Best Solar Design Software - Page 3

Solarius PV

ACCA provides software solutions for the architecture, engineering and construction sectors. Founded in 1989, ACCA has established a strong position in developing software solutions for the architectural, engineering and construction industries well known for ease of use, its highly creative and practical approach, its strong attitude for innovation and the ability to provide adequate answers to the growing needs of professionals. The simplicity and advanced technology that characterize ACCA’s software solutions, have revolutionized the construction industry by increasing productivity in the practices of hundreds of thousands of engineers, architects, surveyors, construction and installation companies, engineering departments, schools and universities.

Average Rating: 5.0/5.0

Total Reviews: 1

SolarPlus

From small residential installations, complex off-grid systems and large-scale infrastructure projects; SolarPlus is driving the future of home and business electrification. SolarPlus is the complete sales, installation and sales solution. Designed by leading industry experts to help you win new business, save time and maximise profits. Powerful, accurate designs made fast - SolarPlus empowers your team to generate accurate designs in minutes with pre-loaded solar + storage system templates, string configuration guides and preloaded consumption load profiles and tariffs. Flexible mapping options - Map imagery to suit every budget, including high-res images from MetroMap and Nearmap as well as stunning 3D visualisation. Detailed Finance & Energy Modelling - Detailed savings and financial analysis, including peak demand reporting, peak shaving and a lifetime cash flow breakdown. Smart Energy Simulator - The new simulation engine takes savings modelling well beyond solar and batteries; adding hot water, load shifting & EV smart chargers – demonstrating to customers how multiple savings stack up. Compliance Workflow - A complete compliance workflows including compliant design checks, Job Safety Analysis & one-click system handover manual. Integrated Sales - A built in CRM to track sales from enquiry to installation and fully customisable proposals design to generate sales.

Average Rating: 4.5/5.0

Total Reviews: 1

SOL CAD PV

Our mission is to help solar installers and developers with high quality solar electric and battery storage designs for an expedited permitting process; and to advise home and business owners interested in going solar, connecting them with our list of approved and qualified top solar installers with proven expertise. If you are interested in energy independence, saving our planet, and saving money, Avila Solar can make sure your project is feasible, design it, and put together a list of certified solar installers, suppliers and financing options to make your project to success with the highest Quality and for the best market price.

Average Rating: 4.0/5.0

Total Reviews: 1

Sun Studio

Morgan Solar is a Toronto-based solar technology innovator in light management solutions whose mission is to make sunlight the most widely used and accessible energy source in the world. Morgan Solar offers a variety of light management products and services including sunlight modeling and design tools, data acquisition and analytics, architectural building integrated solar arrays, and optically enhanced solar modules.

Average Rating: 4.0/5.0

Total Reviews: 1

SurgePV

SurgePV is an advanced solar design software and proposal tool built for precision, speed, and accuracy. Create detailed solar layouts, perform shading analysis, and generate stunning branded proposals—all in one platform designed to win projects and grow your solar business.

Average Rating: 4.0/5.0

Total Reviews: 1

T*SOL

T*SOL is a dynamic simulation program for designing and calculating solar thermal systems. With T*SOL, systems can be optimally designed, collector arrays and storage tanks dimensioned and the economic efficiency calculated. T*SOL offers over 200 pre-configured systems and extensive design aids. After the simulation, a professional project report is generated, containing all system data as well as detailed simulation and profitability results.

Average Rating: 4.0/5.0

Total Reviews: 1

Web Solar Cloud

Web Solar Cloud is easy-to-use tool for designing solar projects online. It helps you create professional solar designs quickly, even if you're new to solar design. Web Solar Cloud will generate a solar permit package that includes detailed solar panel layouts, electrical diagrams, structural engineering reports, and any other documentation specific to your local permitting requirements.

Average Rating: 5.0/5.0

Total Reviews: 1

360° household

archelios

With the archelios PRO web application, you can design any type of photovoltaic project: from rooftop projects to large solar power plants. Feasibility and profitability studies, simulations, production calculations, the application is intended for all types of projects. Layout Location and 3D modelling of the installation. Configuration Layout, choice of inverter and automatic wiring of the tables. Pre-sizing Quick estimation of the output. (P50-P90) Project design Detailed study and full report customization. Self-consumption Supports all types of load curves. Technical-economic study Complete analysis with calculation of the return and payback time. (VAN/LCOE/TRI) Execution Single-line schematics and execution plans. Features : - 3D Conception - Layout and automatic layout - Inverter configuration and automatic string wiring - Simulation and production calculation - Self-consumption analysis and energy storage - Economic analysis - Sizing Report - Project deliverables With the archelios CALC software, you can carry out the electrical sizing of any type of photovoltaic installation in its entirety, from the photovoltaic panels to the inverter and from the inverter to the grid. The software presents a complete and global view of the installation from the photovoltaic modules to the public distribution network, and for self-consumption, from the photovoltaic modules to the electrical panel. Electrical calculation voltage drop, breaking capacity, protection gauge, cable diameter Normative controls UTE C15 712, NF C15-712-1 and IEC 60364 guides Environment lightning risk analysis, site temperatures, fire (BE2), explosive (BE3), HV/LV connection, self-consumption Analysis Load graph and current/voltage (I/V) curves Deliverables calculation note, single-line diagram Nomenclature material quantities Database multi-manufacturer catalogue, modules, cables, inverters, protections, transformers

