control / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.4.1.Control / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.4.2.Architecture / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.4.3.Strategy for controlling the load to be an energy asset / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.5.Droop control for stability and information communication / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.5.1.Constant power load and its deleterious effect on dc systems / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.5.2.Steady state stabilization / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.5.3.Dynamic stabilization / Morcos Metry / Robert S. Balog / Mohammad Shadmand -- 7.6.Voltage-based load interruption / Robert S. Balog / Mohammad Shadmand / Morcos Metry -- 7.6.1.Power flow analysis / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- 7.6.2.Contingency analysis / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- 7.6.3.Search algorithm / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- 7.7.dv/dt-Based dynamic load interruptions / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- 7.8.Load prioritization and scheduling / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- 7.9.Summary / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- Acknowledgments / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- References / Robert S. Balog / Morcos Metry / Mohammad Shadmand -- 8.1.Overview of EV and EVSE markets and trends / Srdjan Srdic / Srdjan Lukic -- 8.2.dc Fast charging systems and requirements / Srdjan Srdic / Srdjan Lukic -- 8.2.1.dc Fast charging systems and standards / Srdjan Srdic / Srdjan Lukic -- 8.2.2.State-of-the-art EV dc fast chargers / Srdjan Srdic / Srdjan Lukic -- 8.2.3.dc Fast charger power converter topologies / Srdjan Srdic / Srdjan Lukic -- 8.3.Microgrid topologies for EV charging / Srdjan Srdic / Srdjan Lukic -- 8.3.1.State-of-the-art dc fast charger installation / Srdjan Srdic / Srdjan Lukic -- 8.3.2.Medium-voltage dc fast chargers: a new approach to high-power EV fast charging / Srdjan Srdic / Srdjan Lukic -- 8.4.Conclusions and future trends / Srdjan Srdic / Srdjan Lukic -- References / Srdjan Srdic / Srdjan Lukic -- 9.1.Solid-state transformer: concept / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.2.SST in electric distribution grid application / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.3.ST architecture classification / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.3.1.Power conversion stages / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.3.2.Modularity / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.3.3.Modularity level / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.3.4.dc Link voltage availability / Levy Costa / Marco Liserre / Giampaolo Buticchi --
Contents note continued: 9.4.Solid-state transformer and smart transformer architectures overview / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.5.dc-dc Stage: power converter topologies / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.5.1.Requirements / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.5.2.Basic module topologies / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.6.Series resonant converter / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.6.1.Current stress / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.6.2.Efficiency expectation / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.7.Dual active bridge (DAB) converter / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.7.1.Modulation strategy / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.7.2.Analysis of the DAB using the PSM / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.7.3.Current stresses on the DAB / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.7.4.Efficiency calculation / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.8.Active-bridge converter: control description and tuning / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 9.9.Summary / Levy Costa / Marco Liserre / Giampaolo Buticchi -- References / Levy Costa / Marco Liserre / Giampaolo Buticchi -- 10.1.Introduction / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.2.Bipolar-type DC distribution systems / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.3.Topologies and operational aspects of bipolar LVDC grids / Samir Kouro / Bin Wu / Sebastian Rivera / Ricardo Lizana -- 10.3.1.Distribution converter topologies / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.4.Balancing topologies / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.4.1.Bidirectional buck-boost topologies / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.4.2.Coupled inductor current redistributor / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.4.3.Three-level DC-DC current redistributors / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.5.Control schemes / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.5.1.Cascade control / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.5.2.AC-DC converter control / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- 10.6.Summary / Sebastian Rivera / Ricardo Lizana / Samir Kouro / Bin Wu -- Acknowledgement / Samir Kouro / Ricardo Lizana / Sebastian Rivera / Bin Wu -- References / Bin Wu / Sebastian Rivera / Ricardo Lizana / Samir Kouro -- 11.1.Introduction / Fei Gao / Tao Yang / Pat Wheeler / Serhiy Bozhko -- 11.2.Aircraft electrical power system / Fei Gao / Tao Yang / Serhiy Bozhko / Pat Wheeler -- 11.2.1.Power generation / Fei Gao / Tao Yang / Pat Wheeler / Serhiy Bozhko -- 11.2.2.Power distribution / Fei Gao / Tao Yang / Serhiy Bozhko / Pat Wheeler -- 11.2.3.Power utilization / Fei Gao / Tao Yang / Pat Wheeler / Serhiy Bozhko -- 11.2.4.Energy storage system / Fei Gao / Tao Yang / Serhiy Bozhko / Pat Wheeler -- 11.3.Power quality requirements in aircrafts / Fei Gao / Tao Yang / Pat Wheeler / Serhiy Bozhko -- 11.4.Aircraft starter/generator control / Fei Gao / Serhiy Bozhko / Tao