meteorological data-Global supplier

Building F4, China Internet of Things International Innovation Park, No. 200 Linghu Avenue, Xinwu District, Wuxi City, Jiangsu Province

By adopting a friendly and interactive approach, we provide customers with solar energy resource data covering any point from 60 degrees north latitude to 50 degrees south latitude, with a resolution of 1 kilometer for more than 10 years. The data includes total radiation, direct radiation, flash radiation, temperature, population, terrain, and landform conditions. At the same time, we simulate the potential power generation and revenue analysis report of the power station based on the customer's set conditions.
Provide customers with detailed measured data from any location to facilitate a detailed assessment and calculation of the potential power generation of the project. The data includes historical time series data and typical meteorological year data.

Historical time series data

Historical time series data refers to data arranged in chronological order since the existence of historical records, with granularity at the monthly, hourly, and 30 minute levels.

Typical meteorological year data

A typical meteorological year refers to selecting the average values of each month in a year that are close to 10 years based on the monthly average values of the past 11 years or more, which allows customers to simulate the potential power generation of the project with different probabilities.
real-time monitoring

Provide real-time irradiation data and potential power generation for already built photovoltaic power plants, facilitating real-time management and evaluation of power plant operation by customers.

Virtual weather station

Provide virtual weather station data for photovoltaic power plants worldwide, including real-time data on irradiation, temperature, humidity, wind direction, wind speed, etc., supporting theoretical power generation, PR, CPR and other indicator analysis, and providing support for power plant operation and maintenance to evaluate and diagnose power plants.

Benchmark theoretical power generation

Based on the platform's massive power generation data, combined with multi-dimensional meteorological data, provide benchmark theoretical power generation and provide analysis basis for the operation status of photovoltaic power plants.