SYNC · One of our core specialties

Generator synchronization and utility grid transfer.

We design synchronization, transfer and load management systems for generators on isolated buses or in parallel with the utility grid.

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Conceptual screen with simulated data: two generators on an isolated bus with a synchroscope, frequency, voltage and phase differences against the grid, and ATS, isolated bus, grid parallel and soft closed-transition modes.
Conceptual screen · Simulated data. It does not represent an actual project or commercial interface.

01 / Capabilities

Engineering around your operation.

Scope is defined around the needs, equipment and conditions of each project.

  • Automatic transfer (ATS)

    ATS sequences tailored to the installation and its power sources.

  • Isolated bus

    Generator synchronization for coordinated operation on an isolated bus.

  • Grid parallel operation

    Synchronization with the utility grid for soft closed-transition transfer and load contribution.

  • Load demand & peak shaving

    Load demand control and generator operation to reduce demand peaks according to the application.

  • Load shedding

    Integration of load shedding sequences according to the operating philosophy.

  • Local & remote supervision

    SCADA and HMI interfaces to monitor and operate the functions included in the project.

02 / Solution focus

Solar and batteries, too.

We integrate solar generation and storage with generators, coordinating the sources around operating needs.

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Interfaces and responsibilities

What we define with you before execution.

A clear scope reduces integration risk. These points are agreed in writing at the start of the project.

  • Power sources, breakers and transfer modes included in scope.
  • Existing generator controllers and the signals they exchange.
  • Utility requirements for grid-parallel operation.
  • Load shedding philosophy and load priorities.
  • Scope and permissions for local and remote supervision.

How we implement it

Engineering with a clear sequence.

  1. Understand

    Needs, installation and operating conditions.

  2. Develop

    Architecture, hardware and programming.

  3. Integrate and test

    Interfaces, functions and acceptance criteria.

  4. Support

    Commissioning and agreed technical support.

Support

Support continues during operation.

For solutions implemented by SIENCA, we offer remote assistance and recurring site visits within an ongoing maintenance program.

Service arrangements and coverage defined for each project.

  • Remote technical assistance.
  • Recurring site visits.
  • Ongoing maintenance program.

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Connected solutions.

Let’s talk about your next project

Your operation deserves a tailored solution.

Tell us what you need to integrate, control or improve. Understanding your project is the starting point.

Let’s discuss your project

Share your needs, country and project stage.