Yang / Pat Wheeler -- 11.5.Control strategies in aircraft DC microgrids / Fei Gao / Tao Yang / Pat Wheeler / Serhiy Bozhko -- 11.5.1.Primary control / Fei Gao / Tao Yang / Serhiy Bozhko / Pat Wheeler -- 11.5.2.Secondary control / Fei Gao / Tao Yang / Pat Wheeler / Serhiy Bozhko -- 11.6.Stability analysis / Fei Gao / Serhiy Bozhko / Tao Yang / Pat Wheeler -- 11.7.Chapter summary / Fei Gao / Tao Yang / Serhiy Bozhko / Pat Wheeler -- Acknowledgement / Fei Gao / Pat Wheeler / Serhiy Bozhko / Tao Yang -- References / Fei Gao / Pat Wheeler / Serhiy Bozhko / Tao Yang -- 12.1.Introduction / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.2.Architecture of shipboard MVDC power systems / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.2.1.Structure of DC bus / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.2.2.Prime movers / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.2.3.Components of shipboard MVDC power systems / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.3.Control of shipboard MVDC power systems / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.3.1.Gen-sets / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.3.2.Energy storage systems / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.3.3.Power management control / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.4.Stability analysis / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.5.Faults and protection / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.5.1.Architecture of protection schemes / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.5.2.Fault detection and location / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 12.6.Summary / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- References / Dong-Choon Lee / Due Dung Le / Dinh Du To / Yoon-Cheul Jeung -- 13.1.Introduction / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.1.1.Power electronic system in electrified vehicles / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.1.2.DC auxiliary loads in electrified vehicles / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.2.Converter topologies in electrified vehicles / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.2.1.Conductive HV battery chargers / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.2.2.Active power filters in HV battery chargers / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.2.3.LV auxiliary power modules / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.3.Practical design considerations / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.3.1.Selections of switching devices / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.3.2.Selections of DC-link capacitors / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.3.3.Design considerations of DC bus bars / Ruoyu Hou / Jing Guo / Ali Emadi -- 13.4.Topological reconfigurations of DC systems in electrified vehicles / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.4.1.Topological reconfigurations in HV charging and propulsion systems / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.4.2.Topological reconfigurations in dual-voltage charging systems / Ruoyu Hou / Ali Emadi / Jing Guo -- 13.5.Conclusions / Ruoyu Hou / Ali Emadi / Jing Guo -- References / Ruoyu Hou / Ali Emadi / Jing Guo -- 14.1.Introduction / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.2.Development of DC power distribution in data centers / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.3.Efficiency / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.4.Reliability / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.4.1.Fault tolerance / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.4.2.Back-up power / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.5.Integration with other DC sources and loads / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.5.1.Renewable and distributed energy sources / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.5.2.Cooling / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.5.3.Lighting / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.6.Installation / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.6.1.Isolation / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.6.2.Grounding / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.6.3.Wiring / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.6.4.Connectors / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.6.5.Total cost of ownership / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.7.Protection / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.8.Power quality / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.9.Stability / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.10.Existing high voltage DC data centers / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.11.Key obstacles to widespread adoption of DC data centers / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.11.1.Overly optimistic claims / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.11.2.Emergence of rack-level UPS / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.11.3.Protection and DC circuit breakers / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.11.4.Incumbent cost and familiarity advantages / Robert C.N. Pilawa-Podgurski / Enver Candan -- 14.12.Conclusion / Robert C.N. Pilawa-Podgurski / Enver Candan -- References / Robert C.N. Pilawa-Podgurski / Enver Candan -- 15.1.Introduction / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.2.Conceptualisation: DC microgrids in buildings / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.3.Classification of microgrids / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt / Rajeev Kumar Chauhan / Sri Nivas Singh -- 15.3.1.AC microgrid system / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.3.2.Hybrid AC-DC microgrid system / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.3.3.DC microgrid system / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.4.Topologies for DC microgrid for residential applications / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.4.1.Unipolar LVDC system / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.4.2.Bipolar LVDC system / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt --
