Top Renewable Energy Site Selection Tools

Disaster assessment tools and renewable energy site selection tools play a crucial role in planning for both safety and sustainability. Whether it’s preparing for natural disasters or identifying the best locations for solar and wind energy, these tools help experts make informed decisions. With the right technology, we can reduce risks, protect communities, and optimize energy projects.

1. FlyPix AI

At FlyPix AI, we are transforming how geospatial technology is used for renewable energy site selection. Our AI-powered platform analyzes satellite, UAV, and LiDAR data with precision, providing fast and actionable insights for identifying optimal locations for solar, wind, and hydro energy projects.

By integrating multiple data sources, FlyPix AI ensures accurate evaluation of terrain suitability, solar irradiation, wind patterns, and environmental constraints. Whether assessing land for utility-scale solar farms, optimizing wind turbine placement, or evaluating hydropower potential, our solution simplifies complex geospatial analysis through an intuitive, no-code interface – eliminating the need for extensive technical expertise.

FlyPix AI enhances site assessment efficiency by automating terrain classification, energy yield estimation, and environmental impact analysis. From evaluating small-scale solar installations to large wind and hydro projects, our platform enables rapid, data-driven decision-making while minimizing costs and risks.

Seamlessly integrating with existing GIS and asset management systems, FlyPix AI ensures that renewable energy site selection workflows remain streamlined and actionable.

Key Features:

• AI-Powered Analytics: Advanced AI algorithms analyze geospatial data for precise site suitability assessments, risk evaluation, and energy yield modeling.
• No-Code Interface: Designed for accessibility, enabling professionals to evaluate sites without coding expertise.
• Multi-Source Data Compatibility: Supports satellite imagery, UAV data, and LiDAR, offering flexibility for various renewable energy projects.
• Scalability & Customization: Adaptable for small-scale solar and wind projects or enterprise-level energy infrastructure planning.

Services:

• AI-driven site suitability analysis for solar, wind, and hydro projects
• Automated terrain classification and environmental impact assessment
• Energy yield modeling based on meteorological and geospatial data
• Custom AI model development for renewable energy planning
• 3D visualization and heatmap generation for enhanced spatial analysis

Contact Information:

• Website: flypix.ai 
• Address: Robert-Bosch-Str.7, 64293 Darmstadt, Germany
• Email: info@flypix.ai 
• Phone Number: +49 6151 2776497
• LinkedIn: linkedin.com/company/flypix-ai 

2. PVcase Prospect 

PVcase Prospect is a specialized tool designed to enhance the early-stage planning of solar energy projects by leveraging geospatial data and advanced automation. It assists developers and engineers in identifying suitable sites by analyzing terrain, solar irradiance, and proximity to infrastructure such as roads and electrical grids. The tool integrates seamlessly with design workflows, allowing users to quickly assess site viability and reduce the time spent on manual evaluations, making it a valuable asset for large-scale solar developments.

Beyond basic site identification, PVcase Prospect offers features to optimize solar layouts and estimate energy yields based on local conditions. It provides detailed visualizations and reports that help stakeholders understand site-specific challenges, such as shading or land restrictions, and supports decision-making by presenting data-driven insights. This comprehensive approach ensures that potential issues are flagged early, enabling more efficient project planning and reducing risks associated with site selection.

Key Highlights:

• Focuses on solar site selection
• Automates site analysis
• Integrates geospatial data
• Targets developers and engineers
• Developed by PVcase
• Enhances project efficiency

Services:

• Identification of solar sites
• Assessment of site feasibility
• Mapping of terrain and resources
• Optimization of solar layouts
• Analysis of grid connectivity
• Reporting for project planning

Contact Information:

• Website: pvcase.com
• LinkedIn: linkedin.com/company/25071758
• Instagram: instagram.com/wearepvcase
• X (Twitter): x.com/WeArePVcase
• YouTube: youtube.com/c/PVcase

3. Transect Site Selection 

Transect Site Selection is a robust tool tailored for renewable energy developers seeking to evaluate land parcels for solar, wind, and hybrid energy projects. It combines geospatial analysis with environmental and regulatory data to screen sites efficiently, identifying factors like wetland presence, endangered species habitats, and zoning restrictions that could impact development. By providing a holistic view of potential risks, it helps companies prioritize locations that align with both technical and legal requirements.

In addition to environmental considerations, Transect incorporates community sentiment and infrastructure proximity into its assessments, offering a multidimensional perspective on site suitability. The tool generates detailed reports and interactive maps that allow users to visualize constraints and opportunities, such as access to transmission lines or local stakeholder support. This enables developers to make informed decisions quickly, reducing delays in permitting and community engagement while optimizing project timelines and costs.

