SolarAnywhere® SystemCheck®
Integrated real-time, weather-adjusted PV production dataASSET MANAGEMENT
Increase portfolio profitability
Asset managers rely on SystemCheck to benchmark solar performance against original project financing expectations. SystemCheck puts project performance into context by providing accurate resource data to weather-normalize actual production.
SystemCheck also provides bankable resource data for tracking the performance ratio to ensure the project is meeting its performance guarantee.
OPERATIONS & MAINTENANCE
Efficiently diagnose & manage system performance
With SystemCheck, O&M teams can scale monitoring processes by integrating expected power output measurements of individual systems and entire fleets—all at a lower cost and more accurately than using ground measurements.
Benchmarking with SystemCheck helps operators reduce solar project downtime and unnecessary truck rolls by helping to accurately identify and diagnose real-time PV system issues.
Features
Industry Expertise
Accessibility & Extensibility
Quickly visualize real-time SolarAnywhere data for your asset portfolio in a monitoring dashboard, or leverage the SolarAnywhere API to integrate services directly into your tools and applications.
Enterprise-level Reliability & Security
Ensure time-critical decisions are based on the most up-to-date information with our reliable service that offers up to 99.99% uptime.
SystemCheck Product Specifications
Make better asset management and O&M decisions with SolarAnywhere SystemCheck
SystemCheck is a satellite-derived irradiance dataset used to independently estimate PV production in real-time. SystemCheck gives owners and operators of PV systems a scalable tool for monthly benchmarking and operational monitoring of PV system performance. Purchase this reliable intelligence for a fraction of the cost of lost energy production, high operational risk or unnecessary truck rolls.
- Time Period
- Access Point
- Irradiance
- Weather
- Other
- Power Modeling
- Options
- Price
- -45 days through current hour (nowcast)
- Global1
- 10 km, 1 km, 500 m1
- 1-hour, 30-minute, 15-minute, 5-minute1
- GHI
DNI
DHI
Clear sky irradiance - Temperature
Wind speed
Snow depth
Relative humidity
Precipitation
Particulate matter - Elevation
Surface albedo - AC energy (kWh)
AC power (kW)
DC power (kW)
Clear sky power (kW)
Plane-of-array irradiance (POAI)
Fixed tilt, single-axis trackers, backtracking
Snow losses
Soiling losses
Bifacial PV - Ask about packaging historical data beyond the trailing 45 days or SolarAnywhere® Forecast with your purchase.
- Price is based on PV system quantity. Please contact us for a quote.
Contact us to learn more.
SolarAnywhere Customer Stories
Read how solar-industry leaders are streamlining workflows and expanding their service offerings using SolarAnywhere

How BayWa r.e. Reduced OPEX by Transitioning to SystemCheck® Real-Time Data

How Invenergy Services Drives Operational Excellence with SolarAnywhere®

How Omnidian’s Solar Performance Guarantee is Built to Scale with SolarAnywhere® SystemCheck®
Blog
Unlock Accurate Clipping Loss Analysis with 1-minute Typical Year Data
Clean Power Research® is excited to introduce SolarAnywhere® high-resolution Typical GHI Year (TGY) and Typical DNI Year (TDY) datasets at 1-minute and 5-minute temporal resolutions. By leveraging AI-powered downscaling algorithms, these datasets deliver highly...
Gain better solar resource insight and operational alignment with new SolarAnywhere® 5-minute real-time data
Clean Power Research® is excited to announce the launch of 5-minute, 500-meter real-time solar data for SolarAnywhere® SystemCheck® users across the continental U.S. (CONUS), Hawaii, Mexico and the Caribbean. With this high-resolution data, PV performance engineers...
Beyond TMY: Unlocking solar potential in Northern regions with high latitude time-series data
As solar development expands into higher latitudes—from Alaska to the Nordics—the need for accurate, high-resolution solar resource data becomes increasingly critical. These regions experience extreme seasonal variation in daylight hours, making precise modeling...



