Scanifly Alternatives

Create accurate proposals from anywhere in under 2 minutes using hi-res imagery, energy analysis and 3D shading tools in Pylon's intuitive design studio. Pylon is the only solar design software to give you high-resolution imagery in-app with no monthly fees. Identify dates of concern and track shading impact throughout the year using Pylon's award-winning 3D Solar Shading toolkit. Help your team better understand customer consumption patterns and maximize self-consumption using Pylon's load profile and interval data analysis. Analyze load profiles & interval data. Close more solar proposals with interactive Web & PDF proposals, native eSignatures and a payment processing gateway. Fully integrated solar CRM designed to integrate with your solar design software and convert proposals. Get 2-way SMS and email, communications with your team, lead management, and ready-made deal pipelines with Pylon Solar CRM.

Airteam is an AI-powered software that converts aerial data from drones into CAD models. This allows roofers, PV planners, architects and contractors to measure and inspect buildings quickly and cost-effectively in a 3D. Founded in Berlin in 2018, Airteam focuses on drone flight automation and image data analysis using computer vision and machine learning.

The most robust digital twin of your solar assets in the industry. Create a comprehensive data model based on your as-builts and other sources of information, including an interactive site map. Insights powered by our industry-leading data model that get better over time with machine learning. Strengthening everything from commissioning to warranty claims to financial due diligence. A centralized and secure platform to store inspection reports, data, documents, CAD files, technical specifications, performance models, warranty documentation, shipping receipts, photographs and field notes. Preserved and made accessible with living geospatial equipment profiles, regardless of staff turnover or ownership changes. Get unlimited inspection reports and analytics from the market leader in aerial thermography. Raptor inspections are input agnostic — drones, planes, satellites or sensors — yours or ours. Access industry-leading training to ensure your data collection meets specifications.

Create a preliminary design by specifying the module and inverter configuration and the layout. Upgrade the design to a permit-ready design by completing a quick 4-step wizard. Define the installation site using aerial imagery or an imported 3D model from EagleView or RoofOrders. With SolarDesignTool, you can create a PV system design and generate a solar permit package in as little as 15 minutes. A permit package includes the following pages: project summary, site plan, single-line diagram, PV safety labels, attachment plan(s), attachment details for supported racking systems, fire safety plan, equipment datasheets, and certifications. After completing a PV system design, generating a solar permit package is as simple as clicking a single button. A PV permit package for a typical residential sloped rooftop using a popular racking system will include all of the pages listed above.

Convert more customers with TSL enabled sales cycle. Create high performance PV layouts with ease. Save time and money with automation and remote analysis. Accurate 3D modeling portal, precise shading analysis, panel layout automation. Create accurate shapes using polygons. Simply create the structure with the polygon tool from the models. Dimension tool helps for precision measurement. Click and drag the polygons and tap on tab to enter the dimensions. Subarray properties with tilt and azimuth. Sub-arrays have a group of panels in that area and each sub-array can be edited individually for better rooftop adaptivity. Vary the mount height of the structure to suit your requirement. Drag and drop tables. Say it to add/delete or move the panels, it is easier in the solarlabs. Click the table and you can move to any location on the roof. Visually design the system by having their 3D view handy.

For solar designers who want the highest standard of precision and accuracy. PVCAD delivers unparalleled efficiency so you can finalize designs and quote jobs faster. Selecting design criteria from PVCAD’s integrated databases not only saves time but reduces the risk of costly errors and omissions. We are constantly growing our database of thousands of different inverters, modules, and racking partners. Users can also add their own equipment using the database button in the PVCAD ribbon. Would you like to have your equipment added to our database? PVCAD uses production modeling powered by PVWATTS created by NREL. Accurate 8760 data gives hour-by-hour production data over the course of the entire year. We use the most up-to-date weather data available with global coverage provided by Meteonorm. Lastly, modeling in AutoCAD allows for the most precise system measurements available with any drafting software. With valuable resources at arm’s reach, designers can achieve expert results.

