MV & HV grid monitoring
TS100 · GODEL Smart Sensor
Supervises the distribution grid and detects transient and permanent faults per phase, with complete electrical measurements and balances that pinpoint non-technical losses by segment.
View detailsAn integral system, from the sensor to the control center
We design and operate field sensors, the communications that connect them, and the platforms that analyze their data, as a single system.
Fewer losses, fewer outages, more control
Utilities run grids that grow faster than their visibility: losses that resist being located, faults the customer reports before the system does, and data scattered across platforms that don't talk to each other. The integral solution attacks that problem end to end, from the sensor on the pole to the control-center dashboard.
Reduce technical and non-technical losses with energy balances that segment, quantify and prioritize where to attack them.
Improve SAIDI and SAIFI detecting every fault as it happens and dispatching crews to the exact point, with shorter restoration.
Integrate without friction data reaches your SCADA, GIS or ADMS over standard protocols, with no vendor lock-in.
Modernize without interruptions the solution goes into service without cutting supply and evolves with continuous support.
Three pieces, one system
They also integrate separately with what your company already runs.
Field sensors
Communications
GODEL · HABITAT platforms
Your grid under control
01
Overhead fault monitoring
Sensors for overhead MV and HV grids that see every event as it happens, so crews are dispatched to the exact point and restoration gets shorter.
Fuse cutout monitor
TS300S · Koala
Detects fuse operation in real time and reports the fault location, no waiting for the customer call. Also supervises hinged covers.
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TripSaver recloser monitor
TS300S · TripSaver
Detects temporary and permanent faults on TripSaver single-phase reclosers and reports them to the operations center in real time, over Sigfox or LoRaWAN.
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Voltage absence detector
TS200S MV & HV
Signals loss of voltage on 34.5 to 88 kV lines and records permanent faults by current variation (Δi/Δt), with an LED indicator visible from the ground.
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Thermal and electrical supervision
Transformer monitoring
Contactless temperature sensor, current/voltage quality analyzer and a concentrator with phase detection. The platform supervises, raises alarms and integrates with your systems.
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Low-voltage circuit supervision
LV fault detectors
Low-voltage grid monitoring with real-time reports, two-way communication and voltage/current absence alarms, including high-impedance fault protection.
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Underground grid monitoring
In underground vaults and ducts, a fault isn't visible to the eye: here communication and analytics matter as much as the sensor.
Fault detection for underground grids
Optical sensor
Optical voltage and current measurement in underground vaults, connected to the operations center via Wi-SUN or LTE.
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Network processor for underground grids
M410B
Gathers data from the optical sensor and links it to Wi-SUN and LTE communications, within the same underground fault-detection solution.
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Communications equipment
The sensor network needs a reliable path to the operations center. These devices build that path, with the protocol and coverage each stretch of the grid needs.
Industrial LTE router (CPE)
TS700 Pro/Lite
Router for public or private LTE networks, with dual SIM and/or eSIM. Built for power-grid telemetry, industrial monitoring and smart cities, even in critical environments.
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Telecontrol and automation
ePAQ gateways
A family of RTUs and gateways for substation and control-cabinet telecontrol: they acquire field signals and deliver them to the operations center in your SCADA's protocol.
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Sigfox coverage extension
Sigfox NBX repeaters
Extend Sigfox network coverage using its multi-hop capability: up to 4 hops with uplink and downlink repetition, to reach shadow zones or cover large territories.
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Wi-SUN mesh network infrastructure
TS850 RF Mesh
A Wi-SUN mesh device and gateway: they connect the grid's remote equipment and deliver data to the operations center over DNP3, with infrastructure management via SNMP.
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Smart metering
From the meter to the software that manages it: bidirectional consumption, alarms and the mobile kit for field crews.
Advanced metering infrastructure
AMI + SMARTI
Single and polyphase smart meters with bidirectional measurement, managed by SMARTI: the software that concentrates alarms, balances, telemetry queries and the field crews' mobile kit.
View detailsSoftware
The platforms that turn data into decisions
GODEL centralizes loss management; HABITAT supervises the whole grid on a single screen. Both integrate with SCADA, GIS and ADMS.
Loss management
GODEL Platform · Energy Loss Management System
From a reactive model, where losses are treated as an unavoidable operating cost, to a predictive one: GODEL estimates and mathematically separates technical losses from non-technical ones, crossing your georeferenced grid (GIS) with our own sensors, SCADA and your commercial system (MDM). We don't tell you your grid has losses; we tell you exactly which block of which street they're happening on.
Real georeferenced analysis: zones ranked by probability of non-technical losses.
How it works, in three phases
01
Integration and collection
It connects to your GIS to understand the grid's topology, to your SCADA to know how much energy is injected at each feeder head, to your commercial system (MDM) to know how much was billed, and to the sensors installed in the field.
02
Calculation engine
It crosses all the data and runs complex energy balances, isolating variables and calculating flows to mathematically separate technical losses from non-technical ones.
03
Visualization and action
Executive and operational dashboards with heat maps and automatic rankings of the transformers losing the most money today. From there, work orders go straight to field crews' tablets.
From the area to the exact street
We install sensors at the grid's critical nodes. If the energy that entered a segment, minus what left it, doesn't match what those customers were billed, there's mathematical certainty of where the loss is happening.
50 km²
Before
2 blocks
Now
The eyes on the grid: TS100
The best software is useless if the input data is poor. The TS100 Smart Sensor was designed exclusively for this: it measures current, voltage, flow direction and phase angle, reporting over DNP3 to your SCADA.
See the TS100 sensor→Results at a real utility
On one of the most problematic feeders at a large Brazilian utility, GODEL's micro-segmentation found that nearly 27% of the injected energy went unbilled. Crews, guided to the sensor with the most concentrated fraud, found everything from clandestine substations to unregistered taps in hotels.
27%
of the feeder's energy went unbilled
US$4.5M
saved in energy purchases
US$3M
recovered through fraud detection
Platform capabilities
- Smart inspection prioritization: sends crews to the zones with the most recoverable loss
- Technical loss calculation by voltage drop and phase imbalance
- Tracking of losses recovered through fraud-detection actions
- Dedicated tools for distributed generation
- Customizable executive and operational dashboards
- Perpetual license, with yearly support and updates
Grid management
HABITAT · Supervision system
Every sensor on the grid in a single screen.
- 01Visualization of every sensor, time-stamped per event
- 02Alerts by email or instant messaging
- 03API to integrate with third-party systems
- 04SCADA output over DNP3 / IEC104
- 05Cybersecurity architecture for the telecontrol network
- 06CSV export per device and event
What's your grid's blind spot?
Tell us the problem (losses, faults, visibility) and we'll build the solution with the right products, integrated with your systems.