Contents note continued: 15.5.Mathematical analysis of AC vs DC microgrid system / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.5.1.Total daily load / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.5.2.Voltage, current and power losses in DC supply / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.6.Comparison between AC and DC residential buildings / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.7.AC residential buildings / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.8.DC residential buildings / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.9.Automation architecture for smart DC residential buildings / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.9.1.Field level / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.9.2.Field network / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.9.3.Automation level / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt / Rajeev Kumar Chauhan / Sri Nivas Singh -- 15.9.4.Primary and secondary network / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.9.5.Management level / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.10.Advantages, challenges and barriers of smart DC residential buildings / Rajeev Kumar Chauhan / Francisco Gonzalez-Longatt / Bharat Singh Rajpurohit / Sri Nivas Singh -- 15.11.Comparison AC and DC residential buildings: an illustrative example / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 15.12.Conclusions / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- References / Rajeev Kumar Chauhan / Sri Nivas Singh / Bharat Singh Rajpurohit / Francisco Gonzalez-Longatt -- 16.1.Introduction / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.Architecture of dc microgrids / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.1.MVDC and LVDC microgrid for dc distribution systems / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.2.LVDC microgrid for space applications / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.3.MVDC microgrid for marine applications / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.4.LVDC microgrid for data centers / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.5.LVDC microgrid for homes / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.2.6.MVDC microgrid for oil-drilling applications / Tomislav Dragicevic / Frede Blaabjerg / Yongheng Yang / Saeed Peyghami / Rasool Heydari -- 16.3.dc Microgrids for photovoltaic power plants / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.4.PV system modeling / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.4.1.Ideal model of a PV cell / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.4.2.Single diode with series resistance model / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.4.3.Single-diode with shunt resistance model / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.4.4.Double-diode model / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.5.Power converter technologies / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.5.1.Transformerless topologies / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.5.2.dc Converters with high-frequency transformers / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.5.3.Next generation PV converters / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.6.Control of dc microgrids for PV collection plants / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.7.Simulation of a droop-controlled PV microgrid / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 16.8.Summary / Yongheng Yang / Tomislav Dragicevic / Saeed Peyghami / Rasool Heydari / Frede Blaabjerg -- References / Rasool Heydari / Saeed Peyghami / Frede Blaabjerg / Tomislav Dragicevic / Yongheng Yang -- 17.1.Introduction / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.2.Off-grid dc microgrids / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.2.1.Architecture / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.2.2.Components / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.2.3.Control and operational safety / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.2.4.Socioeconomic impact / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.2.5.Discussion / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.3.Transportation electrification / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.3.1.Shipboard dc microgrids / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.3.2.Railway traction with dc supply / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.3.3.Discussion / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.4.Datacenters / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.4.1.Architecture / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.4.2.Components / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.4.3.Protection and grounding system / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.4.4.Discussion / Aditya Shekhar / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo -- 17.5.Residential and commercial dc buildings / Aditya Shekhar / Laura Ramirez-Elizondo / Seyedmahdi Izadkhast / Pavol Bauer -- 17.5.1.dc House / Aditya Shekhar / Laura Ramirez-Elizondo / Seyedmahdi Izadkhast / Pavol Bauer -- 17.5.2.Building interiors / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo / Aditya Shekhar -- 17.5.3.dc Distribution grids / Seyedmahdi Izadkhast / Pavol Bauer / Laura Ramirez-Elizondo / Aditya Shekhar -- 17.5.4.Discussion / Pavol Bauer / Seyedmahdi Izadkhast / Laura Ramirez-Elizondo / Aditya Shekhar -- References / Seyedmahdi Izadkhast / Pavol Bauer / Laura Ramirez-Elizondo / Aditya Shekhar.

Subject(s):

ISBN:

9781785613821 (hardback)
1785613820 (hardback)

Bibliography Note:

Includes bibliographical references and index.

View MARC record | catkey: 25798213