PVSketch is an intuitive web app designed to streamline solar project development. A friendly interface allows sales professionals easy access to a precision layout tool with little or no training. PVSketch helps visualize solar energy solutions and creates accurate energy modeling. PVSketch is part of the PVComplete platform. PVComplete allows solar developers, installers and engineers to work together on a single, versatile platform combining efficiency and accuracy. Sales professionals can begin a project quickly online with PVSketch and then transfer the project to PVCAD, our AutoCAD plugin, for a detailed engineering plan. PVSketch makes solar design simple. As little as five clicks and you can create a solar project packed with valuable information. Simple and instinctive drawing tools make accurate solar design accessible to any individual. While a single click can generate an entire layout if you dig deeper you can refine your solar design to create sophisticated designs.

PV*SOL offers the most detailed configuration and shade analysis for PV systems. Calculate solar output, panel sizing and economic forecasting for your system. Make better design decisions based on intelligent simulation models of your pv solar system. Help clients and partners understand the specifics of their solar installation with appealing professional reports. Incorporate financial incentives and complex tariff structures resulting in better financial planning. Get the best results with our flagship product using 3D technology for precise and realistic PV system design. Our industry-leading software is the ideal tool for fast and reliable PV system design. Get a sneak-peek into our solar calculation and PV power output software with the free online version of PV*SOL.

Accurate estimation of solar energy potential is crucial in the pre-feasibility phase. Besides accurate results, it is also desired that the pre-feasibility study is done efficiently. Solargis prospecting tools, iMaps and pvPlanner, provide fast access to reliable solar yield estimates. The new Prospect tool further increases the accuracy of estimates and makes it easier to collaborate efficiently on the development of solar projects. Solargis data has the best accuracy and reliability amongst available solar databases. This has been confirmed by several independent studies. Solargis data has been validated at 1000+ locations globally. Validation statistics for 180+ non-confidential sites can be seen on our validation map. Popular simulation software such as PVsyst has advanced capabilities for system design and energy modeling. However, the default weather data in such tools is not the most reliable.

SolarPlus is a complete solar design software platform to win you more happy solar customers, save you time, and maximize your profits. Focus your energy to its best use – leading your team, closing deals and bring all of your essential solar installation admin tasks into one easy management platform. SolarPlus V4 brings you the future of energy modeling the only way to see a complete generation, demands and grid interaction. Reduce the compliance load – SolarPlus aids in standard-compliant PV design and generation of handover documentation. RoofMap, our new panel layout tool offers unparalleled visualization and layout control and flexibility. Select from common tariff options or create a tariff to match your customers’ billing preferences. Even compare current and new tariff recommendations. Tariff structure includes single or time-of-use options as well as block pricing and maximum demand options.

Site Scan for ArcGIS is the end-to-end cloud-based drone mapping software designed to revolutionize imagery data collection, processing, and analysis. Maintain a complete picture of your drone inventory and flight history with automatic fleet management. Stay up-to-date with accurate imagery, using repeatable flight plans that ensure high-quality data capture when flying your drones. Securely process imagery in a scalable cloud environment to create high-quality 2D and 3D imagery products that can be quickly shared throughout your organization, on any device. Save time by using the measurement and analysis tools to get the answers you need from your data. Directly publish your drone data to your ArcGIS organization to perform advanced drone analytics such as object detection and application of artificial intelligence (AI).

Turning drone collections into authoritative images and 3D models, in minutes. ArcGIS Drone2Map streamlines the creation of professional imagery products from drone-captured imagery by implementing our professional photogrammetry suite, powered by Pix4D. Helping you to generate products quickly for visualization and analysis. Use the drone and camera that meets your needs, and perform in-field image processing to verify the coverage and quality of your imagery collection. Simplify and streamline your ground control workflow by using ArcGIS Collector to capture high-accuracy points that are ready for integration into your ArcGIS Drone2Map project. Automate your image processing routine with the industry’s easiest-to-use drone image processing software. In a few clicks, produce stunning 2D and 3D products that your entire enterprise can use for analysis and visualization. Get updated aerial views at the push of a button.

