TALK KEYWORD INDEX

This page contains an index consisting of author-provided keywords.

( | |

(n-1) criterion | |

3 | |

3D finite element analysis | |

4 | |

4G | |

5 | |

5G | |

A | |

ac current ripple | |

Active Distribution Network | |

Active filter | |

Active power loss transmission network | |

Adaptive VSM | |

aerogenerator AE 61 | |

AFE rectifier | |

aged insulation | |

aggregate modelling | |

aggregator | |

alternative sources of electricity | |

Aluminum vessel | |

AMI | |

Ampacity | |

analysis | |

ancillary services | |

Ant colony optimization | |

ARMA | |

Artificial neural network | |

attack trees | |

Automated Meter Reading (AMR) | |

Automatic pump | |

Automation | |

B | |

back end | |

Backpropagation | |

Barriers | |

Battery | |

battery costs | |

battery energy storage system | |

battery energy storage systems | |

battery system | |

Bidirectional converters | |

Biological contaminations | |

Bipolar DC microgrid | |

Blade element momentum (BEM) | |

Blockchain | |

blockchain technology | |

Bluetooth | |

BMS | |

Boost converter | |

Branch congestion | |

Brazil | |

brushless | |

Buck-boost | |

Building energy management system | |

building energy simulation | |

C | |

cable sizing | |

Capacitor Voltage Transformer | |

capacity problems | |

cascaded control | |

cascading | |

Centrality measures | |

Challenge Driven Education | |

Chaotic PPM technique | |

Chaotic SPWM | |

Charging | |

Charging stations | |

charging-discharging scenarios | |

CIGS | |

Circulating current | |

Claw-pole alternator | |

Climate change | |

Cloud Computing | |

Cloud-based platform | |

Cluster ValidityFinding Fault | |

clustering | |

CO2 footprint | |

cognitive radio ad hoc network | |

coherent swing | |

combinatorial optimization | |

Common Mode Voltage | |

compensation topology | |

Complex networks | |

COMSOL Multiphysics | |

Congestion Management | |

Constant Current Driver | |

Constant Power Load | |

Contiki | |

Continuation Power Flow | |

continuous-time Markov chains | |

Control | |

Control room tools | |

Control system design | |

controlling software | |

converter | |

Cooja | |

Cooperative Relaying | |

corrugation | |

Cost Optimization | |

cost-effective system | |

Coulomb counting | |

Coupled-inductor filter | |

Covert Agent | |

Covert Attack | |

CPL modeling and analysis | |

Critical Infrastructure | |

cuckoo search algorithm | |

current control | |

Current self-average | |

Current tracing | |

cyber attacks | |

cyber security | |

cyber-security | |

D | |

daily consumption curve | |

damping controller | |

Data acquisition | |

data analytics | |

Data centre | |

Data-driven approach | |

DC Community Grid | |

dc excitation | |

dc faults | |

DC microgrid | |

DC motor | |

DC-DC Buck converter | |

DC-DC converter | |

DC-link voltage | |

DC/DC boost converter | |

DCOPF | |

DC–DC converter | |

Decentralized Finance | |

Deep learning | |

deep reactive ion etching | |

DEEPSO | |

Default Diagnosis | |

defect | |

demand flexibility | |

demand forecasting | |

demand response | |

Demand Response (DR) | |

demand shifting | |

Demand side management | |

Demand Side Management (DSM) | |

demand-side management | |

Dense turbine arrays | |

DER integration | |

DERs | |

Desigbn | |

DesignBuilder | |

DFIG | |

DFT calculations | |

DG | |

Diesel Generator | |

Diesel-PV Hybrid | |

Digital PID (PD) | |

Diode-emulation reconfigurable stages | |

Direct Converter | |

Direct Torque Control (DTC) | |

directed acyclic graph | |

direction detection | |

Directional overcurrent relays | |

Disintermediation | |

Dispatch strategies | |

dispatchable renewables | |

Dissolve Gas Analysis | |

distance protection | |

distributed generation | |

distribution grid | |

Distribution grids | |

Distribution Network | |

Distribution network energy provider | |

distribution network planning | |

