What is Solar Data?
Solar data refers to information collected about solar radiation, solar panel efficiency, and the output of solar energy systems. This data is critical for informing decision-making related to solar energy development and deployment.
Examples of Solar Data include solar panel efficiency, solar irradiance levels, solar panel installation data, and solar energy production data. Solar Data is used for analyzing and monitoring the performance of solar panels, assessing the potential of solar energy generation in different locations, and making informed decisions regarding solar panel installations.
Best Solar Databases & Datasets
Here is our curated selection of top Solar Data sources. We focus on key factors such as data reliability, accuracy, and flexibility to meet diverse use-case requirements. These datasets are provided by trusted providers known for delivering high-quality, up-to-date information.
CustomWeather | Solar Energy Data | Historical Weather Data | 40 Year Archive Of Hourly and Daily Historical Solar Data | Global Coverage
Opt-In Solar Data and Leads | 3.5MM Opt In Solar Data Records | Real-Time and 30, 60, 90 Day Aged
Solar Data | Solar Energy Data | Solar Radiation | 20 Years Historical Climate Data for Developing Predictive Models
Accurate Append | US Solar Energy Interest Data | Green Energy Initiatives | US Postal Address + Mobile Phone Numbers & Email Address
Energy modelling - solar power and radiation + wind power forecasts
Monetize data on Datarade Marketplace
Popular Use Cases for Solar Data
Solar Data is essential for a wide range of business applications, offering valuable insights and driving opportunities across industries. Below, we have highlighted the most significant use cases for Solar Data.
Main Attributes of Solar Data
Below, we outline the most popular attributes associated with this type of data—features that data buyers are actively seeking to meet their needs.
| Attribute | Type | Description | Action |
|---|---|---|---|
| String | The address of a company or contact (street name, number, zip code, city, county, country). | View 1 datasets | |
| String | The name of a city. | View 1 datasets | |
| String | The email address of a contact. | View 1 datasets | |
| String | The first name of a contact. | View 1 datasets | |
| String | The last name (surname) of a contact. | View 1 datasets | |
| String | The phone number of a contact. | View 1 datasets |
Frequently Asked Questions
How is Solar Data collected?
Solar data can be collected using a variety of tools, including ground-based sensors, satellite imagery, and weather models. These tools are used to measure solar radiation levels and other factors that impact solar energy production.
What is Solar Data used for?
Solar data is used to inform decision-making related to site selection, system design, performance monitoring, and forecasting. This information is critical for ensuring that solar energy systems are operating efficiently and effectively, and that they are meeting the needs of customers.
What’s a quality checklist for Solar Data?
A quality checklist for solar data should include factors such as data accuracy, consistency, completeness, and timeliness. It should also include information on the collection methods used and any quality control measures that were taken.
How is Solar Data priced?
The price of solar data can vary depending on factors such as the type of data being collected, the quality of the data, and the frequency of updates. Some solar data is available for free, while other data may require a subscription or purchase.
- Overview
- Datasets
- Use Cases
- Attributes
- FAQ