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Future-Proofing Power Systems

Introducing the EMEC Grid Simulator

EMEC Grid Simulator Schrank – Steuerschrank des Netzanschluss-Simulators für definierte Netzbedingungen
EMEC Grid Simulator Schrank – Steuerschrank Netzanschluss-Simulator: Foto des Steuerschranks des EMEC Grid Simulators mit Leistungselektronik und Steuerungskomponenten für präzise Netzsimulation. Der Schrank enthält die komplette Steuerungs- und Leistungstechnik für reproduzierbare Netzbedingungen.

The transition to decentralized, renewable energy is pushing existing power networks to their limits. For researchers and industrial engineers, developing the next generation of resilient energy systems means navigating unprecedented complexity. 

How do you test innovative grid topologies and smart setups safely, before they hit the real world?

At EMEC-Prototyping, we believe that shaping the future of energy requires the right testing environment today. That is why we engineered our new Grid Simulator (20–150 kVA, 690 V) — a highly versatile platform designed specifically to support forward-looking university research and the industrial exploration of tomorrow's power systems.

Seamless Hardware Integration

A test environment is only as good as its ability to communicate with other components. We built the Grid Simulator to act as an adaptable hub for your experimental setups. It integrates seamlessly with a wide range of input and output hardware to mirror realistic energy ecosystems:

  • Renewable Energy Sources: Easily connect wind turbines and dynamic PV simulators to test fluctuating power generation.
  • Alternative Generation & Storage: Integrate hydrogen fuel cells and battery storage systems to validate modern sector-coupling concepts.
  • Programmable Loads: Connect advanced electronic loads to accurately mimic shifting consumer behavior and complex industrial power demands.
EMEC Grid Simulator Detail 1 – Foto des Netzanschluss-Simulators für normgerechte Tests
EMEC Grid Simulator Detail 1 – Netzanschluss-Simulator: Detailfoto des EMEC Grid Simulators für Tests unter simulierten Netzbedingungen. Der Grid Simulator ermöglicht normgerechte Tests von E-Bikes, Ladegeräten und Antriebssystemen unter definierten Netzverhältnissen.
EMEC Grid Simulator Detail 2 – Weitere Detailansicht des Netzanschluss-Simulators
EMEC Grid Simulator Detail 2 – Weitere Detailansicht: Zweites Detailfoto des EMEC Grid Simulators. Zeigt weitere technische Details der Netzsimulations-Anlage für umfassende Tests von Elektrofahrzeugen und Ladegeräten unter definierten und reproduzierbaren Netzspannungsbedingungen.

Technical Highlights at a Glance

From decentralized microgrids to resilient, intelligent power networks, the EMEC Grid Simulator empowers you to prototype, validate, and completely rethink energy operations.

Our core capabilities are tailored to the needs of modern labs and pilot environments:

  • Scalable Power Range: 20–150 kVA – delivering the exact scale required for advanced lab testing.
  • High Voltage Level: Up to 690 V to ensure realistic, industrial-grade grid emulation.
  • Flexible Topology: Fully dynamic emulation capabilities to model complex, evolving, and decentralized grids in real-time.
  • Sector Coupling Ready: Fully equipped for the integration of smart grids, Power-to-X technologies, and alternative energy networks.

Let’s Build Your Next Test Environment

True innovation in the energy sector requires tools that adapt to your specific research questions. Whether you are outfitting a university lab or upgrading an industrial test center, a standard off-the-shelf solution rarely covers all edge cases.

Benefit from EMEC’s modular system architecture and our deep expertise in electromechanical product development.

Contact us!

Describe the requirements for your project, the test bench or the measurements without obligation.

Our experts will check your request and contact you.

 

 

 

EMEC-PROTOTYPING GmbH
Dölzschener Straße 47
01159 Dresden, Germany

Phone: +49 (0) 35143873280
Fax: +49 (0) 35142442586

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