distribution network reconfiguration | |

distribution networks | |

Distribution solar photovoltaic | |

Distribution System | |

district heating | |

doubly fed induction generator | |

Drivers | |

Droop Control | |

DSO | |

dsPIC | |

Duty Cycle | |

Dynamic model | |

E | |

ECOS Model | |

Edge-nodes set | |

efficiency | |

Egypt | |

electric car | |

electric motorcycles | |

electric power systems | |

Electric Vehicle | |

Electric Vehicle Aggregator | |

electric vehicle aggregators | |

electric vehicle fast charging | |

electric vehicles | |

Electric vehicles (EVs) | |

Electrical stimulation | |

electricity | |

Electricity derivatives | |

Electricity grid | |

electricity market | |

electricity price modeling | |

electricity pricing mechanism | |

electro-bus | |

Electromagnetic time reversal | |

EM modulation | |

Embedded Board | |

EMI | |

emissions | |

EMT | |

emulator model | |

Energy | |

Energy arbitrage | |

Energy Community | |

energy consumption | |

energy control | |

energy conversion | |

Energy Devices | |

Energy distribution | |

Energy Efficiency | |

Energy Management | |

energy management System | |

Energy Management System (EMS) | |

Energy meter | |

energy monitoring | |

energy sector coupling | |

Energy Sharing | |

energy storage | |

Energy Storage Systems | |

energy system planning | |

Energy systems | |

Energy Transition | |

energy-efficiency | |

energy-generating platform | |

energy-saving technologies | |

engine | |

Environmental Effects | |

EPSO | |

EV | |

EV charging station | |

EV Fleet | |

EVA | |

extended Kalman filter | |

Externalities | |

F | |

FACTS | |

FACTS device | |

Failure Rate (f(t)) | |

Farming | |

fault analysis | |

Fault classifications | |

Fault detection | |

Faults detection | |

FCR | |

feasibility studies | |

Field-oriented control (FOC) | |

Filters sensitivity factor (FSF) | |

FIWARE | |

flashover | |

flashover voltages | |

flexibility | |

flexibility potential | |

flexible | |

flexible generation | |

flyback converters | |

Flying capacitor converter | |

fog computing | |

forecasting | |

Four Switch Three Phase Inverter (FSTPI) | |

fractional order PID | |

framework | |

Frequency Containment Reserve | |

frequency control | |

Frequency Deviation | |

Frequency response | |

frequency support | |

Fuel consumption model | |

Fuzzy | |

Fuzzy Approach | |

Fuzzy Clustering | |

Fuzzy Logic Control (FLC) | |

G | |

gap grading | |

gas turbine | |

gaussian process regression | |

Gear's method | |

generator | |

genetic algorithm | |

genetic algorithm (GA) | |

GHDH | |

Global System for Mobile communication (GSM) Microcontroller | |

Governance | |

graph theory | |

green energy | |

greenhouse solar dryers | |

grid expansion | |

grid extension | |

Grid Integration | |

grid regulation | |

grid structure | |

grid-booster | |

grid-connected | |

Grid-forming Control | |

grid-supportive function | |

GUI | |

H | |

H5 | |

Harmonic attenuation factor (HAF) | |

Harmonic conditions | |

Harmonic Stability | |

Harmonics | |

Harmonics and distortion | |

Harmonics loss factor | |

Harmony search algorithm | |

Healthcare institution | |

Heavy duty truck | |

HEV | |

hexagonal turbine layouts | |

High-gain converter | |

HOMER | |

Homer Pro software | |

HOMER Pro® | |

Hosting capacity | |

hotspot temperature rise | |

HRES | |

HVAC | |

HVDC | |

HVDC transmission | |

Hybrid dynamic system | |

hybrid energy systems | |

hybrid excitation | |

Hybrid filter | |

hybrid grid | |

Hybrid grids | |

hybrid simulation | |

Hybrid Storage | |

Hydrophobicity | |

hydropower | |

I | |

ICT | |

ICT for smart grids | |

IGBT | |

impact assessment | |

Impedance Measurement | |

Impedance Scaling | |

incident response | |

Incremental Conductance (IC) | |

Induction Motor (IM) | |

Inductive Power Transfer | |

inductive power transmission (IPT) | |

inductor design | |

