Fredericia, Denmark — 20 MW operating  ·  West Texas — 50 MW in development Bridge fuel. Bridge power. No diesel lock-in.
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04  ·  Permanent

Gas Microgrids

Turbines and reciprocating engines, controls, storage and distribution engineered as a single islandable system — the permanent destination at the far end of the bridge.

The Problem

What makes this hard.

  • A generator on its own is not resilience. Without controls, protection and distribution engineered together you have bought a single point of failure.
  • Sites that add capacity incrementally end up with a patchwork nobody owns end to end.
  • Grid reliability is deteriorating fastest in exactly the regions where load is growing fastest.

Our Approach

We design the microgrid as one system — paralleling switchgear, medium-voltage distribution, protection, control logic and generation. It synchronizes to the utility when the utility is worth having and separates cleanly when it is not.

What You Get

Delivered as a service, owned and operated by us.

  • Gas turbines and reciprocating engines selected against your actual load profile
  • Seamless transition between grid-parallel and islanded operation
  • N+1 and 2N redundancy at unit and system level
  • Battery storage for transient response and load following
  • Expandable in blocks without re-engineering the system
ParameterSpecification
Prime moversGas turbines and reciprocating engines
Operating modesGrid-parallel, islanded, automatic transfer
RedundancyN, N+1 or 2N by load criticality
FuelCNG, RNG or pipeline gas
Position on bridgeRung 03–04, permanent
Where It Applies

Sectors that use this most.

Related Capabilities

Put a number on it.

Send a load profile, a site location and a required date. We come back with the rung you should start on, the delivered cost at each phase and a schedule we will stand behind.