Burt, Graeme||Rohjans, Sebastian||Strasser, Thomas <br/><br/>
Methods and Concepts for Designing and Validating Smart Grid Systems 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>web of cells||IHE||distribution grid||accuracy||use cases||Development||synchrophasors||underground cabling||solar photovoltaics (PV)||laboratory testbed||conceptual structuration||Quasi-Dynamic Power-Hardware-in-the-Loop||coupling method||time synchronization||smart energy systems||substation automation system (SAS)||testing||investment||time delay||interface algorithm (IA)||PHIL (power hardware in the loop)||network outage||operational range of PHIL||wind power||elastic demand bids||Model-Based Software Engineering||Enterprise Architecture Management||plug-in electric vehicle||Smart Grid Architecture Model||linear/switching amplifier||pricing scheme||average consensus||traffic reduction technique||cell||gazelle||smart grids control strategies||real-time simulation and hardware-in-the-loop experiments||4G Long Term Evolution—LTE||power loss allocation||cyber-physical energy system||experimentation||microgrid||resilience||integration profiles||remuneration scheme||renewable energy sources||shiftable loads||droop control||Power-Hardware-in-the-Loop||peer-to-peer||validation techniques for innovative smart grid solutions||frequency containment control (FCC)||synchronous power system||power frequency characteristic||development and implementation methods for smart grid technologies||cascading procurement||IEC 62559||device-to-device communication||DC link||validation and testing||information and communication technology||TOGAF||battery energy storage system (BESS)||active distribution network||stability||Validation||synchronized measurements||Architecture||locational marginal prices||SGAM||network reconfiguration||interoperability||seamless communications||fault management||real-time simulation||System-of-Systems||market design elements||micro combined heat and power (micro-CHP)||co-simulation-based assessment methods||islanded operation||connectathon||Software-in-the-Loop||voltage control||electricity distribution||distribution phasor measurement units||centralised control||data mining||robust optimization||modelling and simulation of smart grid systems||hardware-in-the-Loop||smart grids||cyber physical co-simulation||design||decentralised energy system||procurement scheme||Smart Grid||smart grid||distributed control||fuzzy logic||Power Hardware-in-the-Loop (PHIL)||simulation initialization||multi-agent system||adaptive control||real-time balancing market||co-simulation||optimal reserve allocation||Web-of-Cells||Hardware-in-the-Loop||micro-synchrophasors||linear decision rules||synchronization||hardware-in-the-loop||PMU||high-availability seamless redundancy (HSR)||market design||demand response