SOLTREEX
SCROLL TO EXPLORE SELECTED PROJECTS AND PROCESS
FROM SMART SENSORS TO PREDICTIVE ANALYTICS
THE INTELLIGENT AI ECOSYSTEM FOR CABLE TEMPERATURE CONTROL AND FAILURE PREVENTION
TVS25 Smart Sensors — battery-free, self-powered tags that measure cable and connection temperature.
HUB_TVS Gateway — gathers data from thousands of sensors via long-range LoRaWAN.
Predixion Platform (AI) — visualises data, predicts, and issues preventive alerts through web or SCADA/PLC integration.
30–40 % of all electrical fires start from overheated joints and terminals.
Each hour of unplanned industrial downtime costs €250k – 500k.
Manual thermal inspections occur only 2–4 times per year, leaving 99 % of time unmonitored.
24/7 visibility: Continuous monitoring of critical electrical connections.
Predictive intelligence: AI-powered insights help identify developing thermal risks before failure.
Minimal maintenance: Self-powered sensors require no batteries or external power wiring.
Reduce unplanned downtime through earlier identification of potential failures.
Optimise maintenance costs by prioritising interventions based on actual equipment conditions.
Scale with confidence across thousands of monitoring points using one integrated ecosystem.
TURNKEY AI ECOSYSTEM FOR CABLE TEMPERATURE CONTROL & FAILURE PREVENTION
WHAT WE DO
WHY IT MATTERS
SMARTER MONITORING
Soltreex builds a scalable ecosystem that bridges hardware, connectivity, and AI analytics — creating long-term value for both strategic buyers and industrial investors.
ECOSYSTEM THAT ANALYSES, AND PREVENTS ELECTRICAL OVERHEATING (AND HUMIDITY SENSING IS THE NEXT-GENERATION PRODUCT DEVELOPMENT).
SOLTREEX ENABLES 24/7 AUTONOMOUS MONITORING, CUTTING RISK, DOWNTIME, AND INSURANCE EXPOSURE.
PREDICT FAILURES BEFORE THEY BECOME COSTLY. BUILT FOR LONG-TERM VALUE.
THE PROBLEM
Hotspots in cable joints and terminals lead to fires, downtime, and asset loss.
Manual thermal inspections are infrequent and often too late.
No continuous visibility between scheduled maintenance cycles.
High costs from outages, safety incidents, and equipment replacement.
Overheating, humidity and loose connections remain one of the top causes of electrical failures.
THE SCALE OF THE PROBLEM
Billions are lost every year due to preventable thermal and humidity failures in cables, joints, and switchgear.
OF ALL ELECTRICAL FIRES ORIGINATE FROM OVERHEATED CABLE JOINTS AND TERMINALS
Over €25 billion in annual industrial losses worldwide from electrical downtime and fire-related failures.
SUBSTATION INCIDENTS ARE LINKED TO UNDETECTED THERMAL DEGRADATION
Manual thermal inspections occur only 2–4 times per year — leaving 99% of operational time unmonitored. A 10°C rise above rated temperature cuts equipment lifespan by 50%.
POTENTIAL COST OF AN UNPLANNED INDUSTRIAL SHUTDOWN
One overheating connection can put an entire operation at risk. Soltreex helps detect developing thermal problems early — before they escalate into costly equipment failures and unplanned downtime.
30-40%
1 IN 3
€250,000–500,000
OUR SOLUTION
The Soltreex Ecosystem. From detection to prevention — one integrated system.
TVS25 Sensors: self-powered, maintenance-free thermal monitors.
HUB_TVS Gateway: collects and manages data from thousands of sensors.
Predixion Platform: analytics engine with real-time alerts and predictive insights. Integration (MQTT, OPC UA, Modbus, REST API) for industrial systems.
End-to-end turnkey design — from sensor to dashboard — no external systems needed.
Sensor → HUB_TVS → Predixion server/Cloud → Operator Interface
PREDICTION AI PLATFORM
Self-powered wireless sensors for real-time temperature monitoring.
Secure LoRaWAN network with intelligent gateway control.
AI-driven analytics and prevention platform — all in one turnkey system.
AI platform to predict & alert.
Sensor → Gateway → server/Cloud → Dashboard
HOW DOES IT WORK
Continuous, AI driven automatic temperature monitoring.
Soltreex is a turnkey ecosystem that continuously monitors the temperature of critical electrical connections — from cable joints to substations.
Unlike manual or standalone automated inspections, the system detects dangerous overheating in real time, preventing fires, breakdowns, and costly downtime across industrial and energy facilities.
Smart Sensor (TVS25):
Installed directly on cables or busbars, each sensor measures temperature continuously. It requires no batteries or wiring, drawing energy from the cable’s own electromagnetic field (from 9A current).
Wireless Data Transfer:
Sensor data is transmitted automatically over a secure LoRaWAN network with up to 10 km range, eliminating the need for additional cabling.
HUB_TVS Gateway:
The gateway collects data from thousands of sensors simultaneously and transmits it to either a local server or the cloud, depending on the customer’s requirements.
Predixion Software Platform:
All readings are visualized on the Predixion Cloud Dashboard, which provides trend graphs, alerts, and predictive insights—enabling operators to take action before failures occur. The system also compares temperatures between phases to detect imbalances and identify early signs of potential faults.
WHY SOLTREEX IS DIFFERENTIATED
WHY SOLTREEX DESPITE THE COMPETITION?
Built specifically around cable, joint, busbar and switchgear thermal-failure prevention.
Sensor → HUB_TVS → Predixion → server/cloud → operator interface.
Designed for distributed industrial deployments, with each network managing 10,000+ sensors according to current Soltreex specs.
1
SPECIALIST FOCUS
2
INTEGRATED
ARCHITECTURE
3
RETROFIT
SCALABILITY
Emerging data advantage — each deployment expands Soltreex's proprietary electrical thermal-behaviour dataset.
Designed to work alongside existing electrical infrastructure and maintenance systems, providing predictive insights without replacing established operations.
Soltreex is not competing as another sensor vendor.
It is building the specialist predictive intelligence layer for electrical infrastructure.
5
STRATEGIC
INTEGRATION
4
DATA
MOAT
LET'S WORK TOGETHER
WE BUILD THE AI-POWERED INTELLIGENCE LAYER FOR CRITICAL ELECTRICAL INFRASTRUCTURE.