The book presents a modelling framework for integrated steady-state optimisation of energy service networks under the presence of embedded technologies; time-coordinated optimal power flow for energy service networks; on load tap changers; combined heat and power generation and; modelling electric vehicle mobility on energy service networks.
Contents
Foreword -- Preface -- Abbreviations -- Symbols -- Challenges in effectively managing energy resources, infrastructures and conversion technologies -- Integrated modelling review -- Modelling of energy service networks -- Modelling embedded technologies in energy service networks -- Time-coordinated optimal power flow for energy service networks -- Optimising DERs in energy service networks: a case study -- Modelling electric vehicle mobility in energy service networks -- Concluding remarks -- Appendix A Urban agglomeration data -- Appendix B UK energy flow analysis -- Appendix C Electrical load flow code -- Appendix D Natural gas load flow code -- Appendix E OLTC derivatives -- Appendix F Per unit system values -- Appendix G KKT optimality conditions -- Appendix H Newton's method -- References -- Index.
Local Note
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