by Gurvan JODIN, 03/2020

Context

General Smart Grid background

Decentralization


"Multi grid"


Spread decision making?


Key words

  • control, stability
  • energy market, legislation
  • forecasting, planing, decision-making,
  • reliability, time constants, scale,
  • tests and validation
  • models
  • data
  • experimental facilities

Context

Motivation

  • Only one real power system
    • Interconnected at a continental scale
    • Safety, high disponibility and quality of service
    • Unavailable for testing unreliable ideas!
  • Many demonstrators and testing facilities
    • Laboratories have micro grids – insulated or connected
    • Industrials companies have demonstrators – often connected
  • Right scale for testing and experiments ?
    • Many – controlable – agents
    • Fault experiments
    • Simulation of the real grid without being connected.

Requirements specification of a smart grid platform

  • Smart grid → two interacting networks
    • power network
    • communication network
  • Ideal system
    • As many agents as possible
    • As diverse as possible
    • Grid behaviour but not connected to the real grid
  • Right scale for testing and experiments ?
    • Real / Emulated devices
    • Real behaviour but only one location
    • Possibility to behave like any real device, anywhere

Existing facility

  • PV 2kWp
  • windturbines 2x750W
  • batteries 10kWh Li-ion
  • charger, inverter
  • weather station
  • energy, curent, voltage measures
  • data archiving

opENS experimental plateform

Power-HIL asset

  • interface data network to power grid
  • emulate asset /wind turbine, consumer, peer to peer asset, ...
  • evolutive /user friendly
  • record data /monitoring, experiment
  • robust and low cost /duplication
  • open source /code and hardware

What's next?





opENS simulation plateform