• 1. MPPT Technology: MPPT technology should be used in the inverter to make sure the solar panel works with the highest power during each instant, varying from the light conditions.
• 2. Regular cleaning: The regular cleaning of solar panels removes dust, dirt, and other elements from their surface, enhancing their efficiency and energy output at a considerable rate.
• 3. Correct Angle and Orientation: Panels need to be installed in an optimal angle and orientation in a particular geographical location that captures the maximum sunlight throughout the day.
• 4. Shading: Avoid shading due to nearby trees, buildings, or other obstacles that would hamper its output. Potential impact mitigation involves shade-resistant solar panels or techniques of layout optimization.
• 5. Optimizers: Integrate module-level power optimizers with systems; it provides monitoring at the individual level, especially partial shading.
• 6. Temperature Control: Provide ventilation or cooling mechanisms in order to overcome overheating problems, which may decrease panel efficiency. Energy output decreases when temperatures increase.
• 7. Smart Monitoring Systems: Advanced monitoring systems will track energy production and overall system health to allow for timely maintenance and adjustments of performance.
• 8. Integration of Battery Storage: Combine solar panels with energy storage systems to optimize the use of energy and ensure that power is available during times of peak demand.
• 9. Regular Maintenance: Plan for regular inspections and maintenance to quickly locate and fix problems, ensuring long-term performance.
• 10. Energy Management Systems: Install smart energy management systems that will optimize energy use patterns based on solar generation, further improving overall efficiencies and savings.

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