What we do :
Before installation begins, a detailed site inspection is performed to determine system suitability.
Key activities:
Measuring available roof or ground area
Checking orientation, shading, and tilt angle
Evaluating energy needs and load profiles
Assessing structural integrity and electrical connections
Our solar design engineer creates a technical plan based on the assessment results.
Design includes:
Sizing of panels, inverters, and batteries
Electrical single-line diagrams (SLD)
Mounting structure layout and wiring routes
Estimation of energy yield and performance ratio
High-quality, certified components are purchased to ensure reliability.
Typical materials include:
Solar panels (modules)
Inverters (DC to AC conversion)
Batteries (for storage, if applicable)
Mounting structures and cables
Circuit breakers, fuses, and connectors
The physical installation of solar panels and supporting equipment begins.
Process:
Installing mounting frames on roof or ground structures
Fixing solar panels securely at the right angle and direction
Wiring panels in series or parallel (DC side)
Connecting inverter, charge controller, and protection devices
Setting up the AC side for grid or load connection
Before system activation, thorough testing is we conducted to verify performance.
Checks include:
Polarity and insulation testing
Voltage and current verification
Inverter operation and synchronization
System performance ratio and output testing
After commissioning, ongoing care ensures system longevity and efficiency.
Includes:
Regular cleaning of panels (to remove dust and debris)
Inspection of wiring, mounting, and connections
Monitoring energy production and system performance
Scheduled preventive maintenance