Backed by delivered scope in our reference mandate.
Low voltage is becoming an active part of the grid: heat pumps, wallboxes, PV and storage change load flows nobody used to measure. We order the projects around grid state estimation, digital secondary substations, redispatch and grid connection and put them in a sequence that keeps the grid stable and meets the deadlines.
Services for this field
Tools and frameworks
Articles in this field (17)
Quality Regulation 2026, the BNetzA Data Collection and the Evolution of SAIDI
In 2026 the BNetzA collects data for quality regulation. What the ruling requires, how SAIDI changes and what network capacity means for distribution grids.
Read →Medium-Voltage Cable Diagnostics: Tan Delta and Partial Discharge as Predictive Maintenance
Tan delta and partial discharge assess medium-voltage cables without digging. How cable diagnostics turns distribution-grid maintenance predictive.
Read →Grid Connection Bottlenecks for Charging Parks: Digitalising Grid-Operator Processing
Powerful charging parks wait over a year for their grid connection. Germany's 2026 grid connection package and digital grid-operator processes aim to change that.
Read →Transformer Online Monitoring: Condition-Based Maintenance for the High-Voltage Grid
Online monitoring makes transformers condition-based: DGA, partial discharge, hot-spot. Why that matters when a replacement takes 18 to 36 months.
Read →IEC 61850 in the digital substation: protection and control
IEC 61850 makes the substation digital: station bus, process bus and sampled values replace up to 80 percent of copper. SCL and security explained.
Read →LV Control System & CLS-Management under §14a
Westfalen Weser Netz couples a low-voltage control system (LV-SCADA) with CLS-management for the first time. How §14a EnWG becomes real-time grid control.
Read →AI Grid Simulation: Congestion Analysis for the Section 14d Plan
From 31 October 2026, section 14d EnWG requires grid expansion plans. How AI grid simulation speeds up congestion analysis for distribution grid operators.
Read →LiDAR Corridor Surveys: Grid Vegetation Becomes Measurable
Netze BW finds a third more vegetation risks with LiDAR, E.DIS cuts costs 30 percent with satellite analysis. What grid operators can take from it.
Read →AI Load Forecasting for Grid Operators 2026
Load and generation forecasting is now mandatory for distribution grid operators. How AI lifts forecast quality and cuts balancing energy costs.
Read →The Common European Energy Data Space (CEEDS)
The Common European Energy Data Space (CEEDS) connects national data spaces. What the EU roadmap of June 2026 means for utilities and grid operators.
Read →Digital Secondary Substations: Low-Voltage Grid in View
Digital secondary substations make the low-voltage grid observable: E.ON's rollout, around 28,000 stations by end of 2026 and the basis for section 14a EnWG.
Read →AI-assisted drone inspection of power grids: BVLOS and automatic image recognition
Grid operators inspect overhead lines and pylons with drones and automatic image recognition. What BVLOS flights make possible, which EU rules (SORA 2.5, U-space) apply and what TenneT, Netze BW and other operators already do.
Read →Grid Package 2026: Flexible Connection & EEG Reform
Germany's grid package and EEG reform want faster connections at the bottleneck. The redispatch proviso versus the EWE and EnBW FCA model, explained.
Read →Redispatch 3.0: Congestion Management with Flexibility
Redispatch 3.0 is industry framing, not law. How EVs, heat pumps and home batteries become grid flexibility, and what the DataFleX project tests.
Read →AI Against Blackouts: Keeping Europe's Grid Stable
Fraunhofer uses AI to prevent blackouts: 500 grid interventions a day, explainable operator assistance and what companies should do now.
Read →Agentic AI in Energy Utilities: Autonomous Grid Management
Agentic AI reaches energy utilities. GridMind, Fraunhofer IEE and real deployments show how AI agents make grid operations more autonomous.
Read →Digital Grid Insights 2025: Digitalization of Distribution Networks in DACH
Digitalization of distribution networks stagnates. 61% of network operators see themselves below 50% digitalization level. Learn where the biggest hurdles lie and how PlanOps shapes the future.
Read →