industrial energy simulation | |

injection substation | |

Innovation | |

Insulators | |

integrated generation and grid expansion | |

intelligent | |

inter-area | |

inter-pole PMs | |

interconnect | |

interdependency | |

interdependent networks | |

Internet of Things | |

Internet of Things (IoT) | |

intrusion detection | |

Inverters | |

IoT | |

Islanded Microgrid | |

istribution Systems | |

iterated local search | |

K | |

KNIME Software Workflow | |

L | |

Lagrangian relaxation | |

Large-scale PV systems | |

Large-signal stability | |

Latency | |

latent heat storage | |

layout optimization | |

Leakage currents | |

least squares estimation | |

LED | |

LED Dimming | |

LED driver | |

Li-ion battery | |

Life cycle cost | |

Lightning | |

Load demand | |

Load Demand Analysis | |

Load flow analysis | |

Load frequency control | |

Load Frequency Control (LFC) | |

Load Shedding | |

load-dependent pricing | |

load-levelling | |

Local Energy Market | |

local flexibility markets | |

Logistic map | |

Long Short Term Memory (LSTM) | |

long-term voltage stability | |

Lora WAN | |

Loss allocation to loads nodes | |

Losses | |

low frequency electromechanical oscillations (LFEO) | |

Low stresses | |

low voltage distribution network | |

low voltage grids | |

low-cost hardware | |

LPL | |

LQR | |

LSD | |

LTE | |

M | |

MAC | |

magnetic analysis | |

market design | |

market-coupling | |

MATLAB | |

MATLAB 2018a | |

Matlab and Simulink | |

Maximum demand | |

Maximum Power Point Tracking (MPPT) | |

mechanical properties | |

medium voltage dc applications | |

medium voltage insulator | |

meshed grid | |

meta-heuristic | |

Micro Phasor Measurement Unit | |

Micro SD card | |

micro service based architecture | |

micro-grid | |

Micro-grids | |

micro-siting | |

Microcontroller | |

microgrid | |

Microgrids | |

Middle-ware | |

Middleware | |

MILP | |

minigrid | |

mixed integer nonlinear programming | |

mixed integer second-order cone programming | |

mixed-integer programming | |

MMC Test Bench | |

MMC-HVDC | |

Mobile Agent | |

Mobile network | |

model driven engineering | |

model verification | |

Modelica | |

Modeling | |

Modelling | |

modified model predictive control | |

Modified ReCIPE Model | |

modular electric drive | |

Modular Multilevel Converter | |

monitoring | |

Monte Carlo simulation | |

MPPT | |

MQTT | |

Multi Agent System | |

multi-agent | |

multi-energy simulation | |

multi-energy systems | |

Multi-level modular converter | |

multi-rate | |

Multicellular converter | |

multiplier | |

Mylar tape | |

MYTO | |

N | |

near field scanning technique | |

Network | |

network constraints | |

Network Distribution | |

Network to client power exchange | |

Network visualisation | |

neural networks | |

Neuro-fuzzy | |

Nigeria | |

Node-edges set | |

non-isolated DC/DC converter | |

Nonlinear stability analysis theory | |

numerica relay | |

Numerical integration | |

nZEB | |

O | |

Ocean Energy | |

Offshore | |

Oil | |

Olive Mill Wastewater | |

on-load features | |

open-circuit fault | |

OpenModelica | |

Operational Sequence | |

optimal | |

Optimal control | |

Optimal currents | |

Optimal power flow | |

optimal reactive power flow | |

optimal reconfiguration | |

optimal sizing techniques | |

optimisation | |

Optimization | |

optimum scheduling | |

overhead transmission | |

Overhead Transmission Line | |

overvoltage | |

P | |

Parabolic solar cooker | |

Parallel Redundant Protocol (PRP) | |

Parametrization | |

Park and Law model | |

particle swarm optimization | |

passenger and cruise ships | |

Passive filter | |

Passive power filters (PPFs) | |

peak shaving | |

peak-shaving | |

peer to peer | |

peer-to-peer | |

Peer-to-peer trading | |

Permanent magnet synchronous generator | |

Permanent magnet synchronous generator (PMSG) Maximum power point tracking (MPPT) | |

