IOT

IoE-EQ (Academic Year 2019/2020)

IoE Expert for Smart Cities



Virtual laboratory

Filter by academic year:
Material related to the whole subject.

n. 28.1 -
Laboratory: Smart meter simulation  (A.Y. 2019/2020)
smart meter internet of energy electricity consumption
n. 28.2 -
Laboratory: Smart meter for smart home  (A.Y. 2019/2020)
smart meter internet of energy electricity consumption
Lesson n.1: Introduction to the course

Lesson n.2: Introduction to IoT and IoE

Lesson n.3: IoE - Background and Perspectives

Lesson n.4: IoE technology

Lesson n.5: IoE, data and power economy

Lesson n.6: IoE business

Lesson n.7: IoE business analysis

Lesson n.8: IoE business strategy

Lesson n.9: IoE business analysis and strategy

Lesson n.10: Towards Electric Distributed Architectures

Lesson n.11: Smart grid concept

Lesson n.12: Microgrid Architectures

Lesson n.13: DC Microgrid laboratory case study

n. 13.1 -
Laboratory: Remote control of a smart micro-grid  (A.Y. 2019/2020)
smart grid smart home energy storage renewable sources
Lesson n.14: Remotable Microgrid Demonstrator

Lesson n.15: Power requirements of electric mobility

Lesson n.16: Main electric/hybrid vehicle configurations

Lesson n.17: Electric Vehicle Charging Modes

Lesson n.18: Electric Vehicle Charging Architectures

Lesson n.19: Innovative schemes for optimal vehicle integration

Lesson n.20: Laboratory case study of DC fast charging station for electric vehicles

Lesson n.21: Big Data for IoE

Lesson n.22: Machine Learning for IoE

Lesson n.23: Prediction and simulation for energy systems

Lesson n.24: Introduction to Networking for IoE environments

n. 24.1 -
Laboratory: MQTT protocol for smart home  (A.Y. 2019/2020)
Internet of energy MQTT data flow
Lesson n.25: Connectivity in Smart Grids

Lesson n.26: Introduction to cybersecurity

Lesson n.27: Smart grids - Cities vulnerabilities