About Me

Energy systems scientist building AI-driven markets for a decentralized grid.

Dr.-Ing. Godwin Okwuibe — Senior Research Fellow at the University of Bayreuth and founder of EUnix Nexus.

Short Biography

I am Dr.-Ing. Godwin Okwuibe, an Energy Systems Scientist and Senior Research Fellow at the University of Bayreuth. My work focuses on designing AI-driven energy markets, flexibility activation frameworks, and multi-agent architectures that support the transition toward decentralized, resilient, and consumer-centric power systems.

I have many years of experience across academia, industry, and applied research. My background spans energy market design, optimization, distributed energy resources (DERs), and battery storage systems, with expertise in both technical modeling and economic analysis.

I am also the founder of EUnix Nexus, an open research and innovation ecosystem for simulating local energy markets, virtual power plants, and flexibility trading across multi-market environments.

Professional Background

Before joining the University of Bayreuth, I worked at OLI Systems GmbH (Germany) where I contributed to the development of advanced flexibility trading platforms, multi-agent market frameworks, grid support mechanisms, and distributed energy resource coordination systems.

I have worked on several German and EU-funded projects, providing technical leadership in market modeling, simulation, and digital grid innovation:

SURF
DEER
GrECCo
BEST
FLEXCHAIN
KIMEA

Research Areas

Local Energy Markets

Market clearing, fairness mechanisms, clustering, and peer-to-peer energy trading.

Multi-Agent Systems

Agent negotiation, bidding behavior, reinforcement learning, market interaction.

Flexibility Markets

Household flexibility activation, contracts, economic incentives, grid-constrained trading.

Distributed Energy Resources

Battery energy storage systems (BESS), PV, industrial demand response, virtual power plants.

Optimization & AI

MILP, MPC, machine learning forecasting, RL-based bidding strategies.

Multi-market Integration

Coupling LEM → VPP → wholesale → balancing markets using AI and simulation tools.

More detail on the Research page.

Academic Interests

AI–energy market integration
Market design under grid constraints
Autonomous flexibility activation
Optimization of BESS in multi-market environments
Grid decentralization and consumer participation
Future digital power system architectures

Leadership & Innovation

I am the creator of the EUnix Energy Simulation Ecosystem, which includes:

EUnix Market: Multi-agent local energy market
EUnix GridSim: Grid-aware flexibility activation
EUnix Optima: MPC/MILP industrial optimization
EUnix FlexiHome: Household flexibility agents for smart grid

I am building the platform as an open research laboratory, supporting students, researchers, and industry partners in scalable and reproducible energy system modeling.

Mission & Vision

My scientific mission is to enable future electricity systems where distributed energy resources, AI-driven decision-making, and market mechanisms work together to create a more flexible, sustainable, and resilient grid.

I aim to contribute to the scientific foundations and practical tools required for the next generation of decentralized energy systems.

Outside Research

When I’m not coding simulation frameworks or writing academic papers, I enjoy:

Mentoring students
Exploring energy policy innovations
Engaging in high-impact community development activities