We apply monitoring, diagnostics and maintenance solutions in solar systems to improve the efficiency and reliability of photovoltaic plants. Our success stories include projects in demanding environments with measurable and sustainable results.
BRANDS
SUCCESS CASES
METREL - Electrical and Photovoltaic Installation Testers
Metrel's EurotestPV MI 3108 allows to verify the correct operation of photovoltaic systems through safety, continuity, insulation and performance tests, ideal for residential and industrial solar installations.
The PVPM1500X measures the I-V curve and performance of PV modules and strings up to 1500V/20A. Ideal for field diagnostics, fault detection and efficiency verification in large-scale solar installations.
MOSER-GLASER - Duresca® Bars used in Solar Power Plants
MGC solutions are applied in solar plants to detect electrical faults, analyze module and inverter efficiency and perform thermographic inspections, improving preventive maintenance and operational continuity of the photovoltaic system.
BENDER - Cauchari solar project, Elintec S.A., Argentina
In this solar project in Argentina, Bender's ISOMETER® isoPV equipment was instrumental in ensuring system safety and continuity by monitoring insulation and early detection of ground faults in isolated PV installations.
MAGVATECH - On-Line DGA to Safeguard Transformer Operation During Transformer Lifetime
In this success story, Tavrida's automatic reclosers were key to protecting a transformer in extended operation, ensuring fast fault detection, service continuity and efficient management in critical power grids.
In an extreme environment such as Antarctica, STÄUBLI connectors proved their reliability by ensuring stable connections in solar systems, allowing efficient and safe operation even under severe weather conditions.
The MI 3115 PV Analyzer tests PV systems up to 1,500 V in accordance with IEC 62446, measuring IV curves, insulation, irradiance, and temperature. It is essential for verifying safety and performance in industrial, commercial, and utility-scale solar plants.
The ISOMETER® isoPV1685DP continuously monitors insulation in PV systems up to 1,500 V DC, even with high leakage capacitance. It prevents critical failures and ensures safe and reliable operation in large grid-connected solar farms.
The Rec35_Smart5_HDG automatic recloser protects and controls medium-voltage networks that transmit power from solar plants, clearing transient faults. It is key to ensuring the continuity of supply and stability of utility-scale photovoltaic farms.
The Original MC4 connector ensures low-resistance DC connections between modules and eBOS equipment, reducing losses and the risk of overheating. It is the global standard for photovoltaic connections and is critical to the reliability and bankability of PV plants.
The DURESCA® busbar system connects transformers, switchgear, and generators in high-voltage substations, withstanding extreme weather conditions. Its reliability is essential for safely transmitting the energy generated by large solar power plants.
The PVPM 1500X measures IV curves of PV modules and strings up to 1500 V, verifying power output and electrical performance in the field. It detects degradation, mismatch, and hidden faults, optimizing maintenance and performance in photovoltaic installations.
The PV Master 70 plots multichannel IV curves and uses automatic diagnostics to identify hotspots, PID, and other defects in strings. It is a key tool for predictive maintenance and performance optimization in large solar power plants.
The Kwun-E33H robot cleans photovoltaic panels autonomously using semantic vision and IP65 protection, correcting any deviations from its path. It keeps the modules free of dirt and increases the plant’s effective irradiance and annual production.
The AWS810 Solar Edition station measures irradiance, wind, temperature, and soiling in accordance with IEC 61724-1 standards. It serves as the core of meteorological and energy monitoring at PV plants and supports operational and maintenance decisions to maximize power generation.
The M20 thermal imaging camera detects hotspots and defects in PV panels during actual operation, in compliance with IEC TS 62446-3. It facilitates quick and safe inspections of large solar farms and improves the reliability of photovoltaic power generation.