# Solargis

> Knowledge base documentation for Solargis.

## v1

- [Solargis Technology](https://kb.solargis.com/docs/solargis-technology.md)
- [Solar, meteorological, and environmental data](https://kb.solargis.com/docs/solar-meteorological-and-environmental-data.md): Learn how high-quality solar, meteorological, and environmental data enhance solar project assessments and ensure optimal design and efficiency.
- [Components used in PV system design](https://kb.solargis.com/docs/components-used-in-pv-system-design.md): Access high-accuracy, manufacturer-specific PV components for solar projects with Solargis, ensuring optimal performance and reliable data for informed decisions.
- [Geospatial mapping](https://kb.solargis.com/docs/geospatial-mapping.md): Learn how geospatial data and maps enhance solar project efficiency, site selection, and decision-making with Solargis' advanced techniques and tools.
- [Energy system designing software](https://kb.solargis.com/docs/pv-energy-system-design-software.md): Explore the importance of energy system designers in solar projects, best practices, and the innovative Solargis approach for optimal photovoltaic designs.
- [Data quality control & analysis](https://kb.solargis.com/docs/data-quality-control-analysis.md): Learn the critical role of data quality control in the solar industry and explore Solargis' comprehensive approach to ensure reliable solar measurements.
- [PV energy yield simulation](https://kb.solargis.com/docs/pv-energy-yield-simulation.md): Explore the significance of solar energy yield simulation and Solargis' approach to optimize photovoltaic system performance and investment decisions.
- [PV performance monitoring](https://kb.solargis.com/docs/pv-performance-monitoring.md): Explore the significance of PV performance monitoring, best practices, and Solargis' approach to optimize solar energy projects and maximize returns.
- [Solar power forecasting](https://kb.solargis.com/docs/solar-power-forecasting.md): Explore the significance of solar power forecasting in PV projects, enhancing grid stability, economic viability, and operational efficiency with Solargis.
- [Methodology](https://kb.solargis.com/docs/methodology.md)
- [Data sources & modeling](https://kb.solargis.com/docs/data-modeling-sources.md)
- [Solar irradiance models](https://kb.solargis.com/docs/solar-irradiance-models.md)
- [Solargis satellite-based model](https://kb.solargis.com/docs/satellite-based-irradiance.md): Explore Solargis's satellite-based irradiance models for accurate solar radiation estimates, integrating atmospheric data for reliable energy forecasting.
- [Meteorological & environmental data](https://kb.solargis.com/docs/meteorological-environmental-data.md)
- [Satellite-based albedo data](https://kb.solargis.com/docs/satellite-based-albedo-data.md): Explore how ground albedo and solar irradiance impact global irradiance on tilted surfaces, enhancing bifacial PV technology efficiency.
- [Meteorological model data](https://kb.solargis.com/docs/meteorological-model-data.md): Explore how global meteorological models predict critical parameters like temperature and wind, essential for optimizing solar energy asset performance.
- [Terrain features](https://kb.solargis.com/docs/terrain-features.md)
- [Terrain models](https://kb.solargis.com/docs/terrain-models.md): Accurate terrain analysis is vital for solar energy projects, optimizing design and energy yield through detailed slope, azimuth, and shading assessments.
- [Additional geo data](https://kb.solargis.com/docs/additional-geo-data.md): Integrating terrain, land cover, and population data enhances solar project feasibility, guiding informed decisions for effective energy solutions.
- [Operational & forecast methods](https://kb.solargis.com/docs/operational-forecast-methods.md)
- [Origin of the data for Monitor and Forecast](https://kb.solargis.com/docs/data-sources.md): Explore the Solargis API for solar and meteorological data, covering origins, update frequencies, and methodologies for accurate solar resource analysis.
- [Forecast modelling](https://kb.solargis.com/docs/forecast-modelling.md): Explore Solargis' advanced PV power forecasting using satellite data and NWP models for accurate solar and meteorological predictions.
- [Hail forecast](https://kb.solargis.com/docs/hail-forecast.md): Explore Solargis Hail Forecast for the CONUS region, utilizing NOAA HRRR model data to mitigate hail damage risks for photovoltaic systems.
- [Evaluating forecast accuracy - best practices](https://kb.solargis.com/docs/evaluating-forecast-accuracy.md): Learn best practices for evaluating solar forecast accuracy, including data selection, quality control, and handling forecast horizons for optimal PV power output.
- [Operational and historical forecast](https://kb.solargis.com/docs/operational-and-historical-forecast.md): Explore the differences between historical and operational forecasts in Solargis services, including data structure, delivery, and evaluability for solar energy.
- [Managing forecast accuracy expectations](https://kb.solargis.com/docs/managing-forecast-accuracy-expectations.md): Explore how seasonality, location, and forecast horizon impact the accuracy of solar and PV power output forecasts for better energy management.
- [Ground measurements & site adaptation](https://kb.solargis.com/docs/ground-measurements-site-adaptation.md)
- [Solar irradiance site adaptation](https://kb.solargis.com/docs/solar-irradiance-site-adaptation.md): Enhance solar data accuracy with ground-measured irradiance adaptation methods for reliable GHI and DNI values tailored to local conditions.
- [Site adaptation of albedo data](https://kb.solargis.com/docs/site-adaptation-of-albedo-data.md): Learn how to adapt satellite-derived albedo data to local conditions using on-site measurements, ensuring accurate long-term albedo characterization for PV systems.
- [Solar irradiance ground measurements](https://kb.solargis.com/docs/solar-irradiance-ground-measurements.md): Learn how solar irradiance measurement campaigns enhance energy strategies, financial planning, and project performance through accurate data collection and analysis.
- [Meteorological measurement campaign design](https://kb.solargis.com/docs/meteorological-measurement-campaign-design.md): Learn best practices for meteorological measurement campaigns in PV power plants, covering setup, instrument selection, maintenance, and data management.
- [Harmonization of ground-measured solar data](https://kb.solargis.com/docs/harmonization-of-ground-measured-solar-data.md): Learn how Solargis harmonizes ground-measured solar data using averaging and segmentation methods to create validated, gap-free datasets for PV analysis.
- [Uncertainty & variability](https://kb.solargis.com/docs/uncertainty-variability.md)
- [Solar resource variability](https://kb.solargis.com/docs/solar-resource-variability.md): Explore how solar irradiance variability affects energy production, system performance, and financial returns for optimized solar project design.
- [Uncertainty estimates](https://kb.solargis.com/docs/uncertainty-estimates.md): Explore how solar software enhances reliability in irradiance and yield simulations, addressing uncertainties for successful solar energy projects.
- [P50, P90 and other scenarios](https://kb.solargis.com/docs/p50-p90-and-other-scenarios.md): Learn how P50, P90, and Pxx values quantify energy production risks by integrating uncertainties in irradiance estimates and simulation models.
- [Data resolution & temporal types](https://kb.solargis.com/docs/data-resolution-temporal-types.md)
- [Data aggregation types](https://kb.solargis.com/docs/data-aggregation-types.md)
- [LTA vs TMY vs TS data](https://kb.solargis.com/docs/long-term-averages-vs-typical-meteorological-year-vs-time-series-data.md): Compare Long-Term Averages, Typical Meteorological Year, and Time Series data for solar resource assessment to choose the best dataset for your needs.
- [Time Series and TMY data](https://kb.solargis.com/docs/time-series-and-tmy-data.md): Learn how to summarize multi-year Time Series data into a Typical Meteorological Year (TMY) for accurate solar energy simulations and performance optimization.
- [Temporal resolution and upscaling](https://kb.solargis.com/docs/temporal-resolution-and-upscaling.md)
- [Supported temporal resolutions](https://kb.solargis.com/docs/5-minute-15-minute-and-60-minute-data.md): Explore the impact of temporal resolution on solar data accuracy with 1-minute, 15-minute, and 60-minute datasets for optimal solar project design.
- [Synthetic 1-minute data generation](https://kb.solargis.com/docs/synthetic-1-minute-data-generation.md): Enhance solar irradiance data resolution to 1-minute intervals for PV optimization, capturing local variability while ensuring statistical consistency.