With laser scan level accuracy, see why the top industrial firms in the world choose Skycatch to reimagine the process of building, tracking and inspecting complex and hazardous job sites. Skycatch provides aerial data capture automation, processing, visualization, and analysis tools. Complete with onboarding, training and support. Many of the world's largest companies use Skycatch across all of their work sites. The only automated drone data solution for construction enterprises. The perfect tool for construction site visualization and analysis. Are concerned with ore body identification and economic block modeling for efficient ore and mineral extraction. Use the highwall data to plan, repair and create safe and efficient pit plans for optimal ore extraction. Are often the busiest team at the mine, capturing the data needed to make the best decisions for highwall mining.

PV Designer software is ideal for residential and small commercial systems. It enables you to quickly and easily: draw a roof outline, specify set-backs and keep-out regions, incorporate SunEye shade measurements at specific locations on the roof, drag-and-drop modules, size strings, check inverter limits, and calculate the AC energy production for your system. It includes extensive worldwide databases of modules, inverters, and historical weather. You can easily try different design scenarios and compare their AC kW-hr outputs side-by-side to identify the best design. PV Designer is the design tool of choice for designing systems of around 15 kW or less, however larger systems up to 100kW can also be designed in PV Designer. The software is easy to learn and easy to use, yet enables detailed analysis traditionally only available in complicated engineering tools.

The complete aerial mapping, modeling, and inspection platform for the enterprise. Apply the latest generation of artificial intelligence to your aerial data and automate analysis, streamline reporting, and accelerate your work. Whether you’re scouting thousands of acres of farmland or inspecting hundreds of thousands of utility towers, with PrecisionAnalytics, you can surface issues before they cause critical problems, and deliver data accessibility and portability to your organization. Using drones, enterprises are capturing an unprecedented volume of aerial data. But, to unlock the data's potential, business leaders need a systematic approach to aggregating, analyzing, and actioning their aerial intelligence. Overseen by our data scientists, the sensor data is processed by proprietary AI algorithms that interpret the data.

Custom-built for Solar, the SenseHawk Solar Digitization Platform (SDP) offers powerful features for every stage of your asset lifecycle. Built around an intelligent system model, the SenseHawk SDP keeps you in the know, helps you build, moves work forward, lets your teams collab, and allows you to detect and remediate asset issues. The nerve center of SenseHawk’s SDP, our Asset Information Model (AIM) enables stage- and stakeholder-specific use cases for all your work both onsite and in the office. Get actionable insights into site planning. Integrate layered inputs from SRTM, ALTA, and other surveys. Leverage in-built GIS to see location-specific views and data. Schedule projects, assign jobs, build workflows, configure quality controls, digitize documentation, and unify on-site and stakeholder reporting with a full-featured construction management suite.

PVcase Ground Mount is AutoCAD-based solar design software for utility-scale solar power plants. It enables solar engineers to reduce project costs, boost reliability and improve solar plant performance. Reduce project uncertainty and remove design errors with realistic, terrain-based PV layouts. CAPEX can make or break great solar designs. Get a clear breakdown of your project costs early on. Optimize your design and evaluate potential near-shading challenges. Own your electrical design by streamlining string mapping, device placement and cabling. Download and easily share cable runs, piling lengths, and other cost estimations with your team. Export your PV design in a bespoke format, co-designed with PVsyst.