ArcSolar

ArcSolar is solar and battery CRM software for Australian retailers and installers. It connects customer records, sales pipelines, mobile quoting, roof proposals, installation work and rebate tracking. Teams can analyse electricity bills with AI, review detected NMI details, prepare savings estimates and follow up outstanding quotes. Built-in communications bring calls, emails and follow-up tasks into the customer workflow. GreenDeal and Formbay integrations support rebate workflows, while sales, operations and finance reporting help teams track progress. Role-based access keeps responsibilities clear across sales and delivery. ArcSolar is designed to help teams move from a new enquiry to a proposal and installation without repeatedly entering the same customer information. Contact ArcSolar for a demonstration of the workflows and integrations available for your business.

Azimutis

Azimutis is an on-site photovoltaic analysis platform for solar installers, surveyors and engineering teams. It helps users assess a site during the technical visit and turn field measurements into clear, usable project information. The platform combines guided shading surveys, solar-path visualization, solar access analysis, PV production estimates, roof measurements and module layout, scenario comparison, and economic and environmental indicators. Users can document site conditions, position modules and obstacles, compare project assumptions, and generate professional PDF reports and data exports. Azimutis is available on iOS and Android, with an integrated web portal for managing projects, accessing analyses, and centralizing project data. Azimutis is designed to support photovoltaic feasibility assessment and project decision-making directly from the field.

BAESS.APP

BAESS.APP is an AI-powered solar engineering and project automation platform designed to help solar developers, EPC companies, and consultants generate accurate technical designs, calculations, and project documentation in minutes instead of hours. The platform automates critical engineering workflows including cable sizing, voltage drop calculations, battery sizing, protection selection, and bill of quantities (BOQ) generation. It also provides intelligent project analysis, automated engineering documentation, and structured outputs suitable for engineering submissions, proposals, and execution. BAESS.APP eliminates manual spreadsheets, reduces human errors, and improves engineering productivity by up to 80%. It is built specifically for solar PV and energy storage projects ranging from small commercial systems to large utility-scale plants. Key benefits include: • Automated solar and battery engineering calculations • Instant BOQ generation with engineering accuracy • AI-assisted project analysis and workflow automation • Reduced engineering time from hours to minutes • Improved accuracy and standardized engineering outputs • Cloud-based platform accessible globally BAESS.APP is ideal for solar EPC companies, engineering consultants, project developers, and technical teams looking to accelerate project delivery and improve engineering efficiency.

Branch

Branch automates the most time-consuming parts of solar design in AutoCAD: stringing, homerun routing, inverter balancing, and circuit length export. Generate NEC-compliant string layouts for any rooftop, ground mount, or SolarEdge configuration with just a few clicks.

Densys Connect

DUET

DUET is a next generation energy yield modelling solution for new and existing utility-scale solar assets. From site design through to operations, the 3D physics-based model delivers clarity where standard 2D models rely on guesswork. DUET protects asset value and reduces underperformance risk across solar portfolios with advanced capabilities such as sub-hourly yield simulations, near-shading, custom racking inputs, terrain-inclusive simulations, and cell-level irradiance modelling. These capabilities enable users to narrow the P50/P90 spread, unlock higher energy yields, and deliver breakthrough returns. Proven daily on 130+ operating solar assets, DUET enables operations teams to compare actual asset performance to validated benchmarks to identify and quantify system losses. Pinpointing underperformance events faster and more effectively is the key to maximizing availability and achieving production targets. During construction and commissioning of an asset, teams can use DUET to accelerate capacity and performance tests with custom workflows specifically designed to streamline the process. DUET’s extensive features help teams comply with new testing standards for PV systems like IEC 61724-2. On the design side, the physically representative model built with DUET allows teams to replace empirical loss assumptions with leading edge, physics-based irradiance modelling to achieve 99+% accuracy against field-measured data. An accurate and capable model that supports every phase of a solar asset’s lifecycle is vital to eliminating team silos and ensuring contracted targets are exceeded and profitability is protected. DUET achieves this by combining a decade of research with leading edge technology that offers unmatched precision and user experience.