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System Integration

[Translate to English:] systeemintegratie

Electricity infrastructure must evolve rapidly because of the growing use of (distributed) renewable energy sources and users, making management increasingly complex. Meeting the demands of today's electricity market requires flexible, adaptable smart grids that balance electricity supply and demand.

Delft University of Technology seeks integral solutions to the shifting energy market, focusing on modeling and designing energy production and consumption services in a robust and inclusive way.

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Lily Li

How do we work together?

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How do we work together?

Together with various parts of Delft University of Technology and partners, we are working on groundbreaking projects.

Fieldlabs & Innovation Clusters

AMS Institute

Electrical Sustainable Power Lab

The Green Village

TPM Energy Transition Lab

Start-ups / Scale-ups

NOORDERLICHT

Pythia Energy Intelligence

ILSA Tech

Project Cases

24/7 Energy Hub

Develop a local, carbon-free energy system for the built environment

DRIVE2X

Accelerating vehicle electrification through new charging technology

Local Inclusive Future Energy (LIFE) City platform

Smart planning for energy demand and supply

Renewable Energy Valley

Renewable energy produced and consumed locally by businesses and local residents

SUDOCO

An open-source, data-driven 'control room of the future' for the wind power industry

TWAIN

Reliable and cost-effective design and operation of wind power plants

Team System Integration

We are always open to introductions and new partnerships that drive innovation and progress.

Lily Li

Managing Director PowerWeb Institute

Prof.dr. P. (Peter) Palensky

Director Delft Energy Initiative

Dr. Y.K.C. (Yumiko) Henneberry

Public Affairs

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PowerWeb Institute