Pioneer Virtual Synchronous Machines (VSM) and Grid-Forming Inverters with Blackstart Capability, Fault-ride through, Virtual Inertia/Synthetic Inertia, and Cyber-Physical Grid Security
For Autonomous and Resilient Power Systems

SYNDEM pioneers grid-forming inverters with blackstart capability, fault-ride through, virtual inertia/synthetic inertia, and cyber-physical grid security, and Virtual Synchronous Machines (VSM) that unify and harmonize the integration of solar power, wind energy, EVs, storage, AI data centers, and loads, via the proven physics-based synchronization mechanism of synchronous machines (SM). By eliminating reliance on vulnerable communication networks, VSM technology provides an autonomous foundation for resilient power systems - strengthening stability, enhancing defense against cyber threats, and mitigating cascading failures across critical infrastructure that relies on electricity. This ensures reliable power when it matters most.

Key Features of our IEEE Std 2988-Compliant VSM Grid-Forming Inverters with Blackstart Capability, Virtual Inertia/Synthetic Inertia, and Cyber-Physical Grid Security (Download Overview)

  • Inherent synchronization mechanism of SM
  • Blackstart and grid-forming
  • Frequency and voltage regulation
  • Seamless islanded and grid-tied operation
  • Islanding detection and disconnection
  • Seamless re-synchronization and reclosing
  • Fault ride-through (FRT)
  • FERC Order No. 842 compliance
  • Virtual inertia and damping
  • Virtual impedance shaping
  • Various protection and current-limiting
  • Grounded operation
  • Power quality enhancement
  • Stackable and interoperable
  • Autonomous without relying on communication
  • Condition monitoring and reference setting

Trusted by researchers, professors, and students in over 10 countries, our reconfigurable Smart Grid Research and Educational Kits, equipped with auto-code generation, are ideal for workforce development with hands-on skills in control, power electronics, and power systems.