Continuity in the Field,Confidence in Production
Through periodic maintenance, detailed on-site inspections, and professional panel cleaning operations, we keep your solar plant performing at day-one standards.
Comprehensive Testing and
Maintenance Procedures
The detailed testing and inspection steps we apply to preserve your plant’s day-one performance and ensure compliance with safety standards.
Current-Voltage Curve Analysis
We analyze your plant’s IV (Current-Voltage) curves to identify performance degradation and deviations.
Thermal Camera Inspection
We detect hot-spot faults and cell damage in panels through thermal measurements.
Panel Cleaning
Using deionized pure water, we clean panel surfaces without scratching them and ensure maximum light transmittance.
Grounding Measurements
We verify grounding resistance values in line with international standards to ensure facility and personnel safety.
Voltage and Polarity Tests
We test for possible reverse polarity faults and voltage fluctuations within string cabling.
Open-Circuit Voltage Tests
By measuring panel Voc values, we identify bypass diode failures and string-level disconnections.
Short-Circuit Current Tests
We test Isc values across the system to diagnose electrical losses and connection-related issues.
Physical Inspections
We thoroughly inspect structural corrosion conditions, cable trays, and the physical integrity of the panels.
Turn Invisible Losses
into Measurable Gain.
The biggest mistake in solar investments is to install and forget. A proper O&M strategy extends the lifetime of your plant and prevents production losses.
Soiling Loss
Dust, pollen, and bird droppings on uncleaned panels can lead to annual production losses of 15% to 30%, while also increasing the risk of hot-spot faults.
Return on Investment (ROI)
Regular periodic maintenance and cleaning reduce downtime, shorten the payback period, and protect your investment value.
Warranty Protection
Manufacturers often require periodic maintenance by qualified teams in order for panels to remain under warranty.
Robotic Solutions for
Solar Panel Cleaning
Depending on the location of your plant, dust, smoke, sand, and similar materials may form a layer on the panel surface and prevent the system from receiving full solar exposure.
What Happens Without Proper Maintenance?
This reduces energy production and shortens the service life of equipment. In systems with multiple components such as microinverters and optimizers, improper cleaning may also lead to further output losses.
How Should Panel Cleaning Be Done?
Detergents, chemicals, and pressurized water should never be used. During cleaning, hot panels should not be exposed to cold water, nor cold panels to hot water, as this may cause thermal shock. Cleaning must be performed with deionized pure water.
How Often Should It Be Done?
Your panels may require more frequent maintenance depending on site conditions. Under normal conditions, cleaning and maintenance three to four times a year, typically during seasonal transitions, can improve efficiency by 15% to 20%.