Perovskite Solar Cells | |

Perturb & Observe (P&O) | |

Perturb and Observe (P&O) control approach | |

Petri Nets control | |

phase change material | |

Photovoltaic | |

Photovoltaic (PV) | |

Photovoltaic generator | |

Photovoltaic Systems | |

photovoltaics | |

PI controllers | |

piecewise linear cost | |

Pitching control | |

placement | |

PM excitation | |

PMSG | |

PNN Neural Networks | |

pollution | |

porcelain | |

potential distribution | |

power balance | |

power consumption monitoring | |

Power conversion efficiency | |

Power converter | |

Power demand and supply | |

power electronic systems | |

Power Electronic Transformer (PET) | |

Power Electronics | |

Power Energy | |

Power factor | |

power flow | |

Power flow tracing | |

power flows | |

Power Grid | |

power harmonics | |

Power Line Communications | |

power loss minimization | |

power losses | |

power oscillation damping | |

power quality | |

Power Sharing | |

power system | |

Power System Dynamics | |

Power System Operation | |

power system planning | |

power system services | |

Power system visualisation | |

power systems | |

prediction | |

prediction markets | |

Predictive control | |

Predictive Systems | |

Pricing | |

pricing schedule | |

Primary Reserve | |

probabilistic load flow | |

Probabilistic Load Flow computation | |

Prognostic | |

program | |

protection coordination | |

PUC inverter | |

Pumped storage | |

PV | |

PV energy | |

PV inverters | |

PV system | |

PWM control | |

PYPOWER | |

Q | |

quality of service | |

R | |

Radial low voltage distribution network | |

radiated emissions | |

Reactive power compensation | |

real-time | |

Real-time communication | |

Real-time monitoring | |

recurrent neural network | |

Recurrent Neural Network (RNN) | |

Reliability | |

reliability improvement | |

Remaining useful life | |

Renewable Distributed Generation (RDG) | |

Renewable electricity | |

Renewable energy | |

Renewable energy resources | |

renewable energy sources | |

renewables integration | |

residential charging | |

Resistance distribution | |

resonant converter | |

REST API based communication | |

Return on Investment | |

RF energy harvesting | |

RF-DC rectifier | |

river Kaduna | |

RLC method | |

robust optimization | |

rotor angle | |

run of river | |

rural electrification | |

Rwanda | |

Rwanda distribution network | |

S | |

safety system | |

SDG7 | |

Seasonal model | |

Secondary Distribution Network | |

Secondary input impedance | |

SECS modelling | |

Security | |

Security Operations Centre | |

Sensitivity Analysis | |

Sensitized ETLs | |

Sensor Network | |

Sensors Network | |

service life | |

Service restoration | |

Service-oriented | |

Settling Time | |

Shipboard micro-grids (SMs) | |

Shipboard power system | |

Short Message Service (SMS) | |

Short-circuit current | |

silicon | |

simulation | |

Simulations | |

Simulink | |

Site Selection | |

Situational awareness | |

sizing | |

Sliding mode control | |

small signal model | |

Small wind turbine | |

Small wind turbine (SWT) | |

Small wind turbines | |

Small-signal stability | |

Smart Buildings | |

Smart Contracts | |

Smart devices | |

Smart energy platform | |

Smart Geyser controller | |

Smart grid | |

smart grids | |

Smart Meter | |

smart metering | |

Smart Transformer | |

smartgrid | |

social acceptance | |

soft-switching | |

Software as a Service (SaaS) | |

software meta-model | |

solar | |

solar cell | |

solar energy | |

Solar Irradiation | |

solar photovoltaic | |

Solar Photovoltaic (PV) Systems | |

Solar PV | |

Solar PV generation | |

Solar radiation | |

Spectroscopic characterization | |

Speed controller | |

Split-capacitor | |

stability | |

stand-alone microgrids | |

standalone DC microgrid | |

Standalone PV | |

standalone PV System | |

State of charge | |

static var compensator (SVC) | |

statistical performance evaluation | |

stator-rotor flux linkage | |

steady-state VAR demand | |

Steamers | |

step-up transformer | |

Step-up Transformers | |

Stirling | |

stochastic DG allocation | |

stochastic-probabilistic analysis | |

storage | |

Stray gassing | |

stretchable | |

styling | |

Sub transmission | |

Sub-transmission line | |

Superheating | |

Supervisor controller | |

Surge arrestors | |

Sustainability | |

sustainable energy | |

sustainable transportation | |

SVPWM | |

switched reluctance motor | |

switching and conduction losses | |

System Output Analysis | |

system performance | |

T | |

Tabuk and Riyadh | |

Tariff | |

Temperature rise | |

Terms—Internet of Things | |

thermostatically controlled loads | |

thin film | |

three-phase inverter | |

threephase unbalanced systems | |

Thévenin Equivalent Impedance | |

Tidal turbine | |

Time Of Use (TOU) | |

Tokenisation | |

total harmonic distortion | |

Total Ownership Cost | |

ToU tariff | |

trading | |

transactive energy | |

Transconductance ratio | |

Transformation ratio | |

Transformers | |

transient stability | |

Transmission | |

Transmission line protection | |

Tunisia | |

turbine spacings | |

turbulence intensity saturation | |

U | |

UDDS | |

ul-tracapacitor | |

Ultracapacitor | |

Uncertainty | |

unit commitment | |

urban transport | |

V | |

V2G | |

value network | |

VAR compensation | |

variable | |

variable renewable energy | |

Vehicle-to-Grid | |

Virtual Inertia | |

Virtual Synchronous Machine | |

voltage control | |

voltage imbalance | |

Voltage profile | |

Voltage self-average | |

voltage source inverter | |

voltage stability | |

voltage vectors | |

voltage-based method | |

Voltage-oriented control (VOC) | |

W | |

wake effect | |

wake turbulence model | |

Water Pump | |

Water Temperature | |

Water-to-wire | |

Wave Energy | |

Wave Energy Converter | |

Web applications | |

WECS modelling | |

Wholesale Electricity Market | |

wide-area measurement system (WAMS) | |

Wind | |

Wind energy | |

Wind energy system | |

wind farm | |

wind generator | |

Wind power plant | |

Wind turbine | |

Wind Turbine generation | |

Wind-Solar System (WI-Se) | |

Winding Eddy Losses | |

wireless charging | |

wireless commutation | |

Wireless Precision Time Protocol | |

Women in Power | |

workshop | |

WSN | |

X | |

X-MAC | |

Z | |

Zeta converter | |

Zigbee communication |