We revolutionize electrical distribution grids with state-of-the-art technology.

Ingrid is a suite of applications that enable monitoring, diagnosis and operation across smart grids. These applications have been designed to support decision making and planning, risk assessment, grid investment orientation and the planning of optimal operation strategies. Ingrid therefore represents a paradigm shift in the management and operation of electricity distribution networks. The operator’s experience, the real knowledge of the network, free of interpretation, and the use of technology, guarantee an optimized operation.

We revolutionize electrical distribution grids with state-of-the-art technology.

InGrid is a suite of applications that enable monitoring, diagnosis and operation across smart grids. These applications have been designed to support decision making and planning, risk assessment, grid investment orientation and the planning of optimal operation strategies. Ingrid therefore represents a paradigm shift in the management and operation of electricity distribution networks. The operator’s experience, the real knowledge of the network, free of interpretation, and the use of technology, guarantee an optimized operation.

INGRID PLATFORM

Innovation for your network: a suite of applications designed by experts for experts

INGRID PLATFORM

Innovation for your network: a suite of applications designed by experts for experts

SUITE OF APPLICATIONS

EVERYTHING YOU NEED IN ONE SUITE

SUITE OF APPLICATIONS

EVERYTHING YOU NEED IN ONE SUITE

Managing your network as you have never experienced it before

InMonitoring calculates and reports the operating state of the network with Distribution System State Estimation algorithms to identify congested areas, generate statistics on the behaviour of the distribution networks and give access to the historical electrical status of each node and each network section. Adapted for Medium Voltage, Low Voltage and intelligent Transformer Substations.
This knowledge is visually displayed through dashboards that centralise the KPIs that the DSO needs to know what is happening in its network focusing on: Congestions, Supply Quality, Technical Losses or Imbalances.

Use Cases:

Managing your network as you've never seen it before

InMonitoring calculates and reports the operating state of the network with Distribution System State Estimation algorithms to identify congested areas, generate statistics on the behaviour of the distribution networks and give access to the historical electrical status of each node and each network section. Adapted for Medium Voltage, Low Voltage and intelligent Transformer Substations.
This knowledge is visually displayed through dashboards that centralise the KPIs that the DSO needs to know what is happening in its network focusing on: Congestions, Supply Quality, Technical Losses or Imbalances.

Use Cases:

Shifting the paradigm of distribution network management

InCharta is the Artificial Intelligence-based application for network topological
topological network discovery and identification of global losses in Low Voltage. It allows correct and extend inventory information, calculating energy balances and analysing and locate network losses analyze and locate network losses with which to prioritise field work for fraud identification or planning.
identification of fraud or planning. This knowledge is calculated periodically by identifying topological changes, new connections and scenarios with losses.
loss scenarios.
The application is divided into three tools:
● List&Mapping: client-phase and client-feeder association.
● Energy balances: interactive tool to perform energy balances.
● Energy balances.
● Losses control center.

Use Cases:

Shifting the paradigm of distribution
network management

InCharta is the Artificial Intelligence based application for network topological discovery and identification of global losses in Low Voltage. It allows correcting and extending inventory information, calculating energy balances and analysing and locating network losses in order to prioritise field work for fraud identification or planning. This knowledge is calculated periodically by identifying topological changes, new connections and scenarios with losses. The application is divided into three tools:

● List&Mapping: customer-phase and customer-feeder association.
● Energy balances: interactive tool to perform energy balances.
 Losses Control Center.

Use Cases:

We monetize the potential of your electrical network

InOraculus is a demand and generation forecasting system both at the supply point level and at the aggregate level of low voltage feeder, transformer station or primary substation. The cutting-edge technology behind InOraculus uses Artificial Intelligence to train machine learning models and neural networks to generate short- and medium-term future forecasts.

Use Cases:

We monetize the potential of your
electricity network.

InOraculus is a demand and generation forecasting system both at the supply point level and at the aggregate level of low voltage feeder, transformer station or primary substation. The cutting-edge technology behind InOraculus uses Artificial Intelligence to train machine learning models and neural networks to generate short- and medium-term future forecasts.

Use Cases:

Manage your network in a smart way

InPhity calculates the Hosting Capacity of Low Voltage and Medium Voltage grids based on Artificial Intelligence, allowing distributors to know the capacity to host new generation or demand in their entire network. Through an Optimal Power Flow methodology and a Digital Twin of the network, it is guaranteed that the Photovoltaic Hosting Capacity is calculated with the voltage limits per phase, according to the regulation, and with the thermal limits of the conductors, considering the three phases and the neutral individually.

Use Cases:

Manage your network
in a smart way

InPhity calculates the Hosting Capacity of Low Voltage and Medium Voltage grids based on Artificial Intelligence, allowing distributors to know the capacity to host new generation or demand in their entire network. Through an Optimal Power Flow methodology and a Digital Twin of the network, it is guaranteed that the Photovoltaic Hosting Capacity is calculated with the voltage limits per phase, according to the regulation, and with the thermal limits of the conductors, considering the three phases and the neutral individually.

Use Cases:

INGRID PLATFORM FEATURES

INGRID PLATFORM FEATURES

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Proprietary technology specialized
in electrical systems.

Network planning,
monitoring and optimization.

Interactive dashboards, historical and algorithm results.

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Proprietary technology specialized
in electrical systems.

Network planning,
monitoring and optimization.

Interactive dashboards, historical and algorithm results.

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Specialized technical support.

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Integrable with third-party systems and platforms.

Deployable in Cloud and Edge environments.

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Specialized technical support.

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Integrable with third-party systems and platforms.

Deployable in Cloud and Edge environments.

REQUEST A DEMO

REQUEST A DEMO

Cutting-edge technology for the power grid

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DS0s
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Transformers
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InGrid supply points