Top 10 Best Solar Management Software of 2026

Aurora Solar is a comprehensive cloud-based platform designed for solar professionals, enabling accurate photovoltaic system design, sales proposals, and project management. It leverages advanced 3D modeling from satellite imagery, precise energy yield predictions, and automated financial analysis to streamline the entire solar project lifecycle. The software integrates with CRM systems and hardware partners, making it ideal for scaling solar businesses efficiently.

OpenSolar is a cloud-based solar design and management platform that enables solar professionals to create accurate 3D designs, generate professional proposals, and manage customer relationships end-to-end. It automates complex calculations for shading, production, and financials, integrating CRM, project tracking, and sales tools to streamline workflows from lead generation to installation. As a free solution, it supports teams in scaling operations efficiently while providing real-time collaboration and mobile access.

SolarEdge Monitoring Platform is a cloud-based solution designed for real-time monitoring and management of solar PV systems, particularly those equipped with SolarEdge inverters and power optimizers. It offers detailed insights into energy production, system performance, and module-level data, enabling users to detect issues early and optimize output. The platform supports multi-site management, customizable alerts, and reporting via web and mobile apps.

Enphase Enlighten is a cloud-based monitoring platform designed specifically for Enphase solar energy systems, offering real-time visibility into energy production, consumption, and battery storage. It provides granular data down to the individual solar module level thanks to Enphase's microinverter technology, along with performance analytics, weather-adjusted forecasting, and system health alerts. Users access insights via a web portal or mobile app, enabling proactive maintenance and optimization of solar investments.

PVsyst is a professional-grade software specialized in the design, sizing, and performance simulation of photovoltaic (PV) systems. It enables detailed modeling of solar installations, including 3D shading analysis, module layout optimization, electrical configurations, and yield predictions using extensive meteorological databases. Primarily used for project development and feasibility studies, it provides validated simulation results to assess long-term energy production and financial viability.

HelioScope is a cloud-based solar PV design and engineering software specialized for utility-scale projects, offering rapid system modeling, layout optimization, and energy yield predictions. It provides advanced 3D shading analysis, equipment databases, and financial pro forma tools to streamline the design-to-proposal process. While powerful for upfront engineering, it focuses primarily on design rather than ongoing operations or monitoring.

Energy Toolbase is a cloud-based solar management platform designed for developers, financiers, and asset owners to model, propose, and manage solar projects. It offers advanced financial analysis tools, including 8760-hour production modeling, PPA/lease structuring, and IRR calculations, alongside portfolio-level asset performance tracking. The software integrates with monitoring systems like SolarEdge and Enphase for real-time data and supports end-to-end workflows from development to operations.

Solargraf is an all-in-one solar design, sales, and management platform that enables solar professionals to create accurate 3D system designs, generate financial proposals, and automate permitting processes. It integrates engineering-grade tools for shade analysis, NEC compliance checks, and performance modeling to optimize PV system layouts. The software streamlines workflows from lead generation to project handover, making it suitable for installers and EPC firms.

PV*SOL from Valentin Software is a professional photovoltaic simulation and design tool used for planning grid-connected and standalone PV systems. It features 3D modeling, detailed shading analysis via fisheye photos, precise energy yield predictions using real weather data, and comprehensive reporting for project proposals. While excellent for pre-installation design and optimization, it lacks real-time monitoring, control, or operational management capabilities typical of dedicated solar management platforms.

The System Advisor Model (SAM) is a free, open-access software tool developed by the National Renewable Energy Laboratory (NREL) for simulating the performance and financial viability of renewable energy systems, with primary strengths in solar PV, concentrating solar power (CSP), and hybrid configurations including storage. It enables users to model hourly energy production, levelized cost of energy (LCOE), net present value (NPV), and other key metrics using detailed weather data, component libraries, and customizable parameters. While powerful for prospective project design and optimization, it focuses on techno-economic analysis rather than operational management or real-time monitoring.