We made this end-to-end solar platform after speaking to hundreds of solar installers to make sure our software adapts to your workflow and improves that, and we're not something you have to massively change the way you work to use our software effectively. Take your business digital, reduce human errors, save on costs, and serve your customers better. From capturing leads to filling in site survey information and a lot more solar features, this is not the average CRM. Design & CRM in one software made especially for salespeople to design by themselves. Salespeople can do just about everything helped by AI and the easy-to-use design features. Send prospects a beautiful proposal with accurate design, solar and battery energy analysis, and financials within minutes. ARKA 360’s powerful design studio is made for technical salespeople and engineers with full 3D design, modeling to the inch, and advanced 3D analysis.

Simulation including the shadow influence by surrounding buildings and objects allows users to check optimal settings and module designs before system installation. The software calculates the I-V curve of solar modules accurately and quickly based on the electric characteristics of each manufacturer's product. The software calculates the amount of generated electricity based on the latitudes, longitudes, and weather conditions of the installation site. This leads to precise simulation results. The software determines the necessary components for installing PV system automatically based on the settings. Supports power generation simulation using half-cell modules. In addition, half-cell solar cells can be registered in the solar cell module database.

Web-based PV design for utility-scale and commercial solar. Our innovative, patented system for determining layout optimizes Ground Coverage Ratio (GCR) and helps engineer enhanced yields on rough terrain. Handle complex boundaries and obstructions with ease. Automate workflows and increase the efficiency of your design process with SunDAT. This feature allows you to identify areas that are beyond a certain slope tolerance or flag areas within a solar array layout that need to be graded or avoided. You can also visualize heatmaps, export them to PVsyst, and perform pile length calculations. SunDAT enables you to export your project data in multiple formats like PDF, DXF and DAE. This allows your design to be imported to programs like AutoCAD and PVsyst for continued design and analysis. SunDAT Web software optimizes large-scale utility and commercial PV design. Whether you are designing a 150MW utility-scale ground mount or a 2 MW commercial rooftop solar system, SunDAT will do it.

Analyze and compare the performance of different light management technologies. Explore conceptual designs and the interaction with surroundings. Design strategies to generate electricity, provide shading and reduce operating costs. Reduce solar heat gain and glare to improve human comfort and wellness. Use sunlight to your advantage. We can help identify what matters to you and then work with you to develop a customized proposal.

pvDesign is the leading cloud-based software to automate and optimize the study, analysis, design, and engineering of photovoltaic plants in all its stages. Speed up the design and engineering process of large-scale solar PV projects to boost teams' efficiency, increase accuracy, and reduce the construction costs of PV plants. pvDesign is a game-changing technology that is revolutionizing the way solar power plants are designed and engineered. By using digital technologies and heuristic calculations, it transforms traditional engineering through the optimization and automatization of processes. pvDesign runs in a secured cloud so your business data is highly safe and you can work in your favorite browser. pvDesign helps you plan all the phases of your PV projects in an efficient way. Define the site where the PV plant will be located by uploading a kml/kmz file with exclusion areas, substations location, access roads, and MV cables delivery point.

T*SOL is the simulation program with which you can calculate the yield of a thermal solar system. No matter whether for domestic water heating, heating support, swimming pools or process heat, with T*SOL you can optimally design your planned solar thermal system, dimension storage and collector arrays (also east / west roofs) and determine the economic efficiency. At the start of the design process, you have a large selection of all relevant systems for domestic hot water heating and heating support, as well as for swimming pools and process heat. During the design, you will be supported with dimensioning suggestions and can use a parameter variation to find the optimal combination, e.g. of storage size and collector area. The parameters of the simulation results such as energies, temperatures or volumes can be displayed graphically. You can choose between different display formats such as bar charts and line graphs. The time axis can be varied between a day and up to a year.

Skyward provides a drone software platform, training, consulting, and connectivity. We help companies and public agencies manage the entire drone workflow: training crews, planning missions, accessing controlled airspace, creating maps & models, and much more. Plan, fly, and process with Skyward’s drone management software platform, including the InFlight mobile app, LAANC access to controlled airspace, and Mapping & Modeling powered by Pix4D. Our experts train teams and help stand up low-risk, high-reward drone programs with standard operating procedures, waiver support, and proofs of concept. We’re building and testing the technologies needed to connect drones to wireless networks at scale in partnership with our Verizon Network coworkers.