- [1-minute data](https://kb.solargis.com/docs/1-minute-data.md): Explore the critical role of 1-minute data in PV power plant design for accurate energy yield estimates, system optimization, and grid compliance.
- [PV system models & loss calculations](https://kb.solargis.com/docs/pv-system-models-loss-calculations.md)
- [Irradiance on PV modules](https://kb.solargis.com/docs/irradiance-on-pv-modules.md)
- [Solar irradiance components](https://kb.solargis.com/docs/solar-irradiance-components.md): Explore solar irradiance components like GHI and DNI, essential for accurate solar energy analysis and effective photovoltaic system design.
- [Incident irradiance](https://kb.solargis.com/docs/incident-irradiance.md): Explore advanced solar simulation tools that enhance irradiance calculations for PV panels, utilizing models like Ray Tracing and Angular Losses for optimal design.
- [Electrical simulation process](https://kb.solargis.com/docs/electrical-simulation-process.md): Explore the electrical simulation stage of PV energy modeling, covering PV conversion, inverter, and power transmission models for efficient energy delivery.
- [PV module performance models](https://kb.solargis.com/docs/pv-module-performance-models.md)
- [PV conversion model](https://kb.solargis.com/docs/conversion-inside-pv-modules.md): Explore the energy conversion process in PV modules, including the Single Diode model, cell temperature, and module degradation for optimal solar performance.
- [DC/AC Ratio in PV systems](https://kb.solargis.com/docs/dcac-ratio-in-pv-systems.md): Learn about the DC/AC ratio in PV power plants, its importance, calculation methods, and how Solargis Evaluate optimizes energy yield.
- [Inverter & electrical transmission](https://kb.solargis.com/docs/inverter-electrical-transmission.md)
- [Inverter model](https://kb.solargis.com/docs/inverter-model.md): Optimize your solar power system with accurate inverter modeling, enhancing energy output predictions and ensuring efficient DC/AC conversion for grid stability.
- [Cable sizing model](https://kb.solargis.com/docs/cable-sizing-model.md): Optimize your PV power plant design with the Solargis cable sizing model, ensuring reliable performance and minimal energy losses through precise calculations.
- [AC power transmission model](https://kb.solargis.com/docs/power-transmission.md): Accurately model cabling, transformer, and grid losses in PV systems for reliable energy yield analysis and improved performance insights.
- [Environmental & system losses](https://kb.solargis.com/docs/environmental-system-losses.md)
- [Snow loss model](https://kb.solargis.com/docs/snow-losses.md): Explore Solargis' innovative approach to modeling snow-related energy losses in photovoltaic systems, utilizing global meteorological and satellite data.
- [Soiling loss model](https://kb.solargis.com/docs/soiling-losses.md): Explore the Solargis soiling model to estimate soiling losses in photovoltaic systems, enhancing energy yield forecasts and optimizing maintenance strategies.
- [Hail risk model](https://kb.solargis.com/docs/hail-risk-model.md): Explore the Solargis hail risk model, a machine-learning approach quantifying long-term hail exposure for PV asset protection and strategic planning.
- [System unavailability losses & long-term degradation](https://kb.solargis.com/docs/system-unavailability-losses-long-term-degradation.md): Learn how to calculate system unavailability losses and long-term degradation in solar energy systems for accurate performance evaluation and energy yield predictions.
- [Energy yield & system simulation](https://kb.solargis.com/docs/energy-yield-simulation.md)
- [Comparison of PV simulators](https://kb.solargis.com/docs/comparison-of-pv-simulators.md)
- [PV simulators comparison: Overview](https://kb.solargis.com/docs/pv-simulators-comparison.md): Compare Solargis Evaluate with top PV yield simulators, exploring methodology differences and energy yield impacts for informed design decisions.
- [PV simulators comparison: Setup and test methodology](https://kb.solargis.com/docs/comparison-setup-and-test-methodology.md): Compare six PV simulation tools using consistent data and metrics to understand their methodologies and outputs across diverse climates and configurations.
- [PV simulators comparison: Solar data and system configuration](https://kb.solargis.com/docs/comparison-solar-data-and-system-config.md): Compare PV simulators on data inputs, scene modeling, and simulation variables to enhance the accuracy of your PV yield simulations.
- [PV simulators comparison: Irradiance modeling](https://kb.solargis.com/docs/comparison-irradiance-modeling.md): Explore how PV simulators model optical chains, including irradiance transposition, bifacial modeling, and shading effects for accurate solar energy predictions.
- [PV simulators comparison: Optical losses](https://kb.solargis.com/docs/comparison-optical-losses.md): Explore how PV simulators model optical losses like soiling, snow, angular reflection, and spectral losses affecting effective irradiance and energy yield.
- [PV simulators comparison: Electrical modeling of the DC side](https://kb.solargis.com/docs/comparison-electrical-modeling-dc-side.md): Explore how PV simulators model the DC side of solar energy systems, from irradiance to inverter output, highlighting efficiency and loss factors.
- [PV simulators comparison: Electrical modeling of the AC side](https://kb.solargis.com/docs/comparison-electrical-modeling-ac-side.md): Explore the modeling of AC side losses in PV simulators, including auxiliary loads, transformer losses, and grid connection impacts on energy delivery.
- [PV simulators comparison: Conclusion](https://kb.solargis.com/docs/pv-simulators-comparison-conclusion.md): Compare PV simulators like Solargis Evaluate, PVsyst, SAM, and pvlib to understand energy delivery differences and their impact on tool choice.
- [PV simulators comparison: Detailed results and analysis](https://kb.solargis.com/docs/pv-simulators-comparison-detailed-results-analysis.md)
- [Argus PV simulator](https://kb.solargis.com/docs/argus-pv-simulator.md)
- [Argus PV simulation chain](https://kb.solargis.com/docs/argus-pv-simulation-chain.md): Explore the Argus PV simulation engine by Solargis, offering advanced energy yield simulations with unmatched accuracy for PV power plants.
- [Argus PV simulator inputs](https://kb.solargis.com/docs/argus-simulation-inputs-overview.md): Explore the essential simulation inputs for Argus PV, including site parameters and energy system configuration, to ensure accurate PV system performance.
- [Argus PV simulator optical simulation](https://kb.solargis.com/docs/argus-optical-simulation-overview.md): Explore the Argus PV simulation engine's optical simulation, detailing how solar radiation is converted into Global tilted irradiance with advanced accuracy.
- [Argus PV simulator electrical simulation](https://kb.solargis.com/docs/argus-electrical-simulation-overview.md): Explore the Argus PV simulation engine's electrical stage, converting GTI values to AC power while tracking losses for accurate PV energy output.
- [Argus PV simulator post-processing](https://kb.solargis.com/docs/argus-simulation-post-processing-overview.md): Explore the post-processing stage of Argus PV simulation in Solargis Evaluate, addressing system-level losses for accurate energy yield estimates.
- [Argus PV simulator outputs](https://kb.solargis.com/docs/argus-simulator-outputs.md): Explore Argus PV simulation outputs in Solargis Evaluate, detailing energy yield, loss analysis, and expert consultancy for optimal solar performance.
- [Prospect PV simulator](https://kb.solargis.com/docs/prospect-simulator.md)
- [Prospect PV simulation chain](https://kb.solargis.com/docs/prospect-simulation-chain.md): Explore the Prospect PV simulator in Solargis for fast, scalable energy yield simulations, optimizing PV power plant assessments with statistical data.
- [Prospect PV simulator inputs](https://kb.solargis.com/docs/prospect-pv-simulation-inputs-overview.md): Explore the essential simulation inputs for the Prospect PV simulator, including solar radiation, meteorological data, and PV system configuration.
- [Prospect PV simulator optical simulation](https://kb.solargis.com/docs/prospect-pv-simulator-optical-simulation-overview-1.md): Explore the optical simulation stage of the Prospect PV simulator, optimizing solar radiation into effective Global tilted irradiance for efficient PV performance.
- [Prospect PV simulator electrical simulation](https://kb.solargis.com/docs/prospect-pv-simulator-electrical-simulation-overview.md): Explore the electrical simulation of the Prospect PV simulator, converting GTI values to AC power while tracking losses for optimal energy yield.