Key Highlights:

• Multi-energy site assessment
• Evaluates permitting risks
• Includes community sentiment data
• Focuses on rapid site screening
• Developed by Transect
• Supports solar and wind

Services:

• Analysis of site suitability
• Mapping of environmental constraints
• Assessment of transmission access
• Evaluation of permitting needs
• Visualization of site risks
• Support for developer decisions

Contact Information:

• Website: transect.com
• Address: 21750 Hardy Oak Blvd, Suite 104, PMB 90850, San Antonio, TX 78258, USA
• Phone: 888-437-4942
• Email: info@transect.com
• Facebook: facebook.com/183335898813140
• Instagram: instagram.com/transectknows
• LinkedIn: linkedin.com/company/25170543
• YouTube: youtube.com/@transect660

4. LandGate Solar Siting 

LandGate Solar Siting is a comprehensive tool that assists solar energy developers in pinpointing optimal locations by integrating GIS technology with economic and land-use data. It evaluates factors such as solar resource potential, land ownership details, and proximity to existing infrastructure, providing a clear picture of site viability. The platform is designed to streamline the site selection process by offering actionable insights that help developers identify parcels with the highest return on investment.

Beyond technical assessments, LandGate enhances decision-making by connecting users to leasing opportunities and market trends, such as energy pricing and demand forecasts. It provides detailed visualizations and analytical reports that highlight site-specific advantages or challenges, such as terrain slope or regulatory hurdles, enabling developers to negotiate leases or plan projects with greater confidence. This dual focus on technical and economic feasibility makes it a versatile tool for renewable energy site selection.

Key Highlights:

• GIS-based solar siting
• Includes economic analysis
• Targets solar developers
• Assesses land availability
• Developed by LandGate
• Streamlines site selection

Services:

• Mapping of solar potential
• Assessment of land suitability
• Analysis of energy pricing
• Identification of lease options
• Visualization of site data
• Reporting for investment decisions

Contact Information:

• Website: landgate.com
• Address: 201 Milwaukee Street, Suite 200, Denver, CO 80206, USA
• Phone: 855-867-3876
• Email: info@landgate.com
• Facebook: facebook.com/LandGateResources
• Instagram: instagram.com/landgate_resources
• X (Twitter): x.com/LandGateCorp
• LinkedIn: linkedin.com/company/landgate
• YouTube: youtube.com/@landgate_resources

5. Nearmap Solar 

Nearmap Solar is a site selection tool that leverages high-resolution aerial imagery and advanced analytics to identify prime locations for solar energy projects. It caters to developers by providing detailed views of rooftops, open land, and surrounding infrastructure, enabling precise assessments of solar potential across urban and rural areas. The tool’s frequent imagery updates ensure that users have access to current data, reflecting recent changes in land use or construction that could affect site suitability.

In addition to its imaging capabilities, Nearmap Solar offers tools to analyze solar exposure, shading, and terrain characteristics, helping users optimize site layouts for maximum energy output. It supports integration with design software and provides exportable reports that detail site conditions, making it easier to share findings with stakeholders or incorporate into project proposals. This combination of real-time visuals and analytical depth makes it a powerful resource for planning solar installations efficiently.

Key Highlights:

• Aerial imagery for solar siting
• High-resolution data
• Analyzes rooftop potential
• Supports site feasibility
• Developed by Nearmap
• Offers real-time insights

Services:

• Mapping of solar sites
• Assessment of terrain features
• Analysis of solar exposure
• Identification of grid proximity
• Visualization of site conditions
• Support for layout planning

Contact Information:

• Website: nearmap.com
• Address: 1850 Ashton Blvd, Ste 500, Lehi, UT 84043, USA
• Phone: 1-844-463-2762
• Facebook: facebook.com/nearmap
• Instagram: instagram.com/nearmap
• LinkedIn: linkedin.com/company/nearmap-com
• YouTube: youtube.com/nearmap

6. ReSoft WindFarm 

ReSoft WindFarm is a specialized tool for wind energy site selection, designed to assist developers in identifying locations with optimal wind resources. It uses wind speed data, topographic analysis, and environmental constraints to evaluate potential sites, ensuring that projects are both technically feasible and environmentally compliant. The tool is tailored for the complexities of wind farm planning, addressing factors like turbine placement and site accessibility.