Standalone Photovoltaic system design and analysis tool. Hourly simulation, uses hourly climate files (239 U.S. locations included). Sandia Labs PV Model. Enhanced version of PV-DesignPro-S developed in cooperation with Sandia National Labs Photovoltaic Systems Department. PV-DesignPro v6.0 is a suite of Windows 95, 98, NT, Win2000, and Vista compatible software designed to simulate photovoltaic energy system operation on an hourly basis for one year, based on a user-selected climate and system design. Three versions of the PV-DesignPro program are included on the Solar Design Studio CD-ROM: "PV-DesignPro-S" for standalone systems with battery storage, "PV-DesignPro-G" for grid-connected systems with no battery storage, and "PV-DesignPro-P" for water pumping systems. Below is a screenshot of the "S" version of PV-DesignPro. The purpose of the programs are to aid in photovoltaic system design by providing accurate and in-depth information on likely system power output.

A turnkey 3D drone mapping and data analytics solution for civil construction and earthworks operations. We believe frequent, high-accuracy site surveys keep jobs on track and on budget. Propeller’s end-to-end software platform uses drones to simplify collection, photogrammetry to streamline data processing, and 3D maps to manage progress across the project lifecycle. Give everyone on your team instant visibility into the status and progress of a worksite. Propeller centralizes your project documentation to boost collaboration and give surveyors, engineers, foremen, and site managers the confidence to work safer and smarter. By surveying with a drone, you’re decreasing cost per survey, while arming your crew with the up-to-date progress data they need to accomplish more in less time. With a complete visual progress timeline, you’ll squash conflict, reduce rework, and minimize fuel burn.

Quickly complete site capacity layouts for utility-scale projects of any size using click-and-drag control and place tracker blocks at any angle within the project site. Perform more accurate site assessments in less time by analyzing all piers, verifying that trackers can be deployed to specification. Eliminate guesswork and see how modifying structural and electrical components affect system design and performance estimates. Generate automatic pier plans with pier locations, corresponding surface altitude, and top-of-pile reports for leading tracker systems, including Nextracker and Array Technologies. Automatically generate a PVSyst shade scene (.SHD) file. Also generates a project file (.PRJ) and meteo file (.MET). Open the files in PVSyst to model the energy yield including topography effects. Easily export your design to PVSyst for bankable energy yield modelling.

Achieve site balance, stay on schedule, and track progress remotely from any location using our cloud-based platform. Save time and manage projects remotely using weekly aerial images captured by drones. Get ahead of schedule and reduce errors in the field with precise sequence planning. Make fast decisions using overlays of project documentation and user-added data. Communicate and collaborate instantly using mobile-friendly web platform. Track progress on multiple projects with a portfolio dashboard. We foresee a future of construction automation, where software, heavy machinery, and people will work harmoniously to build the designs we envision and allow the construction industry to do more with less.

FieldAgent isn’t just another digital platform. It works with existing tools to gather data from drones, satellites, weather, soil and field operations, and integrates it with powerful models and near real-time field insights to help you make optimized decisions. FieldAgent works hard throughout the year to help you optimize outcomes. Leverage insights throughout the season to evaluate seed, input and equipment performance for purchases. Continuously monitor fields to pinpoint real-time management opportunities. Efficiently and effectively deploy scouting resources to properly diagnose problems. Quickly collaborate with partners by sharing field-level insights. Enable your customer to make the best economic decision. Early visibility matters when it comes to yield potential and replant decisions. FieldAgent allows you to efficiently and effectively capture population counts on every acre.

