Typical year irradiance datasets (TGY, TDY) summarize solar resource at a location. This data is generated to reflect the most probable (P50) monthly total irradiance, based on a long history of solar resource. SolarAnywhere calculates typical year data from a maximum...
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Case study: BayWA r.e. reduces OPEX by transitioning from aging and obsolete instrumentation to SolarAnywhere®
BayWa r.e. Operations Services LLC provides O&M services for a fleet of ~1 GW of renewable energy assets, both owned by BayWa r.e. and assets of other clients. Services include a real-time comparison of actual to expected, weather-adjusted energy output. This...
Case study: Zeitview ensures advanced energy system inspection quality with SolarAnywhere®
Zeitview (formerly known as DroneBase) is an innovator in the field of aerial energy system inspections. They recently launched North American Solar Scan, a service that provides insight into every solar asset in the U.S. above 1MW.Zeitview utilizes planes and drones...
Case Study: Invenergy Services Drives Operational Excellence with SolarAnywhere®
On-site meteorological stations and site-specific satellite data work together in this case study featuring Invenergy Services.Invenergy Services is a clean energy asset O&M provider that has honed its offerings through 20 years of experience and a portfolio of...
SolarAnywhere® 2023 updates advance modeling accuracy for bifacial, terrain shading and wildfire risk assessment + Postman API documentation
Globally, the cumulative installed capacity of solar PV is set to triple by 2027, accounting for nearly 22% of total power capacity. With this rapid expansion and growth of solar in diverse geographical and climatic regions, solar stakeholders now face unprecedented...
SolarAnywhere® Data accuracy independently validated by Fraunhofer ISE
While weather data is just one of many inputs into PV modeling tools, data accuracy plays a key role in reducing PV project uncertainty and risk. As a result, we frequently are asked “How accurate is SolarAnywhere® Data?” This is a question we take seriously. In fact,...
kWh Analytics’ Solar Risk Assessment 2023: Industry insights to support sustained solar growth
According to the fifth annual edition of kWh Analytics’ Solar Risk Assessment report, the solar industry is forecast to build as much solar capacity in the next five years as the prior twenty years combined. That’s a remarkable outlook for the future of solar. While...
Enabling the future of solar: Bifacial PV modeling takes center stage in SolarAnywhere API, powered by industry-trusted pvlib models
According to the World Energy Outlook report by the International Energy Agency (IEA), global annual solar PV capacity growth is expected to more than quadruple in 2030 to 650 GW. Nearly 50% of the global solar capacity is slated to come from utility-scale...
Case Study: Learn how GivePower® uses SolarAnywhere® to optimize Solar Water Farms for underserved communities
We’re always excited to hear about the projects our SolarAnywhere® clients are working on, but GivePower® is truly inspiring. GivePower® designs and installs life-changing Solar Water Farms that can produce up to 75,000 liters of safe water per day—for up to 20...