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Anonymous1763661526
11-20 17:59
Model Name
solar panel array 3d model
Tags
machine
rendering
realistic
Prompt
A highly detailed 3D render of a hybrid solar-battery energy system designed for rural SMEs (PYMES) in Valle del Cauca, Colombia. The image shows a complete, realistic setup including: Solar array: 6–12 monocrystalline solar panels (400–550 W each) mounted on a metallic ground structure. Panels angled at 10–15° with a north-facing orientation. Rural farmland in the background (sugar cane, small crops, mango trees typical of Valle del Cauca). Hybrid inverter module: A wall-mounted hybrid inverter (5–10 kW capacity), white or light grey, with ventilation grills and LED indicators. Label: “Hybrid Inverter — AC/DC — Solar + Grid + Battery”. Visible AC and DC inputs, conduit protections, and safety labels. Battery storage system: A lithium-ion battery bank (5–15 kWh) in a weatherproof cabinet. Battery cabinet labeled “LiFePO4 Storage”. Visible battery management unit and cooling vents. IoT monitoring module: A small control box with GSM/4G antenna for monitoring. A nearby tablet or laptop showing the IoT dashboard: Real-time kWh consumption Solar generation Battery State of Charge (SOC) Grid status (ON/OFF) "$ saved" display Hybrid connections: Cables running from solar array → inverter → battery → load panel. Automatic transfer switch (ATS) box labeled “Grid–Solar–Battery”. Environment: A medium-sized rural SME (cold room, irrigation pump, or agricultural processing shed). Background elements typical of Valle del Cauca: mountains, clear sky, warm sunlight, green vegetation. Style & quality: Ultra-realistic 3D render. Physically based rendering (PBR), sharp textures, natural lighting. Clean engineering diagram view but visually appealing. Camera angle: 45-degree perspective view showing the entire system connected. Foreground focus on equipment, background slightly depth-blurred. Optional overlay labels: “Solar Input” “Battery Backup (4–6 hours)” “IoT Monitoring” “Hybrid Power Flow”
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