Visual AI solutions for the entire mine-to-mill value chain. AI-led approach to advance your site operations. 1st platform to seamlessly process 3D data from a variety of visual sensing, field sensors and geospatial data. A fully automated suite of tools to generate accurate digital twins in minutes. AI-powered insights transform your job site. Our machine learning models are trained on millions of images and data points to help save cost, increase safety, add profitability, and more. Site calibrated learning to adjust models with new data in real-time. We release hundreds of features and improvements each year to help you stay ahead of industry shifts. Strayos eliminates the data silos to unlock new benefits for your site and unifies your teams to collaborate across the entire mine-to-mill value chain. A complete toolbox of AI-powered solutions empowering drill and blast optimization. Enter your data and see predicted outcomes for activities, adjust parameters, etc.

Solarius PV takes into account solar shading caused by the presence of long-distance obstacles (mountains, hills, buildings, trees, etc) through a simple photographic survey and directly on the installation site's solar diagram. Solarius PV also allows you to check the effect of shading projected on PV modules by nearby obstacles (chimneys, walls, antennas, etc) on the system layout as the solar path varies over an annual, monthly, daily or hourly periods. Manage shadow projection between parallel rows automatically calculating the minimum module row spacing on any surface type (horizontal, vertical or tilted).

The clock is always ticking in solar contracting. The tools you adopt for sales, project design and fulfillment can make or break a business. The SolarNexus software solution helps contractors operate efficiently at scale. Solar contracting is a relay race. Every project is a fast-paced series of steps. Remain profitable as you grow with clean handoffs and a smooth process workflow. We provide a full suite of sales and operations tools backed by professional services that give contractors the opportunity to scale their solar business. Our operational expertise in solar contracting and enterprise software lets us find and resolve inefficiencies invisible to other people and programs.

Aurora’s cloud-based software transforms solar design, sales, and delivery. With just an address and electric bill, Aurora empowers you to generate a full, accurate, and customizable design for every customer — and close the deal on the spot. We help power thousands of solar projects every week towards our goal of making solar accessible for everyone.

SolarEdge Designer is a free web-based platform that helps solar professionals like yourself lower PV design costs and generate winning customer proposals. plan, build and validate your SolarEdge residential and commercial systems from inception to installation with this powerful selling tool that can help you close more deals. Streamlined design process featuring many automatic procedures such as stringing, instant design validation, multiple obstacle detection and bulk Power Optimizer barcode mapping. Seamless export of the site layout to the SolarEdge Monitoring Platform. Offer compelling customer proposals with comprehensive reports and accurate energy simulations, independently evaluated by DNV GL. Leverage detailed financial analysis capabilities to accurately forecast system owners’ electricity bill savings and ROI. Impress your customers with a visually attractive 3D simulation of their site.

Photovoltaic systems, from small residential rooftops to large utility-scale systems. Concentrating Solar Power systems for electric power generation, including parabolic trough, power tower, and linear Fresnel. Power purchase agreement (PPA) projects where the system is connected to the grid at an interconnection point, and the project earns revenue through power sales. The project may be owned and operated by a single owner or by a partnership involving a flip or leaseback arrangement. Third-party ownership is where the system is installed on the customer's (host) property and owned by a separate entity (developer), and the host is compensated for power generated by the system through either a PPA or lease agreement.

Quickly and easily create permit-ready residential solar designs for free. Export ready-to-submit permit packages for as low as $49 in just a few minutes. Generate a ready-to-submit solar permit package at the click of a button. Every interaction is designed to be fast and simple. Lyra is so easy to use that any experienced solar professional can jump in without any training. Design just what you need for a permit, from a simple preliminary design to a down-to-the-component level permit-ready design. Generate a permit package from the design with the click of a button. Seriously, it's that easy. The Lyra solar design tool is free to use. All we need is your email address to get you set up and ready to knock out your first design. We work with solar design software companies to augment their offerings. If you lack permit packaging in your product offering, contact us to discuss how we can work together.