The software also provides detailed simulations of energy production and financial viability, incorporating variables such as wind patterns and grid connectivity. By generating comprehensive reports and 3D visualizations, ReSoft WindFarm enables developers to assess site-specific risks, such as turbulence or land use conflicts, and refine their project designs accordingly. This focus on precision and integration makes it a key tool for wind energy professionals.

Key Highlights:

• Focuses on wind site selection
• Uses wind resource data
• Analyzes topographic factors
• Targets wind developers
• Developed by ReSoft
• Enhances planning accuracy

Services:

• Mapping of wind potential
• Assessment of site suitability
• Analysis of energy yields
• Visualization of turbine layouts
• Evaluation of grid access
• Reporting for project feasibility

Contact Information:

• Website: resoft.co.uk
• Address: 5 Halcyon Close, London, SW13 0BE, United Kingdom
• Email: info@resoft.co.uk

7. SolarGIS Prospect 

SolarGIS Prospect is a site selection tool from SolarGIS that uses high-accuracy solar resource data to identify ideal locations for solar power plants. It integrates satellite-derived irradiance data with terrain and climate information to provide developers with a reliable foundation for site evaluation. The tool is designed to support large-scale solar projects by offering precise insights into energy potential across diverse geographies.

In addition to resource assessment, SolarGIS Prospect includes features for analyzing site constraints, such as land slope, shading, and proximity to infrastructure, helping users prioritize locations with minimal development risks. It delivers detailed maps and performance forecasts that aid in financial planning and stakeholder communication, ensuring that site selection aligns with both technical and economic goals. This makes it a trusted solution for global solar development.

Key Highlights:

• High-accuracy solar data
• Focuses on large-scale solar
• Integrates satellite imagery
• Supports global projects
• Developed by SolarGIS
• Enhances site evaluation

Services:

• Mapping of solar resources
• Assessment of site constraints
• Analysis of energy potential
• Visualization of site data
• Forecasting of performance
• Support for financial planning

Contact Information:

• Website: solargis.com
• Address: Bottova 2A, 811 09 Bratislava, Slovakia
• Phone: +421 2 431 91 708

8. Vortex Wind Modeling  

Vortex Wind Modeling is a tool from Vortex that assists in wind energy site selection by providing high-resolution wind resource assessments. It uses mesoscale modeling and historical weather data to evaluate wind speeds, directions, and variability across potential sites, catering to developers planning onshore and offshore wind farms.

The tool offers advanced features like uncertainty analysis and energy yield estimation, helping users understand site-specific wind conditions and optimize turbine placement. It provides downloadable datasets and visualizations that support detailed project planning and regulatory submissions, making it a critical resource for wind energy feasibility studies and investment decisions.

Key Highlights:

• High-resolution wind modeling
• Supports onshore and offshore sites
• Uses mesoscale data
• Targets wind developers
• Developed by Vortex
• Enhances yield estimation

Services:

• Mapping of wind resources
• Assessment of site viability
• Analysis of wind variability
• Optimization of turbine sites
• Visualization of wind data
• Reporting for project planning

Contact Information:

• Website: vortexfdc.com
• Address: Passatge Mas de Roda, 6-14, 08005 Barcelona, Spain
• Phone: +34 936 068 635
• Email: info@vortexfdc.com
• LinkedIn: linkedin.com/company/vortex
• Instagram: instagram.com/vortexfdc
• YouTube: youtube.com/@vortexfdc1242

9. Enercast WindSite 

Enercast WindSite is a wind energy site selection tool that uses meteorological data and predictive analytics to identify high-potential locations for wind farms. It analyzes wind speeds, atmospheric conditions, and site accessibility to provide developers with actionable insights for project development, focusing on both technical and operational feasibility.

The tool also includes features for forecasting long-term energy production and assessing environmental impacts, such as noise or wildlife concerns, ensuring compliance with local regulations. By offering detailed reports and interactive maps, Enercast WindSite supports developers in refining site choices and securing financing through data-backed projections.

Key Highlights:

• Predictive wind analytics
• Focuses on wind farm sites
• Analyzes meteorological data
• Supports developers
• Developed by Enercast
• Enhances site forecasting

Services:

• Mapping of wind potential
• Assessment of site conditions
• Analysis of energy production
• Evaluation of environmental impact
• Visualization of site data
• Reporting for investment

Contact Information:

• Website: enercast.de
• Address: enercast GmbH, Universitätsplatz 12, 34127 Kassel, Germany
• Phone: +49 (561) 473 96 64-0
• Email: info@enercast.de
• Facebook: facebook.com/enercast
• X (Twitter): x.com/enercastnews
• LinkedIn: linkedin.com/company/enercast-gmbh

10. AWS Truepower Site Selection 

AWS Truepower, now part of UL Solutions, offers a renewable energy site selection tool focused on wind and solar projects. It combines decades of meteorological expertise with GIS analysis to evaluate sites based on resource availability, land characteristics, and infrastructure proximity, serving developers and consultants worldwide.

