SMIGHT

At E-world energy & water 2026, SMIGHT will present the next evolutionary stage of its highly innovative platform for dynamic low-voltage grid management (Hall 5, Stand 5E112). The company will demonstrate how distribution grids can be operated more adaptively and closer to real time. With this ambition, SMIGHT supports distribution system operators in maintaining a stable, efficient and manageable low-voltage grid, even under increasingly dynamic conditions.

The energy system is changing faster and more profoundly than ever before: generation and consumption are becoming decoupled, renewable energies are growing dynamically, new business models and flexibilities are emerging, grid infrastructure is being expanded on a large scale and digitalisation as well as regulatory requirements continue to increase. At the same time, the demands on secure grid operation are rising due to increasingly volatile load and feed-in situations and new control requirements.

The next development stage of SMIGHT Grid2

To support and manage the growing dynamics, scalability and regulatory complexity of the energy system, SMIGHT is further developing its solution into a highly innovative platform for dynamic grid management in the low-voltage level – from field components to intelligent cloud software.

Specifically, this development includes:

• Expanded hardware portfolio:
SMIGHT integrates fault indicators (KSA) and connects the medium-voltage level. This expands visibility across the distribution grid and provides a more comprehensive picture of the interaction between low and medium voltage.

• Enhanced solution for grid monitoring:
The platform now offers not only load monitoring but also comprehensive voltage monitoring, including the processing of voltage values from iMSys. With the real-time “Wächtermodus”, load and voltage can be monitored continuously, enabling minute-by-minute detection of congestion and early visibility of critical grid situations.

• Ready-to-use grid-oriented control:
The platform supports control actions in accordance with §14a EnWG and is already prepared for the control of renewable energy systems under §9 EEG. In addition, the SMIGHT IQ Copilot enables controllability checks, providing the basis for practical, compliant and effective grid-oriented control in the field.

• Dynamic Twin:
Grid models can be integrated through partners and combined with real-time measurement data. This creates a system that not only represents grid states but also understands them, validates them with measurement and external data sources, continuously learns and increasingly operates closer to real time.

More transparency for operational grid management

SMIGHT consistently continues the path from monitoring and visualisation to integrated control. The next logical step is a platform that enables dynamic, data-driven and adaptive grid management – simple to integrate, openly connected and secure from sensor to control command.