Checking and customizing your solar system
We will restore efficiency and extend the service life without replacing equipment.
Ineffectiveness starts with small things
Your installation made you happy in the early years, but production decreased, EMS shows drawdowns, and the inverter notes errors. In Phuket, humid and salty air, dust and mold accelerate corrosion and pollution.
Even a thin layer of dirt reduces production, and the lack of regular maintenance exacerbates the drop in efficiency.
According to manufacturers' profiles and industry guides, contamination and lack of service can cause significant output losses, so measurable checks and cleaning increase system performance.
Turnkey diagnostics, configuration and optimization
We professionally check the already installed system and bring it to calculated efficiency without forcibly replacing the entire complex.
Our profile includes EPC engineering, hybrid batteries, and EMS. We operate in a tropical climate and take into account salt, moisture and wind loads on roof architecture and structures.
Engineering diagnostics without unnecessary visits
Engineering inspection
We check panels, inverters, cable lines, EMS designs and settings. We use a thermal imager, a drone, and measuring devices. At the facility, we record hot spots, moisture accumulations and possible damage.
Diagnostics and report
We identify dirt, corrosion, improper connections, line drawdowns, and evaluate the performance of inverters and batteries. We prepare an engineering report with photographs, measurements, graphs and a calculation of losses, and we also predict growth after the causes are eliminated. The report may include tests using methods used in the industry to assess performance.
Optimization
We correct the configuration, correct installation errors, update the firmware, clean the panels, configure inverters and EMS, and bring monitoring to a single standard. If necessary, add optimizations at the inverter and row levels to align the output.
Suggestion of solutions
Spot repairs and renovations without total replacement. Replacement of individual components, refinement of cable lines and fasteners, recommendations for updating EMS and managing loads.
Engineering report
The final document with the calculation of the expected increase in production, the prevention plan and the regulation of service intervals.
Simple and transparent service scheme
Prior consultation and data collection
We request an electricity bill, photos of the installation and access to current monitoring
Engineer visit and full diagnostics
We conduct an instrumental examination. We use a thermal imager and a drone to search for hot spots and risk zones. We check the inverter, connections, design, panel condition and sealing.
Optimization report and plan
We are submitting a full report with patch priorities, budget and growth forecast.
Implementation
We optimize, repair, clean, set up EMS and train the client's team.
Monitoring and support
We connect Siriteja to the monitoring system and set up reminders for cleaning and periodic inspections. If you wish, a service plan is available with remote monitoring, reports and quick response, similar to the practices of leading vendors.
Prevention that guarantees effectiveness for years
Engineering approach and accurate diagnostics
Engineering expertise
We design and build solar stations, hybrid batteries and EMS, so we know the system from the inside.
Phuket experience
We work in a humid maritime climate. We use materials and methods that resist corrosion and accelerated wear and tear.
We measure and count
We base our decisions on measurements, modeling and industry standards to assess performance.
Honest approach
We are not promoting a full replacement if it is possible to restore and improve the existing system.
How we improve efficiency in practice
Production growth
After the check, some of the fasteners were found to be corroded and the EMS limits were incorrect. They cleaned it, replaced the connectors in the salt zone, and reconfigured the inverter. The increase in production was fifteen percent, and the payback period was shortened.
Production growth
After the check, some of the fasteners were found to be corroded and the EMS limits were incorrect. They cleaned it, replaced the connectors in the salt zone, and reconfigured the inverter. The increase in production was fifteen percent, and the payback period was shortened.
Get an engineering report and personalized recommendations
Choose a maintenance program and be sure that your system is 100% up and running.
Frequently asked questions
How much does the service cost
The cost depends on the capacity, configuration and remoteness of the facility. Basic travel and diagnostics are calculated individually. When choosing a service plan, packages with remote monitoring and monthly reports are available, similar to programs from major manufacturers.
When to service
At least one preventive check per year and cleaning according to the rainy season and salt spray. Regular monitoring helps catch drawdowns immediately.
Is the warranty still in place
We comply with the requirements of manufacturers and local network operators. When working, we take into account the regulations for inverters and monitoring systems.
Do I need to turn off the system
For some of the work, maintenance modes are sufficient. If a shutdown is required, we will agree on the window in advance and ensure a safe recovery.
How long does the job take
Diagnosis in a typical home takes one visit. Implementation depends on the scope of tasks. We are writing about this in the work plan.