- Immediate Diagnostics Without Historical Data: Thanks to the use of deterministic algorithms, the system delivers precise results from day one of installation, without relying on historical databases to "learn" the equipment's behavior.
- Live and Non-Invasive Auditing: We evaluate the asset's internal condition using pure electrical variables, enabling continuous monitoring without interrupting operations or requiring direct mechanical contact.
- Risk Mitigation and Cost Optimization: We identify localized issues before they propagate, preventing unscheduled shutdowns and drastically reducing logistic and repair expenses associated with major failures.
- Validated Safety for Critical Environments: Our technology offers superior sensitivity, capable of detecting open-phase conditions in applications where the margin of error must be non-existent, such as generation plants or continuous process facilities.
- Remote and continuous monitoring: We assess the severity of faults in real time through a dedicated web platform that enables managing the health of each motor from anywhere.
- Technology based on electrical variables: By using exclusively current and voltage measurements, it is the ideal solution for motors with limited physical access where traditional vibration or temperature methods are unfeasible.
- High-precision deterministic algorithm: Unlike statistical systems, our technology does not require prior data history to generate accurate and in-depth diagnoses from the very first day of installation.
- Versatilidad en aplicaciones industriales: Solución aplicable a motores trifásicos de baja y media tensión en activos críticos como bombas, compresores, ventiladores, molinos, sistemas de HVAC y cintas transportadoras.
- Absolute Precision Through Deterministic Algorithms: We identify pathologies and evaluate fault severity immediately upon installation, eliminating the need for months of statistical data "learning."
- Remote Supervision in Hard-to-Reach Environments: Our technology, based on pure electrical magnitudes, allows the auditing of assets where vibration or temperature sensors are unfeasible due to physical installation constraints.
- Centralized Health and Power Quality Management: Real-time visualization through a web platform that breaks down the fault severity level and Power Quality parameters for each generator individually.
- Total Versatility Across the Energy Mix: A solution designed for the highest demands in Hydroelectric, Wind, Solar, Thermal, and Biomass plants, vastly exceeding the limitations of traditional monitoring techniques.
- High-Resolution Electrical Signature Analysis: We utilize spectral and time-domain analysis techniques that offer diagnostic capabilities superior to traditional vibration analysis for early fault detection.
- Intelligent Turbulence Discrimination: Our cutting-edge algorithm differentiates with absolute precision between mechanical/electrical faults and natural load oscillations derived from wind fluctuation.
- Real-Time Severity Assessment: We identify common faults and evaluate their severity level instantaneously, facilitating a precise technical intervention before a major breakdown occurs.
- Multi-Architecture Compatibility: A solution applicable to a wide range of turbines, including induction generators and permanent magnet synchronous generators (PMSGs).
- Disruptive and Non-Invasive Monitoring: We utilize voltage and current transducers installed on the phase conductors to capture data without the need to physically intervene with critical assets.
- Precision Diagnostics in Power Flow: We analyze inverter voltage signals and currents on both sides of the transformer (LV/MV) to ensure a comprehensive assessment of the conversion system.
- Remote Access and Immediate Response: Constant supervision accessible from any location with an internet connection, enabling early anomaly detection and action before a major failure occurs.
- Health and Power Quality Control: Detailed visualization of the fault severity level and energy quality parameters, guaranteeing that the plant always operates under optimal performance conditions.
- Disruptive and Non-Invasive Technology: We capture data through voltage and current transducers installed on the phase conductors, without interfering with the normal operation of the system.
- Diagnostics Based on Electrical Variables: We overcome the limitations of traditional techniques by basing our analysis exclusively on high-precision electrical signals.
- Real-Time Remote Supervision: Permanent access to data from any location, allowing immediate intervention at the earliest sign of a fault.
- Total Health and Power Quality Visibility: Detailed visualization of the fault severity level and power quality parameters for both the inverter and the transformer.
Implementation Models
Digital Supervision (SaaS)
Autonomous Asset Management
- Integrated Hardware and Software: Deployment of connected infrastructure for total control over your data.
- Flexible Licensing: Options for periodic subscriptions or perpetual software licenses.
Delegated Management (MaaS)
24/7 Expert Monitoring
- Continuous Surveillance Service: Uninterrupted monitoring managed by our technical team.
- Health Check-Ups: Preventive diagnostics and specialized audits on demand.
Portable Equipment
Mobile Field Engineering
- High-Precision Temporary Diagnostics: Mobile technology for 24/7 monitoring during specific periods.
- On-Site Condition Inspection: Autonomous devices for rapid audits and immediate health verifications.