Our innovative platform speeds up sales and project execution, delivering high performing solar and energy storage systems. Features include: remote design using satellite images, proposals with detailed pricing and energy analytics, and seamless project management. Our app for end-customers is the first of it’s kind; the only platform that verifies predictive performance and savings. Features included solar and storage power-flows, utility bill savings, and performance analytics. Multiple workflows for team members and task assignment. Use high-resolution satellite images to create residential or commercial layouts. Close deals faster with beautiful and accurate proposals. Manage projects to rapid completion and impress customers.

With GeoT*SOL you can simulate the heat pump system to the minute in order to determine annual performance figures (COP) and contribution margins. The systems can have other heat generators such as gas condensing boilers and solar systems. Movovalent, monoenergetic and bivalent modes of operation can be selected for operation. The annual performance factor according to VDI 4650 is an important factor for comparing plants according to their efficiency. It forms the basis for many funding measures and approval procedures. GeoT*SOL calculates the profitability according to the recommendation of the Federal Association of the Solar Industry (BSW) taking into account the funding: comparison of the costs of the heat pump system with a comparison system; capital value and production costs (heat price); modified internal rate of return (MIRR), profit taking into account the reinvestment.

Sighten exists to support the people selling, financing, and installing solar every day. That’s why we love hearing about our customers growing faster or operating more efficiently because of Sighten design, proposal, and sales software. Grow your channel with the only solar software that has a dedicated solution for channel managers and multi-state teams. You’ll be able to see your entire deal pipeline in the same place and easily communicate with partners. Trying to operate without good software will leave you disorganized and will ultimately limit your reach and revenue. You’ll face obstacles with deal visibility, partner communication, and introducing financing to your channel unless you have a seamless platform.

A web-based sales and design tool for solar professionals with the power to completely reshape your proposal generation process. From its robust 3D design engine and bankable energy yield simulator to its detailed financial calculator and drag-and-drop proposal editor; HelioScope makes responding to customer requests fast, easy, and bankable. We provide 3D design, rapid proposals, bankable simulations, unlimited designs, live support, single line diagrams, automatic cad export, one-click sharing, up to 5mw systems, 45,000 component library and global weather coverage and pan file support.

PV F-CHART is a comprehensive photovoltaic system analysis and design program. The program provides monthly-average performance estimates for each hour of the day. The calculations are based upon methods developed at the University of Wisconsin which use solar radiation utilize ability to account for the statistical variation of radiation and the load. We provide weather data for over 300 locations, weather data can be added, hourly load profiles for each month, statistical load variation, time-of-day rates for buy/sell, life-cycle economics with cash flow and monthly parameter variation.

Eturnity software supports installers and salesmen of climate-friendly building technologies (photovoltaic / solar, heat pumps, charging stations, e-mobility etc.). With our products we offers excellent support during the whole process of customer acquisition and consulting. The Eturnity platform strengthens a comprehensive customer acquisition, offers an effective initial consultation and increases the efficiency in the preparation of offers. We enable our customer to digitize the whole customer consultation from the initial planning and design of the building systems to the final compilation of quotations and sales. Become a sales partner of Eturnity! Since 2015, Eturnity has not only been serving Switzerland with its software products but is also inspiring more and more customers from all parts of the world. In order to provide our customers with the best possible service, we rely on competent and motivated sales partners, especially abroad. Do you see potential on your mar

PVsyst is designed to be used by architects, engineers, and researchers. It is also a very useful educative tool. It includes a detailed contextual Help menu that explains the procedures and models that are used, and offers a user-friendly approach with a guide to develop a project. PVsyst is able to import meteo data, as well as personal data from many different sources. For the inverter sizing: the second graph displays the annual distribution of the array power, with the array and inverter nominal power. Storage in a grid system is a complex feature, as it may have different objectives, which lead to different strategies and different PV system configurations.