- [Prospect PV simulator post-processing](https://kb.solargis.com/docs/prospect-pv-simulator-post-processing-overview.md): Explore the post-processing stage of the Prospect PV simulator, addressing snow and technical availability losses for accurate energy yield estimates.
- [Prospect PV simulator outputs](https://kb.solargis.com/docs/prospect-pv-simulator-outputs.md): Explore the Prospect PV simulator's outputs, including power output, loss breakdown, and temporal resolutions for optimal solar energy assessments.
- [Performance assessment](https://kb.solargis.com/docs/performance-assessment.md)
- [PV performance indicators](https://kb.solargis.com/docs/pv-performance-indicators.md): Explore key performance indicators for PV power plants, including Performance Ratio and Energy Performance Index, to optimize operational efficiency.
- [Accuracy & Validation](https://kb.solargis.com/docs/accuracy-validation.md)
- [Understanding accuracy in solar software](https://kb.solargis.com/docs/understanding-accuracy-in-solar-software.md): Learn the importance of accurate solar simulation software and data for optimizing PV energy predictions and system design in solar projects.
- [Validation of solar irradiance data](https://kb.solargis.com/docs/validation-of-solar-irradiance-data.md): Explore the critical role of solar irradiance datasets in PV system design, ensuring accurate energy yield predictions and reliable performance assessments.
- [Validation of hail forecast data](https://kb.solargis.com/docs/validation-of-hail-forecast-data.md): Validate Solargis hail forecast accuracy against NOAA records, revealing high detection rates and actionable insights for protecting solar assets from hail damage.
- [Validation of albedo](https://kb.solargis.com/docs/validation-of-environmental-factors.md): Accurate ground surface albedo modeling is vital for PV simulations, optimizing energy yield predictions and system design for bifacial modules.
- [Validation of meteorological parameters](https://kb.solargis.com/docs/validation-of-meteorological-parameters.md): Validate meteorological parameters like air temperature, wind speed, and humidity for accurate solar energy project simulations and optimized performance.
- [Validation of forecast data](https://kb.solargis.com/docs/validation-of-forecast-data.md): Evaluate Solargis' accuracy in forecasting Global Horizontal Irradiation and PV power output across diverse climate zones and forecast horizons.
- [Validation of PV simulation models](https://kb.solargis.com/docs/validation-of-pv-simulation-models.md): Verify PV simulation models with Solargis for accurate energy yield predictions, focusing on ray tracing, shading conditions, and model validation.
- [Validation of the soiling loss model](https://kb.solargis.com/docs/validation-of-the-soiling-loss-model.md): Validate the Solargis soiling loss model with insights from 51 global PV sites, exploring methodology, data, and key findings on soiling impacts.
- [Validation of the snow loss model](https://kb.solargis.com/docs/validation-of-the-snow-loss-model.md): Explore the Solargis snow loss model's validation using PV data from 27 sites, analyzing snow event impacts on energy production across diverse climates.
- [Independent comparisons of solar irradiance models](https://kb.solargis.com/docs/independent-comparisons-of-solar-irradiance-models.md): Explore independent evaluations of solar data providers, highlighting Solargis's top performance in global irradiance benchmarks and satellite data validation.
- [Importance of correct PV configuration for forecast accuracy](https://kb.solargis.com/docs/importance-of-correct-pv-configuration-for-forecast-accuracy.md): Accurate PV system configuration is vital for reliable power forecasts. Learn how Solargis's tool enhances forecast accuracy through effective parameter verification.
- [Product documentation](https://kb.solargis.com/docs/customer-resource-center.md)
- [Onboarding guides](https://kb.solargis.com/docs/onboarding-guides.md)
- [Evaluate onboarding guide](https://kb.solargis.com/docs/onboarding.md): Learn to design and evaluate photovoltaic systems with Solargis Evaluate 2.0. Create, simulate, and analyze your PV projects effectively.
- [Solargis data download](https://kb.solargis.com/docs/solargis-data-download.md): Learn how to download Time Series and TMY data from Solargis, including project activation steps and data selection for accurate simulations.
- [Solargis Home dashboard](https://kb.solargis.com/docs/account-dashboard.md)
- [Introduction to Solargis Home dashboard](https://kb.solargis.com/docs/login-and-company-select.md): Learn to log into your Solargis account, select the right company, and manage projects and subscriptions effectively for seamless collaboration.
- [Creating a Solargis account](https://kb.solargis.com/docs/creating-solargis-account.md): Learn how to create a free Solargis account via the applications page or company invitation, linking you instantly to your organization.
- [Logging in to the Solargis platform](https://kb.solargis.com/docs/logging-in-to-the-solargis-platform.md): Learn to log in to Solargis, reset passwords, and understand account types for optimal project access and collaboration.
- [Your account projects](https://kb.solargis.com/docs/account-projects.md)
- [Creating new projects from the Home dashboard](https://kb.solargis.com/docs/creating-new-project-from-the-dashboard.md): Learn to create and manage projects from the Home dashboard, including pin placement, labeling, and application visibility settings.
- [Dashboard project details](https://kb.solargis.com/docs/dashboard-project-details.md): Learn to view and edit project details, visibility, and location in Solargis, including hiding addresses and managing properties effectively.
- [Managing your projects](https://kb.solargis.com/docs/dashboard-project-management.md): Manage and archive projects, change owners, assign labels, and filter views on your dashboard for efficient project management.
- [Managing access to projects](https://kb.solargis.com/docs/managing-access-to-projects.md): Learn to manage project access in your Solargis account, enhancing collaboration with read-only sharing, ownership transfer, and user role management.
- [Account management](https://kb.solargis.com/docs/account-management.md)
- [Personal profile customization](https://kb.solargis.com/docs/profile-customization.md): Customize your account settings, manage subscriptions, and edit your profile easily. Access unit preferences, privacy settings, and trial details in one place.
- [Security](https://kb.solargis.com/docs/security.md): Learn to enhance your Solargis account security by changing your password and setting up Two-Factor Authentication or Passkey for safer logins.
- [Company account and user administration](https://kb.solargis.com/docs/company-account-and-user-management.md): Manage your company account, API subscriptions, billing, and user roles efficiently with our comprehensive guide for admin users.
- [Application subscriptions and user access](https://kb.solargis.com/docs/application-subscriptions-and-tiers.md): Manage your Solargis application subscriptions, track usage, and enable user access with ease. Check status, SGU balance, and transaction history today!
- [Solargis store](https://kb.solargis.com/docs/solargis-store.md): Learn how to purchase Solargis Units for the Evaluate app, including topping up, payment methods, and downloading invoices for your energy simulations.
- [Evaluate subscription](https://kb.solargis.com/docs/subscription-explained.md): Learn about Solargis subscriptions, SGU units, pricing plans, and the importance of continuity for accessing Evaluate and optimizing your PV projects.
- [Solargis Prospect](https://kb.solargis.com/docs/prospect-application.md)
- [Introduction to Prospect](https://kb.solargis.com/docs/introduction-to-prospect.md): Explore the Solargis Prospect application for evaluating solar potential, featuring accurate data, project management, and powerful analytics for global projects.
- [Creating projects in Prospect](https://kb.solargis.com/docs/creating-projects-in-prospect.md): Learn how to create and configure a new project in the Prospect application for effective PV performance and financial analysis.
- [Project details and horizon data](https://kb.solargis.com/docs/project-details-and-horizon-data.md): Access and modify your Prospect project details, horizon data, and solar metrics easily to optimize panel orientation and performance.
- [Managing Prospect projects](https://kb.solargis.com/docs/managing-prospect-projects.md): Manage your projects efficiently with labels, user access, and data updates. Archive or unarchive projects easily for streamlined project management.
- [Prospect map layers](https://kb.solargis.com/docs/prospect-map-layers.md): Explore the diverse map layers in the Prospect application, offering insights into solar resource potential, climate, and environmental factors for PV systems.
- [Project data analysis](https://kb.solargis.com/docs/project-data-analysis.md): Analyze solar resource data with the Prospect app, exploring monthly statistics, PV performance, and financial insights for optimized energy systems.
