Innovation

Innovation is a key factor to succeed with CINELDI and the Centre targets system innovation for the electricity distribution system.

CINELDI Innovation strategy
CINELDI Innovation strategy

CINELDI is positioned between targeted basic research and Demonstration (TRL 5-9) and novel technology & business opportunities.

Through working with user partners, CINELDI will identify new business opportunities and elevate pilot projects to new national and international spin-off projects along the whole value chain, in particular build-up capacity to succeed in H2020 projects with higher TRL levels (5-9).

CINELDI innovation fact sheets

EV Power Charging System

EV Power Share Charging System

Driving forces and mini scenarioss for the future distribution grid

Driving forces and mini scenarios for the future distribution grid

Method for cybersecurity risk analysis customized to smart grids

Method for cybersecurity risk analyses customized to smart grids

Method for analysing communication failures in smart grids

Method for analysing communication failures in smart grids

Planning framework for active distribution grids

Planning framework for active distribution grids

Concept for Delayed Integrity Check of PMU measurements

Concept for Delayed Integrity Check of PMU measurements

State estimation algoritym for monitoring distribution grids

State estimation algorithm for monitoring distribution grids

Real-time Power Hardware-in-the-loop microgrid simulation platform

Real-time Power Hardware-in-the-loop microgrid simulation platform

Virtual Oscillator Control

Virtual Oscillator Control

Energy Storage and RES Representation in Multi-Period Optimal Power Flow

Energy Storage and RES Representation in Multi-Period Optimal Power Flow

BATTPOWER Toolbox: Memory Efficient and High-Performance Multi-Period AC Optimal Power Flow Solver

BATTPOWER Toolbox: Memory Efficient and High-Performance Multi-Period AC Optimal Power Flow Solver

Method for cost benefit analysis of batteries in distribution grids

Method for cost benefit analyses of batteries in distribution grid

SDP model for operation planning of flexible resources in building

SDP model for operation planning of flexible resources in buildings

Data-driven flexibility model for shiftable atomic loads

Data-driven flexibility models for shiftable atomic loads

Scenarios for the future electricity distribution grid

Scenarios for the future electricity distribution grid