Solavita Smart PV Power Plant Design Platform – Empowering Clean Energy with Technology

As the global energy transition accelerates, the demand for solar projects — from distributed rooftop systems to large-scale ground-mounted power plants — continues to rise. Traditional design approaches, however, often face challenges such as time-consuming manual surveying, limited precision, and low design efficiency.

The Solavita Smart PV Design Platform was created to address these issues. By integrating cloud computing, big data, and AI algorithms, it delivers an all-in-one solution covering every step from project planning, system design, and structural layout, to financial analysis and support.

Key Features

1. Intelligent 3D Modeling Users can upload on-site photos or directly leverage satellite maps. The platform’s AI engine automatically detects roof structures, obstacles, tilt angles, and terrain variations, generating accurate 3D models. It then optimizes module layout, tilt angle, and spacing, maximizing installed capacity and energy yield.

2. Accurate Performance Simulation With advanced solar irradiance simulation algorithms, the platform provides highly accurate generation forecasts for both rooftop and ground-mounted systems. Whether using monofacial or bifacial modules, fixed mounting, or single/dual-axis trackers, users can evaluate performance under various irradiation scenarios.

3. Smart Electrical System Design Moving beyond “rule-of-thumb” practices, the platform dynamically generates optimized string configurations and cable recommendations based on real project data — minimizing design errors and reducing rework during construction.

4. Financial Analysis & Optimization Users can input investment parameters and instantly receive key financial indicators such as payback period, NPV, and IRR. AI-driven scenario comparisons help investors make data-driven decisions and select the most cost-effective design solution.

Platform Advantages

• Boosts Efficiency No software installation is required — everything runs directly in the browser. Project teams can collaborate in real time, annotate designs, and update plans instantly. In practice, a large rooftop project that used to take three days to design can now be completed in under two hours.

• Improves Accuracy By combining high-resolution satellite imagery with historical meteorological data, the platform provides precise irradiance predictions and optimized layouts, reducing energy losses caused by design errors.

• Cuts Costs Less reliance on manual surveying lowers labor and time costs, while optimized designs improve material utilization and reduce overall system cost.

• Enables Better Decisions Real-time generation forecasting and multi-scenario comparisons provide a clear understanding of project returns and risks, building investor confidence.