- [Financial analysis](https://kb.solargis.com/docs/financial-analysis.md): Learn how to conduct financial analysis for your solar project, including key metrics like ROI, IRR, and cost-effectiveness for optimal performance.
- [Comparing Prospect projects](https://kb.solargis.com/docs/comparing-prospect-projects.md): Compare photovoltaic projects effortlessly with Prospect's tool, evaluating solar resources, feasibility, and financial analysis across multiple sites.
- [Project metadata](https://kb.solargis.com/docs/project-data-sources.md): Explore solar resource metadata, data sources, processing methods, and parameters for accurate solar assessments using Solargis's high-resolution database.
- [Reports and data downloads](https://kb.solargis.com/docs/reports-and-data-downloads.md): Generate Solargis Prospect project reports in PDF or XLSX and export your project data to CSV for further processing.
- [Prospect subscription details](https://kb.solargis.com/docs/prospect-subscriptions-details.md): Parameters, data coverage, reference periods, and project and user limits across Solargis Prospect tiers: Basic, Professional, Enterprise.
- [Solargis Evaluate](https://kb.solargis.com/docs/evaluate.md)
- [Introduction to Evaluate](https://kb.solargis.com/docs/evaluate-overview.md): Explore the Solargis Evaluate app for precise solar energy system planning, data analysis, and project management with 30 years of resource data.
- [Creating projects in Evaluate](https://kb.solargis.com/docs/creating-new-projects-in-evaluate.md): Learn to create and activate projects, design energy systems, and run simulations for feasibility data in the Evaluate platform.
- [Working with Evaluate projects](https://kb.solargis.com/docs/working-with-your-evaluate-projects.md): Explore the Evaluate project structure, navigate sections, and analyze energy systems with detailed insights on solar resources and performance metrics.
- [Simulation costs and SGU](https://kb.solargis.com/docs/simulation-costs-and-sgu.md)
- [Project evaluation](https://kb.solargis.com/docs/project-evaluation.md)
- [Data analysis](https://kb.solargis.com/docs/data-analysis.md): Explore project analysis for solar energy systems, including PV statistics, losses, and environmental data to assess feasibility and optimize performance.
- [How to read the charts](https://kb.solargis.com/docs/how-to-read-the-charts.md): Explore how to read and utilize charts in the Analysis section, covering solar resources, climate data, and PV energy system insights for optimal performance.
- [PV statistics and long-term degradation](https://kb.solargis.com/docs/energy-system-statistics-losses-and-long-term-degradation.md): Explore PV energy systems statistics, losses, and long-term degradation data to optimize performance and enhance decision-making for your solar projects.
- [Inverter statistics](https://kb.solargis.com/docs/inverter-statistics.md): Learn to interpret inverter statistics, optimize performance, and reduce standby time for better solar energy efficiency with actionable insights.
- [PV system losses](https://kb.solargis.com/docs/pv-system-losses.md): Learn to analyze PV system losses, including energy conversion, performance ratios, and seasonal variations for optimized solar energy efficiency.
- [GHI and DNI uncertainty data](https://kb.solargis.com/docs/ghi-and-dni-uncertainty.md): Access uncertainty data on solar resources, including GHI and DNI metrics, to enhance your project planning and risk assessment with Evaluate's insights.
- [Site adapted project data](https://kb.solargis.com/docs/site-adapted-project-data.md)
- [Evaluate reports and data exports](https://kb.solargis.com/docs/project-reports-and-data-exports.md): Learn to generate detailed reports and data exports for your energy project, optimizing downloads for third-party applications in various formats.
- [Analysing extra simulation parameters](https://kb.solargis.com/docs/extra-simulation-parameters.md): Analyze PV system performance with Solargis Evaluate, focusing on simulation parameters, losses, and bifacial module insights for optimal design.
- [Energy system designer](https://kb.solargis.com/docs/energy-system-configurator.md)
- [Introduction to the Energy system designer](https://kb.solargis.com/docs/energy-system-configurator-introduction.md): Explore the Solargis energy system designer for GTI and PV systems, featuring intuitive navigation and over 150 customizable parameters for optimal energy design.
- [Creating GTI energy system](https://kb.solargis.com/docs/creating-gti-energy-system.md): Learn to create a GTI energy system in Evaluate, configure solar parameters, and simulate energy yield for optimal performance.
- [Creating PV energy system](https://kb.solargis.com/docs/creating-pv-energy-system.md)
- [PV energy system - the preparation](https://kb.solargis.com/docs/pv-system-preparation.md): Learn to design an effective PV energy system with essential tools, site assessments, and optimization techniques for optimal performance and feasibility.
- [Using the 3D map and drawing tools](https://kb.solargis.com/docs/using-3d-map-and-drawing-tools.md): Learn to navigate the energy designer's interactive 3D map, create buildings, visualize shading, and optimize your energy system in real-time.
- [Segments, restricted areas, and shading objects](https://kb.solargis.com/docs/drawing-segments-restricted-areas-and-shading-objects.md): Learn to create segments, restricted areas, and shading objects in the interactive 3D map for effective PV table placement and management.
- [Adding segments](https://kb.solargis.com/docs/adding-segments.md)
- [Adding restricted areas and lines](https://kb.solargis.com/docs/adding-restricted-areas.md)
- [Adding shading objects](https://kb.solargis.com/docs/adding-shading-objects.md)
- [Adding arrays to the project](https://kb.solargis.com/docs/adding-arrays-to-the-project.md): Learn how to add arrays to your project using reference points or segments, optimizing power output and site preparation for efficient PV installations.
- [Constraints, site properties, and terrain](https://kb.solargis.com/docs/energy-system-site-properties.md): Access site properties, change terrain models, and visualize slope exceedance for optimal installations. Explore elevation models and constraints effectively.
- [Site properties](https://kb.solargis.com/docs/site-properties.md)
- [Terrain properties](https://kb.solargis.com/docs/terrain-properties.md)
- [Constraints](https://kb.solargis.com/docs/design-constraints.md)
- [Far horizon shading](https://kb.solargis.com/docs/horizon-shading.md): Learn to view, edit, and export your project's far horizon shading data easily, enhancing your site's environmental analysis and design.
- [Array configuration](https://kb.solargis.com/docs/array-configuration.md): Learn to configure PV arrays, adjust mounting, select modules, and optimize performance for your solar projects with our comprehensive guide.
- [Inverter configuration](https://kb.solargis.com/docs/inverter-and-transformer-configuration.md): Learn to replace generic inverters with manufacturer-specific models, configure settings, and optimize your photovoltaic system design for better performance.
- [Transformers and grid connection](https://kb.solargis.com/docs/transformers.md): Learn to add and configure inverter and power transformers in your design, adjusting parameters for optimal performance and grid connection.
- [Cabling configuration and losses](https://kb.solargis.com/docs/cabling-configuration-and-losses.md): Learn to configure LV, MV, and HV cable losses, adjust routes, and optimize costs using the Solargis cable sizing model for accurate energy design.
- [Auxiliary, degradation, environmental, and unavailability losses](https://kb.solargis.com/docs/system-losses.md): Learn to optimize your PV energy system by adjusting cabling, degradation, and environmental losses for improved efficiency and performance.
- [Imports and KML files](https://kb.solargis.com/docs/imports-and-kml-files.md): Learn how to import KML files into your designs, convert data types, and manage imports effectively in the Energy System Designer.
- [Energy system exports](https://kb.solargis.com/docs/energy-system-downloads.md): Learn to download KML boundaries, PVsyst data, and Collada files for your PV energy system, enhancing project visualization and data sharing.
- [Available import/export formats](https://kb.solargis.com/docs/available-importexport-formats.md): Supported import and export file formats for the Solargis Energy System Designer: KML, SHP, DWG/DXF, TIFF, PVC, DAE, and XLSX.
- [Bill of materials](https://kb.solargis.com/docs/bill-of-materials.md): Learn to use the Bill of Materials for accurate energy system cost estimates, including materials, labor, and additional expenses for your project.
- [Energy system validation](https://kb.solargis.com/docs/energy-system-validation.md): Learn about energy system validation, its importance, and how to use the validation tool to ensure compatibility and efficiency in your designs.
