Connect your data
SCADA, AMI, GIS records, weather, LiDAR and imagery, and asset specs: whatever you already have or can remotely access.
See More. Know More.
Maximise your Grid.
GridSight®. One Digital Twin.
Zero Blind Spots.
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01 / Weather monitoring
Read the weather. Understand the line.
Air, wind and conductor temperature feed the Dynamic Line Rating assessment.
Rain · baseline
- Ambient temperature
- —
- Wind speed
- —
- Wind angle to line
- —
- Solar radiation
- —
- Conductor temperature
- —
Illustrative conditions · time compressed
02 / Line capacity
Dynamic Line Rating
Colder air and stronger wind cool the conductor, increasing thermal headroom in this scenario.
Rain · baseline
- Ambient temperature
- —
- Wind speed
- —
- Wind angle to line
- —
- Solar radiation
- —
- Conductor temperature
- —
—Estimated ampacity · rain baseline
Illustrative rating · no conductor icing modelled
03 / Vegetation management
Room to grow. Space to operate.
The shortest distance from the conductor to the modelled canopy. Magenta marks foliage inside the pruning target.
- Current clearance
- —
- Project minimum
- —
- After pruning
- —
Illustrative vegetation envelope · project criteria, not a regulatory limit
04 / Wildfire Prevention
Identify ignition. Reduce exposure.
Track a lightning ignition as fire spreads through the surrounding vegetation. The plum zone marks a proposed fuel-management buffer along the corridor.
Dry thunderstorm · monitoring
- Fire envelope to corridor
- —
- Project buffer target
- —
- Separation shortfall
- —
Wind, fuel moisture and vegetation continuity guide management priorities.
Illustrative dry-storm scenario · cross-section measurements · project target, not a universal safe distance
05 / Conductor geometry
See the conductor sag.
The solid measure shows sag below the attachment reference. The dashed vertical ruler measures clearance to the ground at that point.
—Maximum vertical sag
- Ground clearance at sag point
- —
- Span length
- —
Measured from the geometry shown · illustrative span
06 / Tower structure
Inspect the structure. Plan the installation.
Follow the steelwork, attachment points and base to prepare the work on each support.
- Support
- —
- Model height
- —
Maintenance
Steelwork & protective coating
Connections & insulator attachments
Installation
Alignment & orientation
Base position & anchorage
Illustrative inspection points · height from the model, not a structural condition assessment
07 / Network State Estimation
A connected view of the network.
Follow five branches through neighborhoods, local businesses and a high-demand industrial area.
- Medium-voltage feeder
- 5 distribution transformers 13.8 / 0.4 kV
- 72 small buildings · 3 industrial buildings
Faster, denser plum pulses indicate higher relative demand.
- Selected transformer load
- 67%
- Estimated LV voltage
- 0.98 pu
- Feasible voltage range
- 0.96–1.01 pu
Illustrative states · sparse measurements inform estimates across the network
Full grid visibility
without deploying new hardware.
Enline turns the physical parameters utilities already have into a live digital twin of the entire network. Full grid visibility at a fraction of the cost of conventional solutions.
Global Reach. Local Impact.
Supporting power grids worldwide.
10,000+ kmGrid under management
80+Enterprise clients
Built for Utilities.
Different gains for every use case.
Congestion Management & Renewable Integration.
Real-time thermal ratings and N-1 contingency screening reveal more transfer capacity on lines already built, without adding infrastructure.
10-40%More transfer capacity
WeeksTo deploy, not months
Our Technology.
GridSight®: The multiphysics digital twin.
Aging grids, rising renewable integration, and limited visibility into line conditions. The traditional fix, installing sensors along every span, is slow, limited and expensive. Enline solves this with a software-only digital twin that turns data utilities already have into intelligence they can act on.
A real-time, 360° view of your network’s conditions: thermal, electrical, mechanical and environmental, resolved into one calibrated model, continuously updated as conditions change.
- ElectricalState estimation and power flow in real time, even where measurements are sparse.
- ThermalConductor temperature and dynamic line rating (DLR): the real capacity of the line, right now.
- MechanicalSag, clearance and vegetation encroachment, from satellite and LiDAR data.
Model the network
A physics-based digital twin of every span, tower and bus, continuously calibrated.
Solve, don’t guess
Electrical, thermal, mechanical and environmental behaviour solved together.
Act on insight
Dashboards, 3D views, maps and alerts turn the twin into decisions, across monitoring, planning and investment horizons.
Field Stories.
Real projects. Real gains.
Proven in the field: grid operators running GridSight® in production.
20-40%More transfer capacity (DLR).
~70%Less inspection time (VGM).
Up to 1,000 MWDiscovered connection capacity.
Up to 20%CAPEX reduction, deferring new construction.
Avg. capacity above design rating: 38 lines, ~1,100 km of 110-330 kV grid brought into a hybrid DLR view.
Read case studyData centers & large loads
Of discovered connection capacity, sustained by scientific evidence: a structured grid-readiness programme for a more reliable connection capacity request.
Read case studyMajor Latin American DSO
Non-technical losses detected from meter data the utility already had: statistical scoring plus ML classification, every flagged account ranked with evidence.
Read case studyA Global Footprint.
One Platform. Every grid.
One platform for transmission and distribution grids across the globe.
Canada, USA, Mexico, Guatemala, Belize, Honduras, El Salvador, Nicaragua, Costa Rica, Panama, Cuba, Dominican Republic, Haiti, Colombia, Venezuela, Ecuador, Peru, Bolivia, Brazil, Paraguay, Chile, Argentina, Uruguay
Portugal, Spain, France, Belgium, Netherlands, Germany, Austria, Lithuania, United Kingdom, Italy, Norway, Sweden, Denmark, Finland
Morocco, Angola, Mozambique, Kenya
Kuwait, Saudi Arabia, India, Malaysia, Japan, Taiwan, Indonesia, Philippines
Australia
Recognitions.
The industry is taking note of our work.
Backed by the programs and institutions shaping the energy transition from
Google and ABB to TotalEnergies, Duke Energy and E.DSO.
2026
Portugal Pitch Contest, VivaTech 2026
Won in Paris, selected to represent the Portuguese startup ecosystem at Europe’s largest technology event.
E.DSO Digital & Innovation Award, Finalist
Finalist for Enline’s Advanced Distribution Management System, recognising its contribution to distribution grid digitalisation.
2025
TotalEnergies ON!
Selected for TotalEnergies’ six-month accelerator for electricity and renewables startups, hosted at STATION F, Paris.
Google for Startups: AI for Energy
One of 29 startups chosen across North America and Europe for the inaugural cohort of Google’s AI for Energy accelerator.
2024
ABB Startup Challenge, Electrification
Won the Distribution Solutions category from 164 applicants across 36+ countries, with a co-development project alongside ABB.
Initiate Duke Energy Award
Won at DistribuTECH, recognising the solution’s relevance to the utility’s grid priorities.
Live webinar.
Seeing the unseen grid
with Network State Estimation
Gabriel PinoCTO, EnlineSeeing the unseen grid
with Network State Estimation.
Distribution is barely measured, unbalanced, and constantly reconfigured.
Join Gabriel Pino, Enline’s CTO, for a live walkthrough of how GridSight® NSE turns the data you already own into a complete, confidence-scored picture of the grid, with real use cases and a live Q&A.