Work Packages | LabEx EnergyAlps - Université Grenoble Alpes

WP1

Stability and Control of Low-Inertia Networks with Non-Gaussian Stochastic Inputs (EnR)
Stochastic planning of networked systems over long time horizons, not short time steps, taking extreme events into account
Analysis of interdependencies with other infrastructure systems (energy, transportation, water, IT)
Disruptive technologies for resilient electrical systems (sensors, actuators, etc.)
Flexibility

WP2

Regulatory policies in the design and implementation of a resilient energy transition (pricing, public-private restructuring, regulatory barriers, controversies)
New approaches to the development and governance of production and consumption models (energy communities, individual and collective self-consumption)
Stakeholder strategies in the evolution of energy markets and socio-technical choices (user flexibility, business models)

WP3

WP4

Wide-bandgap materials: synthesis and characterization, applications in electronics and new energy uses
On-chip integration and packaging
Design methodologies based on a standardization approach, incorporating LCA constraints

WP5 (cross-cutting)

Mathematical approaches to the study of the energy transition (stochastic and distributed optimization, machine learning combined with simulation and optimization, graph theory and complex systems theory, quantitative geography, climate and weather modeling, etc.)
Multiscale and multiphysics simulation methods ranging from short time scales (electromagnetism, EMC disturbances, etc.) to long time scales (integration of different scales of governance)

WP6 (cross-cutting)

Production of socioeconomic and technical data, including representative time series, on production, distribution, and uses
Transition scenarios, use cases, and recommendations