All HOMER software is built on the trusted, market-leading HOMER platform, used by more than 250,000 system designers and developers in over 190 countries. With decades of experience, we provide the most robust, accurate solutions to help make hybrid power systems technically optimal and maximally cost-effective. Explore which product is most suited for your project, or further understand our approach to techno-economic analysis. Watch the video, download the white paper, or talk to an expert to explore how UL advisory professionals can help. If you need help with your modeling and analysis, or need training in HOMER software, we are here to help. We offer a full range of support services to ensure your success. UL advisory services enable you to leverage our long-standing expertise in renewable energy and qualifications as independent engineers. We offer full project support from feasibility studies, to design and certification.

Drone software for industry innovators. DroneDeploy is the leading drone data solution trusted by over 5,000 companies worldwide. From drone fleet management to data analysis, we have your back every step of the way. Harness the power of aerial intelligence to cut unnecessary staffing hours and shave money off the budget. Our advanced technology equips you with a powerful drone solution, simplifying your workflow and streamlining your processes. Our team of experts is there to answer your toughest questions via chat, phone, or email.

vHive is the only end-to-end software solution that enables enterprises to create digital twins of their field assets and operations using autonomous drone hives from a single drone to multiple drones. Simply plan your drone mission, launch your drones with a press of a button and get fast and accurate results, all complexities handled. We empower enterprise customers to digitize their assets and generate digital twins to visualize, analyze, simulate, and improve assets and processes over time. Choose between enabling your workforce to use off-the-shelf drones and operate them with minimal training or benefit from our global field operations network. Using advanced multi-agent data collection algorithms and mission dynamics AI, we have built the technology that makes aerial surveys of any scale or shape possible, faster, cheaper and easier. AI highlights areas of interest within vast amounts of data, resulting in actionable business insights.

Auterion is transforming how enterprise entities, humanitarian organizations, emergency response teams collect and action data, improve workflows, deliver goods, and save lives and property. The most scalable, secure and reliable drone and payload line-up available today is powered by Auterion. The Auterion SDK enables workflow integrations across your fleet. Our integration with the ESRI site scan app is providing the world’s best, fully integrated enterprise workflow for mapping. Our integrated software solutions enable end-to-end workflows from the field to the back office. From powering and controlling the drone, to analyzing data in the cloud, and integrating to your existing systems, Auterion powers and automates your operation. Our open ecosystem brings together the best from the drone industry to provide customers with greater flexibility and extensibility.

Mapware is the future of drone mapping software. Generate bigger, better 3D maps in the cloud. With Mapware’s easy-to-use interface, anyone can turn 2D drone photos into photorealistic 3D environments using a process called photogrammetry. Powerful enough for the biggest challenges. Simple enough for any project. Whether you want to map one building, a dozen cell towers, a whole oil field, or even an entire city, Mapware is the best tool for the job. Our browser-based software is easy to access from any device.

PrecisionMapper works online, automatically processes aerial data into 2D or 3D products, features a continuously expanding library of on-demand analysis tools, and makes sharing or collaborating easy. Collect aerial data with your drone or satellite. PrecisionViewer is a desktop software that allows users to easily view flight path coverage, add ground control points, and attach flight logs and flight bounds to surveys. Access a continually expanding library of professional, on-demand analysis tools to gain critical insights you want, when you need.

True View EVO is the software used to post-process your raw flight data. EVO will generate a 3D LIDAR point cloud in LAS format, colorize the point cloud, and geotag the images collected. It is based on GeoCue’s LIDAR point cloud exploitation software, LP360, and comes with all the same tools as LP360 Advanced. Tools such as accuracy assessment, automatic and manual ground classification, and contour/ surface exporting. True View EVO gives mappers and surveyors the ability to deliver high quality analytic data with exacting accuracies. True View EVO lets users ingest data from a True View sensor and process to end products without the need to employ other software applications. This is a huge reduction in workflow complexity and a big-time saver. Data are written to a USB memory stick on the True View 3DIS and imported into True View EVO using a simple import wizard. Immediately upon import, you are presented with a map view of the project, showing the entire flight line.