Engineering-Driven Measurement Solutions

Since its founding, Meteo-Tech has designed, built and deployed hundreds of automated meteorological systems for customers from various sectors. Meteo-tech has built stations for power plants, airports, agricultural farms, universities and research institutions, industrial plants, wineries, fisheries and many other venues where meteorological or climatic information brings safety, scientific, economic or educational benefits. Meteo-Tech always offers equipment from manufacturers with a world-renowned reputation, which for the most part has become the standard in the country.

Meteo-Tech employs a team of experts who are able to analyze and understand the needs of the customers and design a suitable meteorological system for them, with a maximum balance of cost / benefit.

After the installation of the station, Meteo-Tech offers a regular and complete maintenance service. Meteorological stations, which are maintained by Meteo-Tech, have been operating in the field for 30 years.

Installation and Maintenance of Meteorological Stations

Meteorological stations are advanced measurement systems designed to collect environmental and meteorological data in real time. These stations enable the measurement, recording and analysis of essential parameters such as temperature, relative humidity, wind speed and direction, radiation, precipitation, barometric pressure, evaporation, leaf wetness, soil temperature, soil moisture and additional data according to the customer’s needs and the specific field application.

Professional installation of a meteorological station requires precise planning, selection of suitable equipment, adaptation to environmental conditions, correct sensor installation and careful positioning of the measurement point according to accepted standards. Incorrect station placement, unsuitable installation height, shading, wind obstructions or positioning in a non-representative environment may lead to inaccurate data and affect measurement quality over time.

Meteo-Tech specializes in the planning, setup, installation and maintenance of meteorological stations for customers from various sectors, including agriculture, industry, research, local authorities, security organizations, ports, airports, infrastructure sites, energy, water, education and organizations that require reliable data for professional decision-making.

Meteorological Station Planning According to Customer Needs

Every project begins with a clear understanding of the measurement purpose and the customer’s professional requirements. There are significant differences between a station designed for agricultural monitoring, an environmental research station, an industrial station, a safety monitoring station or a station intended to transmit real-time data to control and management systems.

During the planning stage, several factors are examined, including the required measurement types, site conditions, power supply source, communication options, required accuracy level, data storage method, sampling frequency, data display format and the need for real-time alerts. Based on these requirements, a customized system is designed, including sensors, a data logger, mast, communication cabinet, power supply system, transmission equipment and software for data presentation.

Field Installation of Meteorological Stations

Installing a meteorological station requires practical experience and familiarity with measurement equipment, environmental conditions and regulatory requirements. The installation process includes positioning a mast or suitable structure, connecting the sensors at the correct heights, alignment and initial calibration of the components, connecting the power and communication systems, checking data reception and performing an initial validation of the measurements.

Installation can be carried out in open areas, building rooftops, agricultural fields, industrial zones, research stations, infrastructure sites or designated monitoring points. In every case, it is essential to ensure that the station is installed in a stable, safe and accessible manner for periodic servicing, while maintaining proper measurement conditions over time.

Maintenance of Meteorological Stations

A meteorological station operating in the field is exposed to sun, dust, humidity, rain, wind, corrosion, animals, dirt, natural wear and changing environmental conditions. For this reason, routine maintenance is an integral part of ensuring data reliability.

Maintenance services include periodic inspection of sensor functionality, component cleaning, mast and mechanical connection checks, power system inspection, battery and solar panel checks, communication verification, data logger inspection, replacement of parts as needed, calibration or sending sensors for calibration, and field troubleshooting.

Proper maintenance reduces malfunctions, prevents data loss, extends equipment life and ensures that the system continues to provide reliable and accurate information for many years.

Main Applications of Meteorological Stations

Meteorological stations are used for a wide range of professional applications.

In agriculture, the stations assist in decision-making related to irrigation, spraying, disease prevention, greenhouse management, frost monitoring, heat stress and precision farm management.

In industry, the stations provide environmental data that is important for safety, emissions monitoring, facility operation, risk management and compliance with regulatory requirements.

For local authorities and infrastructure organizations, the stations are used for urban weather monitoring, flood monitoring, heat load assessment, environmental monitoring, weather event management and operational planning.

In research and academia, the stations enable long-term data collection for climatic, environmental, hydrological, agricultural and meteorological research.

At sensitive sites such as ports, airports, energy facilities and security sites, the stations provide essential real-time information for safe operation, alerts and rapid decision-making.