- [Saving and reverting changes](https://kb.solargis.com/docs/saving-your-pv-design.md): Learn how the Energy system designer auto-saves your progress, offers manual save options, and features undo/redo for efficient design management.
- [Evaluate custom terrain imports](https://kb.solargis.com/docs/evaluate-project-imports.md): Upload up to five GeoTIFF files for custom terrain in Evaluate projects, enhancing shading and yield simulations with precise elevation data.
- [Evaluate add-ons and data source updates](https://kb.solargis.com/docs/evaluate-add-ons.md): Enhance your solar project with Solargis add-ons for full evaluations, offering specialized datasets and expert services for comprehensive analysis.
- [Evaluate subscription details](https://kb.solargis.com/docs/evaluate-subscription-details.md): Data parameters, units, sources, geographical coverage, and albedo reference period included in the Solargis Evaluate subscription.
- [Evaluate FAQs](https://kb.solargis.com/docs/evaluate-faqs.md): Learn how to manage user accounts, change project settings, and optimize energy systems with our comprehensive FAQs for efficient energy system design.
- [Solargis Monitor](https://kb.solargis.com/docs/monitor-data-service.md)
- [Introduction to Monitor](https://kb.solargis.com/docs/monitor-introduction.md): Explore Solargis Monitor for reliable solar asset performance data, real-time insights, and customizable subscription plans to optimize energy generation.
- [Monitor data interpretation](https://kb.solargis.com/docs/monitor-data-interpretation.md): Learn to interpret Solargis Monitor data for effective PV system monitoring, performance assessment, and reporting with best practices and data insights.
- [Enhancing asset performance analysis with Solargis Evaluate](https://kb.solargis.com/docs/enhancing-asset-performance-analysis-with-solargis-evaluate.md): Enhance your solar performance analysis with Solargis Monitor and Evaluate, ensuring accurate baselines, detailed loss analysis, and effective benchmarking.
- [Solargis Monitor API](https://kb.solargis.com/docs/monitor-data-api.md): Learn about Solargis Monitor & Forecast services, their subscription plans, and how to access reliable solar resource data for effective assessment.
- [Monitor subscription details](https://kb.solargis.com/docs/monitor-subscription-details-1.md): Solargis Monitor subscription tiers (Basic, Professional, Enterprise, Real-Time): parameters, temporal resolution, data history, and update rate.
- [Solargis Forecast](https://kb.solargis.com/docs/forecast-data-service.md)
- [Introduction to Forecast](https://kb.solargis.com/docs/introduction-to-forecast.md): Explore Solargis Forecast service for accurate PV power predictions, optimizing energy trading, maintenance, and grid stability with tailored subscription plans.
- [Forecast data interpretation](https://kb.solargis.com/docs/forecast-data-interpretation.md): Learn to interpret Solargis Forecast data for solar resource predictions, optimizing PV power output, and effective energy management strategies.
- [Solargis Forecast API](https://kb.solargis.com/docs/forecast-api-service.md): Learn about Solargis Monitor & Forecast services, their subscription plans, and how to access reliable solar resource data for effective assessment.
- [Forecast subscription details](https://kb.solargis.com/docs/forecast-subscriptions-details.md): Explore Solargis Forecast subscription tiers, data types, and features, including advanced forecasting models for solar and PV parameters.
- [Solargis Analyst](https://kb.solargis.com/docs/analyst-application.md)
- [Introduction to Analyst](https://kb.solargis.com/docs/introduction-to-analyst.md): Solargis Analyst is a powerful desktop tool for solar resource data analysis, aiding PV developers and analysts in overcoming data challenges effectively.
- [Installing the Analyst application](https://kb.solargis.com/docs/installing-the-analyst.md): Learn to install Solargis Analyst on Windows, validate your license, and configure firewall settings for optimal performance. Minimum system requirements included.
- [Working with Analyst projects](https://kb.solargis.com/docs/working-with-analyst-projects.md): Learn to navigate the Solargis Analyst application, manage projects, import datasets, and perform quality checks for accurate data analysis.
- [Database management and project datasets](https://kb.solargis.com/docs/database-setup-and-project-datasets.md): Learn the Analyst project workflow: create databases, manage datasets, run quality checks, and visualize data with Solargis Analyst.
- [Metadata editor](https://kb.solargis.com/docs/dataset-editor.md): Learn to manage dataset metadata in Solargis Analyst: edit basics, configure columns, review flags, and check quality control status efficiently.
- [Importing and exporting datasets](https://kb.solargis.com/docs/importing-datasets-to-analyst.md): Learn to use the Dataset Import Manager in Analyst for seamless data integration, including file preparation, timestamp setup, and dataset management.
- [Exporting datasets](https://kb.solargis.com/docs/exporting-datasets-from-analyst.md)
- [Application settings and personalization](https://kb.solargis.com/docs/application-settings-and-personalization.md): Personalize your Analyst application with custom settings for graphs, flags, instruments, and color palettes to enhance your data analysis experience.
- [Supported parameter types and units](https://kb.solargis.com/docs/supported-parameter-types-and-units.md): Reference table of parameter types supported in Solargis Analyst, their available units, and the required system unit for automatic quality control.
- [About](https://kb.solargis.com/docs/analyst-about.md): Explore the Solargis Analyst License Agreement and discover the third-party software and libraries that enhance its functionality for solar analysis.
- [Analyst FAQ](https://kb.solargis.com/docs/analyst-help.md): Trouble logging into Solargis Analyst? Check proxy settings, subscription status, and device limits to resolve access issues and ensure smooth operation.
- [Quality control checks](https://kb.solargis.com/docs/quality-control-checks.md)
- [Analyst dataset quality control](https://kb.solargis.com/docs/dataset-quality-control.md): Learn about Analyst's quality control tools, their importance, and how to ensure reliable solar data for accurate project evaluations.
- [Time reference checks](https://kb.solargis.com/docs/time-reference-checks.md): Learn to use the Time Reference Check tool for aligning solar data timestamps to UTC-0, ensuring accurate quality control and reliable results.
- [Solar radiation data QC](https://kb.solargis.com/docs/solar-radiation-data-qc.md): Learn to run the Solar radiation data QC tool for accurate solar data validation, ensuring reliable energy yield assessments and performance analyses.
- [Meteo data QC](https://kb.solargis.com/docs/meteo-data-qc.md): Learn to run the Meteo data QC tool for accurate meteorological checks on temperature, wind speed, humidity, and air pressure with visual insights.
- [Interactive data QC](https://kb.solargis.com/docs/interactive-data-qc.md): Learn to manually flag data inconsistencies using interactive QC tools in Solargis Analyst, enhancing your dataset's quality with visual inspections.
- [Data post-filtering](https://kb.solargis.com/docs/data-post-filtering.md): Learn to execute post-filtering QC for solar radiation data, flagging short values and visualizing results with heatmaps and time series plots.
- [Analysis](https://kb.solargis.com/docs/analyst-analysis.md)
- [Time series data analysis](https://kb.solargis.com/docs/time-series-data-analysis.md): Master Time Series Analysis with Solargis: explore visualizations, filtering, and aggregation options to analyze your datasets effectively.
- [Compare parameters](https://kb.solargis.com/docs/compare-parameters.md): Learn to use the Compare analysis tool in Solargis Analyst for effective parameter comparison, data filtering, and visualization techniques.
- [The Analyze tool](https://kb.solargis.com/docs/the-analyze-tool.md): Learn to analyze solar radiation data using the Analyze tool, exploring visualizations like Profiles, Trends, and Monthly Averages for insightful insights.
- [Maintenance log](https://kb.solargis.com/docs/maintenance-log.md): Track and explore maintenance events in your dataset with the Solargis Analyst's maintenance log tool, featuring timeline views and customizable parameters.
- [Tools](https://kb.solargis.com/docs/tools.md)
- [Calculator](https://kb.solargis.com/docs/calculator.md): Learn to use the Calculator tool in Solargis Analyst to amend datasets, add columns, and calculate missing values effectively.
- [Calculate 3rd component](https://kb.solargis.com/docs/calculate-3rd-component.md): Learn to calculate missing solar parameters using the 3rd component calculator in Solargis Analyst. Optimize your dataset with ease!
