• SMART SOLUTIONS

    We work on the development of algorithms and advanced calculation engines for electrical networks.

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Network observability

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Network optimization

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Network operation

Get to know smart solutions

Ingelectus has been working for many years in the development of algorithms and advanced calculation engines for power grids. Smart solutions are used in all developments oriented to observability, optimization and grid operation, which are not executed from the Ingrid Platform.

These developments are software solutions that communicate their actions to actuation devices or control centers, such as hardware devices that, in addition, incorporate some control software. Both types of smart solutions are developed and owned by Ingelectus.

The technology behind these solutions has been tested in high power test laboratories of Ormazabal, DTU, Franhöfer and Redeia field data.

Discover our developments for the operation and maintenance of electrical networks.

Growing global network and data connections concept.Scientific technology data network .
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InDLR
  • Operates in real time.
  • Uses data from weather stations or weather forecasting platforms.
  • Adaptable to customer needs.
  • Optimization of the use of overhead lines.
  • Minimization of incidents due to high currents in adverse weather conditions.

Discover the features

  • Operates in real time.
  • Uses data from weather stations or weather forecasting platforms.
  • Adaptable to customer needs.

Use cases

  • Optimization of the use of overhead lines.
  • Minimization of incidents due to high currents in adverse weather conditions.
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SmarTap
  • Compatibility with dry and oil transformers.
  • Tap change times of less than 20 milliseconds.
  • Unlimited number of operations.
  • No mechanical movement.
  • Negligible maintenance costs
    Electronic devices do not introduce harmonics and therefore do not deteriorate the quality of the power supply.
  • Independent control by phases.
  • Improved integration of renewables in grids.
  • Minimization of grid operation costs.
  • Optimization of the operating range of PV or BESS converters.

Discover the features

  • Compatibility with dry and oil transformers.
  • Tap change times of less than 20 milliseconds.
  • Unlimited number of operations.
  • No mechanical movement.
  • Negligible maintenance costs.
  • Electronic devices do not introduce harmonics and therefore do not deteriorate the quality of the power supply.
  • Independent control by phases.

Use cases

  • Improved integration of renewables in grids.
  • Minimization of grid operation costs.
  • Optimization of the operating range of PV or BESS converters.
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InDNC
  • Operates in networks in a coordinated manner.
  • Optimizes the activation of flexibility services.
  • Based on advanced network models.
  • Control of a network or part of it to provide flexibility services to the distribution company.
  • Provision of network services, such as primary frequency control or voltage control with a VPP (Virtual Power Plant).

Discover the features

  • Operates in networks in a coordinated manner.
  • Optimizes the activation of flexibility services.
  • Based on advanced network models.

Use cases

  • Control of a network or part of it to provide flexibility services to the distribution company.
  • Provision of network services, such as primary frequency control or voltage control with a VPP (Virtual Power Plant).

Cutting-edge technology for the power grid

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DS0s
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Transformers
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InGrid supply points