In May 2026, two engineers from ATMITRO traveled to Kyrgyzstan to complete the installation and commissioning of a meteorological station supporting a specific solar power plant project. The project site is located near the Issyk-Kul region. Once officially operational, the meteorological station will continuously monitor key meteorological parameters-including global solar radiation, wind speed, wind direction, temperature, humidity, atmospheric pressure, and rainfall-providing real-time environmental data support for the solar project.
Project Background
As the scale of solar power plants continues to expand, the role of meteorological data in project construction, operation, and post-analysis is becoming increasingly critical. Compared to public meteorological data, real-time monitoring data collected directly from the project site offers a more accurate reflection of local environmental conditions, serving as a vital reference for the operation of the solar power plant.
Project Site Environment
Based on the project coordinates, the site is situated near the Issyk-Kul region of Kyrgyzstan. On-site observations reveal that the project area features open terrain, surrounded by extensive arrays of solar PV modules, with a mountainous landscape visible in the distance.
This open setting facilitates the monitoring of meteorological parameters-such as solar radiation, wind speed, and wind direction-while simultaneously requiring the monitoring equipment to be capable of withstanding long-term operation in an outdoor environment.
Monitoring Requirements
By establishing a dedicated PV meteorological station, the client sought to achieve continuous monitoring of the following parameters:
Wind Speed
Wind Direction
Temperature
Humidity
Atmospheric Pressure
Through the collection of real-time on-site data, the system provides foundational data support for project operational management and environmental monitoring.
Why Do Solar Power Plants Need Meteorological Stations?
The power generation performance of a solar power plant is inextricably linked to weather conditions. The intensity of solar radiation directly impacts power generation capacity, while environmental factors-such as wind speed, temperature, and humidity-also exert influence on equipment operation.
Consequently, an increasing number of solar projects are now incorporating dedicated PV meteorological stations to continuously acquire on-site environmental data, thereby gaining a more comprehensive understanding of the actual meteorological conditions specific to their location.
Solar Radiation Monitoring
Global solar radiation is one of the critical parameters for assessing the environmental conditions of a photovoltaic (PV) power generation site. By continuously monitoring radiation data, the project team gains valuable insights into solar energy resource availability across different time periods.
Comprehensive Environmental Monitoring
In addition to solar radiation, parameters such as wind speed, wind direction, temperature, humidity, atmospheric pressure, and rainfall also serve to reflect changes in the on-site environment, thereby accumulating essential baseline data for the project's long-term operation.
On-site Installation and Commissioning
Upon the equipment's arrival at the site, ATMITRO engineers carry out installation, wiring, and system configuration tasks in strict accordance with project requirements, ensuring the equipment operates stably and successfully transmits data.
Equipment Installation
This project utilizes a standalone pole-mounting configuration; the weather station is equipped with a solar power supply system designed to meet the demands of long-term outdoor operation.
Once the engineers have completed equipment mounting, sensor installation, and overall deployment, they inspect each monitoring unit to ensure the monitoring environment remains free of obstructions and meets all data acquisition specifications.
System Configuration and Commissioning
Following installation, engineers use a laptop computer to configure system parameters and perform communication commissioning.
Key on-site checks focused on the following areas:
Sensor operational status
Data acquisition status
Communication link status
Data upload status to the monitoring platform
Testing confirmed that all monitoring parameters were being successfully acquired and uploaded.
Data Verification and Project Outcomes
Upon completing the installation and commissioning phases, engineers conducted operational tests on the system; once the equipment status was verified as normal, it was officially put into service.
Real-time Data Verification
During the testing period, the monitoring platform successfully received on-site data, including:
Global solar radiation
Wind speed and direction
Temperature and humidity
Atmospheric pressure
Rainfall
The monitoring data displayed correctly and updated continuously, thereby validating the stability of the system's data acquisition and transmission capabilities.
Project Handover
Currently, the installation, commissioning, and handover of this PV weather station have been successfully completed, and it continues to provide ongoing on-site meteorological monitoring services for the project.
The successful handover of this PV project in Kyrgyzstan marks yet another practical application of ATMITRO's PV weather station solutions within the global new energy sector. Moving forward, we will continue to provide stable and reliable meteorological monitoring solutions for photovoltaic power plants, environmental monitoring, and smart energy projects, helping our clients obtain more accurate and timely environmental data.