- [Units convertor](https://kb.solargis.com/docs/unit-converter.md): Convert dataset parameter measurements between units in Solargis Analyst (e.g., irradiance from W/m² to kW/m²), with a table view of the data.
- [Cloning, combining, and aggregating datasets](https://kb.solargis.com/docs/cloning-combining-and-aggregating-datasets.md): Learn to clone, combine, and aggregate datasets in Solargis Analyst for effective data management and analysis. Enhance your data handling skills today!
- [Solargis Solarmaps](https://kb.solargis.com/docs/solar-maps.md)
- [Introduction to Solarmaps](https://kb.solargis.com/docs/introduction-to-solar-maps.md): Explore Solargis Solarmaps for insights on solar resource availability, environmental factors, and data visualization to enhance your photovoltaic projects.
- [Working with Solarmaps](https://kb.solargis.com/docs/working-with-solarmaps.md): Explore Solarmaps to customize solar data layers, compare locations, and download high-res GHI maps for informed decision-making on solar resources.
- [Solargis PV components catalog](https://kb.solargis.com/docs/pvcc.md)
- [Introduction to the catalog](https://kb.solargis.com/docs/pvcc-introduction.md): Explore the Solargis PV components catalog for reliable, expert-verified products that streamline PV design and enhance energy yield simulations.
- [Sign up to the catalog](https://kb.solargis.com/docs/sign-up-to-pvcc.md): Learn how to create your PV catalog account, manage company details, and verify your company for seamless access to components and API keys.
- [Browsing the catalog](https://kb.solargis.com/docs/browsing-the-catalog.md): Browse the catalog to access detailed component data, filters, and formats for PV modules and inverters, available for registered users.
- [Catalog component management](https://kb.solargis.com/docs/pvcc-component-management.md)
- [Managing the components](https://kb.solargis.com/docs/catalog-component-management-guide.md): Learn to manage and edit components, understand their statuses, and utilize the catalog effectively for your designs. Access is limited to editors and admins.
- [Component lifecycle](https://kb.solargis.com/docs/component-lifecycle-1.md)
- [Component lifecycle stages](https://kb.solargis.com/docs/component-lifecycle-stages.md): Explore the component lifecycle stages from creation to publishing, ensuring reliable data for your PV system designs with expert validation and review.
- [Validating the components](https://kb.solargis.com/docs/component-review-process.md): Learn about component validation in photovoltaic systems, ensuring accurate electrical parameters for reliable performance in your designs.
- [Component review process](https://kb.solargis.com/docs/validating-the-components.md): Ensure the accuracy and reliability of PV components through a thorough review process, enhancing credibility and user trust in photovoltaic designs.
- [Publishing the components](https://kb.solargis.com/docs/publishing-the-component.md): Learn how to publish and update PV components in the catalog, ensuring accurate data and reliable integration for photovoltaic designs.
- [New component versions](https://kb.solargis.com/docs/new-component-versions.md): Learn how to create new component versions, track changes, and manage expirations effectively for better compatibility and updated information.
- [Adding components to the catalog](https://kb.solargis.com/docs/adding-components-to-the-catalog.md)
- [Before you add a component](https://kb.solargis.com/docs/how-to-add-components.md): Learn how to add components to the PVCC catalog, manage visibility settings, and ensure compliance with required fields for various data formats.
- [Adding components manually](https://kb.solargis.com/docs/adding-component-manually.md): Learn how to manually add components to the catalog, including duplication and filling out essential details for better validation and approval.
- [PV cell size calculator](https://kb.solargis.com/docs/pv-cell-size-calculator.md): Estimate a PV module's cell format from its dimensions and cell layout, matching standard formats (M0–G12, half/third/quarter-cut) from PAN files.
- [Importing the components](https://kb.solargis.com/docs/importing-the-components.md)
- [How to import components](https://kb.solargis.com/docs/how-to-import-components.md): Learn how to bulk import manufacturer/component data into PVCC using PAN/OND or XLS files, with a limit of 50 components per upload.
- [PAN and OND file upload](https://kb.solargis.com/docs/pan-and-ond-files.md): Learn how to upload PAN/OND files to create and validate components efficiently, with tips for managing drafts and reviews in your catalog.
- [XLS file upload](https://kb.solargis.com/docs/xls-file-upload.md): Learn how to upload components using an XLS file, from downloading the template to validating data and making final changes in PVCC.
- [XLS Import template structure](https://kb.solargis.com/docs/import-template-structure.md): Learn how to efficiently use the PVCC Excel template for importing PV components, ensuring compatibility and easy navigation through organized parameters.
- [Bulk import - PV modules datasheet](https://kb.solargis.com/docs/bulk-import-pv-modules-datasheet.md): Explore essential PV module parameters, including specifications, manufacturer details, and installation tips for accurate catalog uploads.
- [Bulk import - Inverters datasheet](https://kb.solargis.com/docs/bulk-import-inverters-datasheet.md): Explore essential inverter parameters for catalog uploads, including model names, manufacturer details, and performance metrics for optimal efficiency.
- [Component confidence classification](https://kb.solargis.com/docs/component-confidence-classification.md): Learn about component classification, accuracy control, and how to improve your component's classification for reliable PV design and simulations.
- [Catalog account and user management](https://kb.solargis.com/docs/pvcc-company-account-and-user-management.md): Manage your PV catalog company account, invite users, and access your API key with our comprehensive guide for admin users.
- [API integration and Solargis Evaluate connection](https://kb.solargis.com/docs/pvcc-api-integration.md): Learn how to connect your catalog to Solargis Evaluate for private project components, including API key generation and integration steps.
- [Language support](https://kb.solargis.com/docs/language-support.md): Change the Solargis PV components catalog interface language and set a default profile language. The catalog currently supports Chinese and Spanish.
- [PVCC FAQs](https://kb.solargis.com/docs/catalog-faqs.md): Access the PV catalog as a registered user for full component details, downloads, and management features. Create your account and explore today!
- [API data services](https://kb.solargis.com/docs/api-data-services.md)
- [Solargis API data services](https://kb.solargis.com/docs/solargis-api-data-services.md): Explore Solargis API services for solar project lifecycle, offering flexible data formats, use cases, and detailed documentation for optimal integration.
- [Long-term averages data API](https://kb.solargis.com/docs/long-term-averages-data-api.md)
- [Introduction to Solargis Long-Term Averages API](https://kb.solargis.com/docs/solargis-long-term-averages-api.md): Explore the Solargis Long-Term Averages API for swift solar potential assessments, ideal for pre-feasibility and portfolio analysis worldwide.
- [Long-Term Averages API subscription details](https://kb.solargis.com/docs/lta-subscription-details.md): Parameters, units, data sources, spatial resolutions, and reference periods provided by the Solargis Long-Term Averages (LTA) API subscription.
- [Solargis TS and TMY data API](https://kb.solargis.com/docs/ts-tmy-data-api.md)
- [Introduction to Solargis Time Series and TMY API](https://kb.solargis.com/docs/solargis-time-series-and-tmy-api.md): Access accurate solar radiation and meteorological data globally with Solargis TMY and Time Series API for effective solar energy project assessments.
- [Solargis Time Series API subscription details](https://kb.solargis.com/docs/time-series-subscription-details.md): Explore Solargis Time Series API subscription tiers, including parameter specifications, temporal resolutions, and global coverage with historical data.
- [Solargis TMY API subscription details](https://kb.solargis.com/docs/tmy-subscription-details.md): Parameters and temporal-resolution tiers of the Solargis TMY API subscription: Hourly, 15-minute, and 1-minute, with coverage details.
- [Integrations](https://kb.solargis.com/docs/integrations.md)
- [Solargis data in PVsyst](https://kb.solargis.com/docs/solargis-data-in-pvsyst.md): Learn how to import Solargis data into PVsyst for accurate solar simulations, including monthly, hourly, horizon, and albedo data.
- [Solargis data in PV-SOL](https://kb.solargis.com/docs/solargis-data-in-pv-sol.md): Learn how to import Solargis data into PV*SOL for accurate PV yield simulations, including steps for using monthly and hourly weather files.