The tool provides detailed resource maps, energy yield estimates, and risk assessments, helping users identify sites with the best balance of productivity and practicality. Its comprehensive approach includes integration with project design tools and regulatory data, making it a reliable choice for optimizing renewable energy site selection.

Key Highlights:

• Supports wind and solar siting
• Uses meteorological expertise
• Integrates GIS analysis
• Targets global developers
• Developed by UL Solutions
• Enhances site optimization

Services:

• Mapping of renewable resources
• Assessment of site suitability
• Analysis of energy yields
• Evaluation of infrastructure access
• Visualization of site risks
• Reporting for project design

Contact Information:

• Website: ul.com
• Address: 333 Pfingsten Road, Northbrook, Illinois, 60062, USA
• Phone: +1 847-272-8800
• Facebook: facebook.com/ULSolutionsGlobal
• X (Twitter): x.com/ULSolutions
• Instagram: instagram.com/ul_solutions
• LinkedIn: linkedin.com/company/ulsolutions
• YouTube: youtube.com/ULSolutions

11. DNV Renewables Siting 

DNV Renewables Siting is a tool from DNV that supports site selection for solar, wind, and hybrid renewable energy projects. It uses advanced modeling and geospatial data to assess resource potential, environmental constraints, and technical feasibility, helping developers make informed site choices across diverse regions.

The tool also offers risk analysis and energy yield optimization, incorporating factors like weather variability and grid integration challenges. By providing detailed reports and simulations, DNV Renewables Siting aids in securing project approvals and financing, ensuring that selected sites meet both operational and regulatory standards.

Key Highlights:

• Multi-renewable siting tool
• Uses advanced modeling
• Assesses technical feasibility
• Supports global projects
• Developed by DNV
• Enhances risk analysis

Services:

• Mapping of resource potential
• Assessment of site constraints
• Analysis of energy yields
• Evaluation of grid integration
• Visualization of site data
• Reporting for approvals

Contact Information:

• Website: dnv.com
• Facebook: facebook.com/dnvofficial
• LinkedIn: linkedin.com/company/dnv

12. RES Site Selection 

RES Site Selection, from RES Group, is a tool designed to identify optimal locations for renewable energy projects, including wind, solar, and storage systems. It analyzes resource data, land use patterns, and infrastructure availability to provide developers with a clear understanding of site potential, focusing on maximizing project efficiency.

The tool includes features for environmental impact assessment and stakeholder mapping, ensuring that sites comply with local regulations and community expectations. It delivers comprehensive site reports and visualizations that support project planning and investment decisions, making it a practical solution for renewable energy development.

Key Highlights:

• Supports multiple renewable types
• Analyzes land use data
• Focuses on project efficiency
• Includes stakeholder mapping
• Developed by RES Group
• Enhances site planning

Services:

• Mapping of renewable potential
• Assessment of site suitability
• Analysis of environmental impact
• Evaluation of infrastructure proximity
• Visualization of site options
• Reporting for investment

Contact Information:

• Website: res-group.com
• Address: Beaufort Court, Egg Farm Lane, Kings Langley, WD4 8LR, United Kingdom
• Phone: +44 (0)1923 299 200
• X (Twitter): x.com/RESGroup
• Instagram: instagram.com/res_powerforgood
• LinkedIn: linkedin.com/company/res-group

13. Envision Digital SiteSuit 

Envision Digital SiteSuit is a renewable energy site selection tool that uses AI and geospatial analytics to evaluate locations for solar and wind projects. It assesses factors like resource availability, climate conditions, and grid connectivity, providing developers with a data-driven approach to site identification across global markets.

The tool also offers predictive modeling for energy production and site-specific risks, such as weather-related disruptions or land restrictions. By integrating real-time data and generating detailed insights, SiteSuit helps optimize site layouts and supports strategic planning for sustainable energy projects.

