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Creating the energy transition with IoT in the distribution grid

The energy transition is taking place in the distribution grid and is presenting grid operators with new challenges. In order to master these and react flexibly, grid operation must become digital. Our holistic SMIGHT Grid2 solution provides the necessary data from the low voltage and makes the grid intelligent.

Always up to date::
News from SMIGHT

More SMIGHT, more products: more at the E-world

SMIGHT GmbH is on course for growth and will be demonstrating this at E-world energy & water (11-13.2.2025, Essen) with […]

Enabling DSOs to identify and deploy flexibility at the Low Voltage level

SMIGHT has joined NODES’ NODESconnect™ partnership programme. NODES and SMIGHT both believe that flexibility is crucial for us, as a […]

HORIZONTE Group Webinar: Grid Cockpit & Copilot for low voltage

The distribution grid of the future is digital, transparent and controllable. But grid operators need to lay the foundations for […]

Practical: Metered data-based load management in accordance with §14a EnWG

SMIGHT GmbH has successfully tested and implemented its 14a load manager under realistic conditions. This enables the company to map […]

SMIGHT integrates Janitza measured values

SMIGHT GmbH now also enables the data integration of transformer measurements. With the SMIGHT Grid2 Connect UMG, third-party measuring devices […]

Even better understanding of the distribution grid thanks to a database

To enable Stadtwerke Frankenthal GmbH to assess its distribution grid even better in future, it is relying on measurement data […]

SMIGHT at the Enlit Europe 2024

This year, we are delighted to be represented for the first time at Enlit Europe – one of the leading […]

Data-based network planning and valid connection requests

With grid planning based on real-time data, Oberhausener Netzgesellschaft mbH (OB Netz) is now ensuring greater transparency in its low-voltage […]

SMIGHT GmbH achieves ISO 27001 certification for information security

SMIGHT GmbH has received ISO 27001 certification for information security management. This certification underlines the company’s commitment to the highest […]

Stadtwerke Norderney: 100 percent transparency in low voltage

Karlsruhe/Norderney, May 01, 2024 +++ Stadtwerke Norderney is currently equipping all 48 local grid stations on the island with SMIGHT […]

Intelligence
for the distribution grid

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We are addressing the need for robust and comprehensive collection of low-voltage data with a holistic solution: SMIGHT Grid2 uses innovative sensors and IoT technology to determine the effective value of the current, the respective flow direction and the busbar voltage at local grid stations and distribution cabinets.

Using a simple process, grid operators can determine in real time and with geographical reference where the electricity grids are reaching their capacity limits. This enables targeted grid expansion, dynamic load management and ultimately a successful energy transition.

Events from
and with SMIGHT

Bild E-World SMIGHT-Stand

On February 11-13, 2024 - Messe Essen, Hall 5 Stand E112

E-world energy & water 2025

Make a note now. E-world 2025, we'll be back!

In 3 steps to digital network operation

Step1:

Network operators need to collect data from the local network in order to gain transparency about network utilization. Our patented sensor technology supports this and can be integrated into existing infrastructure.

Step 2:

The data only becomes usable when it is bundled centrally. This is done on our in-house developed IoT platform SMIGHT IQ, which we also use to monitor your devices and keep them up to date.

Step 3:

In order to derive direct measures for a demand-oriented grid expansion, you receive graphically prepared measurement data. Data can be transferred to existing systems via a standard interface.

Unbeatable advantages

Quick and easy installation

The SMIGHT Grid2 sensor was specially developed for the process requirements of operating personnel. Installation takes place during operation, is supported by an app and can be carried out by your own personnel in less than 60 minutes. There is no need for complex cabling.

Immediate data availability

The SMIGHT Grid2 Gateway measures the rail voltage in single phase. The data is transmitted securely as 15-minute values to our IoT platform SMIGHT IQ via mobile radio. You can visualize and analyse your data directly via a web portal.

Everything from a single source – secure

From sensor technology and the IoT platform to data visualization and management, you receive a full-service solution. We also keep an eye on your hardware at all times thanks to intelligent monitoring and provide it with regular updates. Stored in a German data center (ISO 27001), we provide you with password-protected access to your data. You do not need your own IT resources.

Discover
smart grids –
our references

Logo Stuttgart Netze
Logo Stadtwerke Fellbach
Logo Netze BW
Logo thüga
Logo der Stadtwerke Konstanz
Logo Stadtwerke Bad Herrenalb
Logo Netzgesellschaft Düsseldorf
Logo Energieversorgung Rottenburg am Neckar
Logo Regionalnetze Linzgau
Logo Stadtwerke Pirmasens
Logo Stadtwerke Bad Wildbad
Logo Stadtwerke Neu-Isenberg
Logo Herrenberg
Logo PRE
Logo Netzgesellschaft Schwetzingen
Logo Stromnetzgesellschaft Ebersbach
Logo NEG Rheinstetten
Logo Seeallianz
Logo Netzgesellschaft Besigheim
Logo Netzgesellschaft Leinfelden-Echterdingen
Logo Neckar Netze
Logo E-Werk AACH
Logo Netzgesellschaft Salach
Energieversorgung EVI Immenstadt
Logo Netzgesellschaft Vaihingen an der Enz

Do you want to achieve the energy
transition with IoT in the distribution grid?

Then write us!

Experience SMIGHT – here
meet us here.

Bild E-World SMIGHT-Stand

February 11-13, 2024

E-world energy & water 2025

Messe Essen, Hall 5 Stand E112

Pressure to act for network operators

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The world of energy suppliers is changing. The increase in renewable energies has already massively changed the supply task. Depending on the weather and season, the feed-in fluctuates enormously. At the same time, new consumers in the form of electric vehicles and heat pumps are making the grid even more dynamic – a change for which today’s low-voltage grids are not designed.

In order to avoid overloading their grids, grid operators must now lay the foundations for demand-oriented grid expansion. For this to succeed, it is essential to create transparency and collect data from the low-voltage grid. Only when it is known where in the grid how much electricity is needed and when, can suitable measures be introduced to optimize grid operation.