- [Solargis data in SAM](https://kb.solargis.com/docs/solargis-data-in-sam.md): Learn how to upload Solargis TMY data into NREL SAM for accurate energy simulations. Follow our guide for seamless integration and support options.
- [ClimData and Solargis 1.0 orders & payments](https://kb.solargis.com/docs/climdata-and-solargis-10-orders-payments.md)
- [Purchasing the services](https://kb.solargis.com/docs/purchasing-the-products.md): Learn how to purchase ClimData and Solargis services in 5 easy steps, including product selection, order tracking, and payment options.
- [Terms, conditions, and requirements](https://kb.solargis.com/docs/terms-conditions-and-requirements.md): Learn about Solargis services, VAT ID requirements, data sharing policies, and how to request quotes in different currencies for your projects.
- [Solargis Glossary](https://kb.solargis.com/docs/solargis-glossary.md): Glossary of Solargis acronyms, terms, and units for solar, meteorological, environmental, PV, and electrical parameters.
- [Industry insights & trends](https://kb.solargis.com/docs/industry-insights-trends.md)
- [Validating PV simulation uncertainty against field measurements](https://kb.solargis.com/docs/validating-pv-simulation-uncertainty-against-field-measurements.md)
- [System of automatic detection of PV mounting configuration](https://kb.solargis.com/docs/system-of-automatic-detection-of-pv-mounting-configuration.md): Optimize PV system performance with Solargis' automated detection of mounting parameters using machine learning and time series data for accurate forecasting.
- [Soiling losses: From modelling to PV systems simulation](https://kb.solargis.com/docs/soiling-losses-from-modelling-to-pv-systems-simulation.md): Explore the Solargis Evaluate 2.0 soiling model for precise, site-specific simulations of PV module soiling losses, enhancing energy yield and reducing uncertainty.
- [Time-series vs typical meteorological year data: verification of PV string sizing and design](https://kb.solargis.com/docs/time-series-vs-typical-meteorological-year-data-verification-of-pv-string-sizing-and-design.md): Accurate PV system design relies on high-resolution weather data; learn how TS datasets outperform TMY in capturing extreme conditions for optimal performance.
- [The importance of sub-hourly input data in PV systems simulation using satellite-based solar model data](https://kb.solargis.com/docs/the-importance-of-sub-hourly-input-data-in-pv-systems-simulation-using-satellite-based-solar-model-data.md): Explore how sub-hourly solar data enhances PV system simulations, revealing critical insights on power variability, clipping losses, and grid impacts.
- [Global patterns of solar resource short-term variability based on Solargis Time Series data.](https://kb.solargis.com/docs/global-patterns-of-solar-resource-short-term-variability-based-on-solargis-time-series-data.md): Explore global solar resource variability from satellite data, crucial for grid planning and PV project development, highlighting regional patterns and ramp rates.
- [Past, current, and future solar radiation trends in Europe](https://kb.solargis.com/docs/solar-radiation-trends-europe.md): Explore Europe's solar radiation brightening trend, its climate implications, and future projections based on comprehensive research and data analysis.
- [Understanding short-term PV power variability](https://kb.solargis.com/docs/understanding-short-term-pv-power-variability.md): Explore the impact of solar resource variability on PV power output, emphasizing the need for high-resolution data to enhance grid stability and project design.
- [Scalable Simulation of Complex PV Energy Systems Using Smart Ray Tracing](https://kb.solargis.com/docs/scalable-simulation-using-smart-ray-tracing.md): Explore how Solargis' Smart Ray Tracing enhances PV design accuracy, optimizing yield and performance for bifacial modules and complex terrains.
- [Impact of PV module degradation on inverter clipping losses](https://kb.solargis.com/docs/impact-of-degradation-on-clipping-losses.md): Explore how PV module degradation impacts energy yield predictions and inverter clipping losses, with insights from Solargis' latest research.
- [Impact of Quality Control on Uncertainty in PV Performance Evaluation](https://kb.solargis.com/docs/impact-of-qc-on-uncertainty-in-pv-performance-evaluation.md): Uncover how undetected QC issues in GHI and GTI measurements impact PV performance, emphasizing the need for automated QC and expert review.
- [Release Notes](https://kb.solargis.com/docs/release-notes.md)
- [Application releases](https://kb.solargis.com/docs/application-releases.md)
- [Solargis platform](https://kb.solargis.com/docs/solargis-platform.md)
- [2026](https://kb.solargis.com/docs/2026.md)
- [20260621 v 2.8.4](https://kb.solargis.com/docs/20260621-v-2-8-4.md): Explore the latest application release notes, featuring new energy system tools, improved data handling, and enhanced user experience for optimal performance.
- [20260621 v 2.8.0](https://kb.solargis.com/docs/rn-v-2-8-0.md): Explore the latest application release notes, featuring new energy system tools, improved data handling, and enhanced user experience for optimal performance.
- [20260413 v 2.7.1](https://kb.solargis.com/docs/271.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [20260324 v 2.7.0](https://kb.solargis.com/docs/270.md): Explore the latest application release notes, featuring user settings updates, enhanced PV simulation, terrain-adapted layouts, and improved report generation.
- [2025](https://kb.solargis.com/docs/2025-1.md)
- [20251203 v 2.6.0](https://kb.solargis.com/docs/20251201-v-260.md): Explore the latest Solargis updates: enhanced project management, improved PV simulation accuracy, and new data export options for better analysis.
- [20250916 v 2.5.0](https://kb.solargis.com/docs/20250914-v-250.md): Explore the latest Solargis updates: enhanced project management, improved PV simulation accuracy, and new data export options for better analysis.
- [20250714 v 2.4.0](https://kb.solargis.com/docs/20250714-v-240.md): Explore the latest Solargis updates: enhanced project management, improved PV simulation accuracy, and new data export options for better analysis.
- [20250604 v 2.3.0](https://kb.solargis.com/docs/20250604-v-230.md): Explore enhanced Solargis applications with synchronized zoom levels, improved user management, and a redesigned energy system designer for better project insights.
- [20250422 v 2.2.0](https://kb.solargis.com/docs/20250402-v-220.md): Explore new project collaboration features, updated data, and enhanced reporting in the latest Solargis application release notes for improved project management.
- [20250306 v 2.1.0](https://kb.solargis.com/docs/20250302-v-210.md): Explore new features in application release notes, including improved notifications, enhanced energy system design, and detailed reporting tools for better clarity.
- [20250130 v 2.0.2](https://kb.solargis.com/docs/20250130-v-201.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [20250122 v 2.0.1](https://kb.solargis.com/docs/20250122-v-201.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [20250116 v 2.0.0](https://kb.solargis.com/docs/20250122-v-200.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [2024](https://kb.solargis.com/docs/2024-1.md)
- [20241202 v 1.28](https://kb.solargis.com/docs/20241202-v-128.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [20241122 v 1.27](https://kb.solargis.com/docs/20241122-v-127.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [20241002 v 1.26](https://kb.solargis.com/docs/20240210-v-126.md): Solargis platform release notes: new features, improvements, data updates, and fixes across the Dashboard, Prospect, and Evaluate applications.
- [Solarmaps](https://kb.solargis.com/docs/solarmaps.md)
- [20250422 v 1.0.1](https://kb.solargis.com/docs/202565654654.md): Solargis Solarmaps release notes: new features, improvements, and fixes for the interactive, map-based solar resource analysis application.
- [PV components catalog](https://kb.solargis.com/docs/pv-components-catalog.md)
- [PVCC-20250506 v 1.2](https://kb.solargis.com/docs/20250429-v-12.md): Solargis PV components catalog release notes: application and API updates for managing PV module and inverter component data.
- [PVCC-20250115 v 1.1](https://kb.solargis.com/docs/clone-20250115-v-11.md): Solargis PV components catalog release notes: application and API updates for managing PV module and inverter component data.
- [PVCC-20241023 v 1.0](https://kb.solargis.com/docs/20241023-v-10.md): Solargis PV components catalog release notes: application and API updates for managing PV module and inverter component data.
