2025.08.01
PV systems can be customized based on multiple factors, including system size and layout, module selection, and support structure. These factors are as follows:
1. System size and layout: Evaluate factors such as the installation site's sunlight resources, available area, and shading to determine the number, type, and arrangement of PV modules. For example, villas with limited roof space can utilize retractable PV panels, which improve power generation efficiency when deployed and save space when retracted.
2. PV module selection: Based on project requirements, consider factors such as module efficiency, power output, size, weight, and weather resistance to select the appropriate PV module type, such as monocrystalline, polycrystalline, or amorphous silicon. Ensure compatibility with the support structure, inverter, and other equipment.
3. Structural design: Calculate the support's load-bearing capacity, wind load, snow load, and other factors to ensure stability in various weather conditions. Consider the mounting method and ease of maintenance. Options include fixed or tracking mounts, which adjust their angle based on the sun's position to improve power generation efficiency. Electrical System Design: Select appropriate cables, junction boxes, inverters, grid-connection boxes, and other equipment to ensure the system's electrical performance meets relevant standards and requirements. Additionally, design safety measures such as lightning protection, grounding, and overcurrent and overvoltage protection.
4. Grid Connection and Energy Storage Design: For grid-connected photovoltaic systems, design a reasonable grid connection plan, taking into account factors such as grid voltage fluctuations and harmonic interference. For energy storage photovoltaic systems, select appropriate energy storage equipment, calculate capacity, and design a charge and discharge control strategy. For example, customized lithium battery energy storage systems with different capacities can be tailored to user electricity demand and peak and off-peak electricity rates.
5. Operation and Maintenance and Monitoring Design: Design the system's monitoring point configuration, data collection and processing, fault diagnosis, and alarm functions to enable remote monitoring and intelligent management. For example, real-time viewing of photovoltaic system power generation data and equipment operating status via a mobile app improves operation and maintenance efficiency and management.
6. Application scenario customization: Customized solutions are available based on different application scenarios. For example, for villas, "double-sided sloping roof solutions" and "courtyard solutions" can be designed. For large-scale ground-based photovoltaic power stations, corresponding high-efficiency combination solutions can be matched based on different terrains such as deserts, plains, and hills, as well as different project types such as agricultural photovoltaic complementarity and fishery photovoltaic complementarity.
Sun Earth Solar offers custom-tailored Solar Systems solutions to meet your unique needs. Whether you require specific dimensions, power outputs, or specialized designs for your projects, Sun-earth expert team is ready to craft personalized solar panels that align with your requirements.
Feel free to reach out via phone, email, or Ningbo Sun Earth official website to discuss your customization needs. Sun Earth are here to provide professional guidance and look forward to collaborating with you!
Keywords：
Sun Earth Solar, Ningbo Sun Earth, Sun-Earth, Sun Earth, PV panels, photovoltaic systems, PV module, PV system
