Energy assessment involves analyzing power consumption, calculating total wattage needed, identifying appliances, and selecting an off-grid, on-grid, or hybrid solar system based on energy requirements.
A solar system includes panels for DC power, an inverter for AC conversion, batteries for storage, a charge controller, mounting structures, and wiring for safe transmission.
A site survey evaluates solar panel placement, considering sunlight availability, shading, roof space, tilt angle, weather conditions, and solar radiation levels to ensure optimal efficiency.
System sizing involves determining the required solar panels, designing a safe and efficient wiring layout, and selecting the appropriate inverter and battery capacity for optimal performance.
The installation process requires expertise to ensure safety, durability, and optimal performance.
Install roof or ground-mounted structures. Ensure the panels are placed at an optimal tilt angle to maximize sunlight absorption. Secure the panels properly to withstand wind and weather conditions.
Connect the panels in series or parallel depending on the voltage and current requirements. Install the inverter and connect it to the main power supply. Set up the charge controller and battery system (if applicable). Ensure proper grounding and protection against electrical faults.
Check all electrical connections for safety. Measure voltage and current output to confirm efficiency. Integrate with the grid (for on-grid systems) or configure battery storage (for off-grid systems).