- [Analyst releases](https://kb.solargis.com/docs/analyst-releases.md)
- [2026](https://kb.solargis.com/docs/2026-1.md)
- [20260121 v 1.5.0.3](https://kb.solargis.com/docs/20250121-v.md): Solargis Analyst release notes: new features, improvements, and bug fixes for the desktop solar data analysis and QC application.
- [2025](https://kb.solargis.com/docs/2025-3.md)
- [20250812 v 1.5.0.2](https://kb.solargis.com/docs/20250812-v-1502.md): Explore the latest Analyst release notes featuring quality control improvements, new functions, and enhanced metadata for better data management.
- [20250722 v 1.5.0.1](https://kb.solargis.com/docs/20250722-v-151.md): Explore the latest Analyst release notes featuring quality control improvements, new functions, and enhanced metadata for better data management.
- [20250716 v 1.5.0](https://kb.solargis.com/docs/20250715-v-15.md): Explore the latest Analyst release notes featuring quality control improvements, new functions, and enhanced metadata for better data management.
- [2024](https://kb.solargis.com/docs/2024-2.md)
- [20241028A v 1.4.6](https://kb.solargis.com/docs/20241028a-v-146.md): Explore the latest Analyst release notes featuring quality control improvements, new functions, and enhanced metadata for better data management.
- [20240517A v 1.4.5.2](https://kb.solargis.com/docs/20240517a-v-1452.md): Solargis Analyst release notes: new features, improvements, and bug fixes for the desktop solar data analysis and QC application.
- [20240424A v 1.4.5](https://kb.solargis.com/docs/20240424a-v-145.md): Explore the latest updates in Solargis Analyst, including improved Meteo QC, dataset validation, and enhanced usability features for better performance.
- [2023](https://kb.solargis.com/docs/2023-3.md)
- [20230906A v 1.4.4](https://kb.solargis.com/docs/20230906a-v-144.md): Solargis Analyst release notes: new features, improvements, and bug fixes for the desktop solar data analysis and QC application.
- [20230601A v 1.4.3](https://kb.solargis.com/docs/20230601a-v-143.md): Solargis Analyst release notes: new features, improvements, and bug fixes for the desktop solar data analysis and QC application.
- [20230126A v 1.4.2](https://kb.solargis.com/docs/20230126a-v-142.md): Solargis Analyst release notes: new features, improvements, and bug fixes for the desktop solar data analysis and QC application.
- [Model releases](https://kb.solargis.com/docs/model-releases.md)
- [2026 model release notes](https://kb.solargis.com/docs/2026-model-release-notes.md): Solargis model release notes: changes to the solar radiation and meteorological data models, including data source, TMY, and nowcast improvements.
- [2025 model release notes](https://kb.solargis.com/docs/2025-model-release-notes.md): Solargis model release notes: changes to the solar radiation and meteorological data models, including data source, TMY, and nowcast improvements.
- [2024 model release notes](https://kb.solargis.com/docs/2024-model-release-notes.md): Solargis model release notes: changes to the solar radiation and meteorological data models, including data source, TMY, and nowcast improvements.
- [2023 model release notes](https://kb.solargis.com/docs/2023-model-release-notes.md): Solargis model release notes: changes to the solar radiation and meteorological data models, including data source, TMY, and nowcast improvements.
- [2022 model release notes](https://kb.solargis.com/docs/2022-model-release-notes.md): Solargis model release notes: changes to the solar radiation and meteorological data models, including data source, TMY, and nowcast improvements.
- [2021 model release notes](https://kb.solargis.com/docs/2021-model-release-notes.md): Solargis model release notes: changes to the solar radiation and meteorological data models, including data source, TMY, and nowcast improvements.
- [API releases](https://kb.solargis.com/docs/api-releases.md)
- [Time Series and TMY API](https://kb.solargis.com/docs/ts-and-tmy-api.md)
- [2025 Time Series and TMY API release notes](https://kb.solargis.com/docs/clone-2025-api-lta-release-notes.md): Solargis Time Series and TMY API release notes: new parameters, temporal resolutions, output formats, and improvements to the TS and TMY data services.
- [Monitor & Forecast API releases](https://kb.solargis.com/docs/monitor-forecast-releases.md)
- [2025 Forecast & Monitor release notes](https://kb.solargis.com/docs/2025-forecast-monitor-release-notes.md): Solargis Monitor and Forecast API release notes: performance, usage-transparency, and error-handling updates to the operational and forecast data services.
- [Long-Term Averages API](https://kb.solargis.com/docs/lta-api-releases.md)
- [2025 API LTA release notes](https://kb.solargis.com/docs/2025-lta-api-release-notes.md): Solargis Long-Term Averages (LTA) API release notes: upgrades to usage transparency, response headers, error handling, and the LTA data service.

## v1-api (API Reference)

- [Introduction](https://kb.solargis.com/apidocs/introduction.md)
- [Using the API console](https://kb.solargis.com/apidocs/testing-the-endpoints.md)
- [Generating API tokens](https://kb.solargis.com/apidocs/generating-api-tokens.md)
- [Solargis Monitor & Forecast API](https://kb.solargis.com/apidocs/monitor-forecast-api.md)
- [Monitor & Forecast API endpoint](https://kb.solargis.com/apidocs/monitor-forecast-api-endpoint.md)
- [Push Delivery for Solargis Monitor & Forecast](https://kb.solargis.com/apidocs/push-delivery-for-solargis-forecast.md)
- [Solargis LTA API](https://kb.solargis.com/apidocs/lta-api.md)
- [Solargis LTA API endpoint](https://kb.solargis.com/apidocs/lta-api-endpoint.md)
- [Integration setup: Get the TMY requestId](https://kb.solargis.com/apidocs/solargis-tmy-api-integration-setup.md)
- [Integration setup: Get the TMY data](https://kb.solargis.com/apidocs/integration-setup-get-the-location-data-1.md)
- [Integration setup: Get TMY data in different formats](https://kb.solargis.com/apidocs/integration-setup-get-tmy-data-in-different-formats.md)
- [Get the TMY requestId](https://kb.solargis.com/apidocs/get-requestid-for-tmy-data.md)
- [Get the TMY data](https://kb.solargis.com/apidocs/get-tmy-data.md)
- [Get TMY data in different formats](https://kb.solargis.com/apidocs/download-generated-tmy-data.md)
- [Integration setup: Get the Time Series requestId](https://kb.solargis.com/apidocs/solargis-ts-api-integration-setup.md)
- [Integration setup: Get Time Series data](https://kb.solargis.com/apidocs/integration-setup-get-the-location-data.md)
- [Get the Time Series requestId](https://kb.solargis.com/apidocs/get-requestid-for-timeseries-data.md)
- [Get Time Series data](https://kb.solargis.com/apidocs/retrieve-timeseries-data-by-requestid.md)
- [Get subscription details](https://kb.solargis.com/apidocs/get-subscription-details.md)
- [Get a component compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-a-component-compatible-with-a-given-compatibility-level.md)
- [Get all module compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-module-compatible-with-a-given-compatibility-level.md)
- [Get all company's only module compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-companys-only-module-compatible-with-a-given-compatibility-level.md)
- [Get all company's private only module compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-companys-private-only-module-compatible-with-a-given-compatibility-level.md)
- [Get all company's published only module compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-companys-published-only-module-compatible-with-a-given-compatibility-level.md)
- [Get all inverter compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-inverter-compatible-with-a-given-compatibility-level.md)
- [Get all company's only inverter compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-companys-only-inverter-compatible-with-a-given-compatibility-level.md)
- [Get all company's private only inverter compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-companys-private-only-inverter-compatible-with-a-given-compatibility-level.md)
- [Get all company's published only inverter compatible with a given compatibility level](https://kb.solargis.com/apidocs/get-all-companys-published-only-inverter-compatible-with-a-given-compatibility-level.md)
- [Get list of item types, PV technologies, compatibility levels, PV Cut cell options, PV Front surface types, Inverter - Input operating mode](https://kb.solargis.com/apidocs/get-list-of-item-types-pv-technologies-compatibility-levels-pv-cut-cell-options-pv-front-surface-types-inverter-input-operating-mode.md)
- [Get list of manufacturers](https://kb.solargis.com/apidocs/get-list-of-manufacturers.md)