Key Highlights:

• AI-driven site selection
• Supports solar and wind
• Uses geospatial analytics
• Offers predictive modeling
• Developed by Envision Digital
• Enhances strategic planning

Services:

• Mapping of resource availability
• Assessment of site viability
• Analysis of energy production
• Evaluation of climate risks
• Visualization of site data
• Reporting for project optimization

Contact Information:

• Website: envisiondigital.com.au
• Address: Unit 7, Level 1, 25 Walters Drive, Osborne Park, Western Australia, 6017, Australia
• Phone: 1300 074 484
• Email: info@envisiondigital.com.au
• Facebook: facebook.com/EnvisionDigitalAU
• X (Twitter): x.com/EnvisionAus
• LinkedIn: linkedin.com/company/envision-digital-au

14. Fluence Mosaic 

Fluence Mosaic is a site selection and optimization tool from Fluence, designed for renewable energy and storage projects. It uses machine learning and real-time data to identify sites with high renewable potential and grid compatibility, catering to developers integrating solar, wind, and battery systems.

The tool provides detailed simulations of energy flows and economic returns, factoring in local market conditions and infrastructure constraints. Its analytical outputs and visualizations help users refine site choices and design hybrid systems that maximize efficiency and profitability.

Key Highlights:

• Focuses on hybrid systems
• Uses machine learning
• Analyzes grid compatibility
• Supports energy storage
• Developed by Fluence
• Enhances system design

Services:

• Mapping of renewable sites
• Assessment of storage potential
• Analysis of energy flows
• Evaluation of economic returns
• Visualization of site options
• Reporting for hybrid planning

Contact Information:

• Website: fluenceenergy.com
• Address: 4601 Fairfax Drive, Suite 600, Arlington, VA 22203, United States
• Email: tw_info@fluenceenergy.com
• Facebook: facebook.com/fluenceenergy
• X (Twitter): x.com/fluenceenergy
• LinkedIn: linkedin.com/company/fluenceenergy

15. PVSyst Site Analysis 

PVSyst Site Analysis is a tool from PVSyst that supports solar energy site selection by evaluating solar resource potential and site-specific conditions. It is widely used by engineers and developers to assess locations for photovoltaic projects, integrating meteorological data with detailed site parameters like shading and orientation.

The tool offers advanced simulation capabilities to estimate energy yields and identify optimal configurations, helping users address challenges such as terrain variability or grid limitations. Its comprehensive reports and integration with design tools make it a staple for precise solar site planning and performance analysis.

Key Highlights:

• Solar-specific analysis tool
• Evaluates resource potential
• Uses meteorological data
• Targets PV developers
• Developed by PVSyst
• Enhances yield estimation

Services:

• Mapping of solar resources
• Assessment of site conditions
• Analysis of energy yields
• Evaluation of shading impacts
• Visualization of site data
• Reporting for PV planning

Contact Information:

• Website: pvsyst.com
• Address: Route de la Maison-Carrée 30, 1242 Satigny, Switzerland
• LinkedIn: linkedin.com/company/pvsyst-sa  
• YouTube: youtube.com/@PVsystOfficial

16. GreenPowerMonitor Site Selection 

GreenPowerMonitor Site Selection, from GreenPowerMonitor, is a tool for identifying sites for renewable energy projects, with a focus on solar and wind. It leverages real-time monitoring data and geospatial analysis to assess resource availability, environmental factors, and infrastructure readiness, supporting developers in global markets.

The tool provides insights into long-term performance and site-specific risks, such as weather variability or regulatory hurdles, through detailed dashboards and reports. This enables users to make data-driven decisions, optimize site layouts, and ensure projects align with operational and sustainability goals.

Key Highlights:

• Supports solar and wind siting
• Uses real-time data
• Analyzes environmental factors
• Targets global developers
• Developed by GreenPowerMonitor
• Enhances decision-making

Services:

• Mapping of renewable potential
• Assessment of site readiness
• Analysis of performance data
• Evaluation of infrastructure access
• Visualization of site risks
• Reporting for project planning

Contact Information:

• Website: greenpowermonitor.com
• Address: Gran Via de les Corts Catalanes, 130, 9th Floor, 08038 Barcelona, Spain
• Phone: +34 935 510 703
• Facebook: facebook.com/GreenPowerMonitor
• X (Twitter): x.com/gpmmonitoring
• LinkedIn: linkedin.com/company/greenpowermonitor

Conclusion

The right disaster assessment tools can save lives by helping us predict, prepare for, and respond to natural disasters more effectively. At the same time, renewable energy site selection tools ensure we use land and resources wisely, leading to more efficient and sustainable energy projects.

By combining these technologies, we can build safer communities and support the transition to clean energy. As technology continues to improve, these tools will become even more precise and valuable for governments, businesses, and researchers worldwide.

FAQ