Installations

The installation process for met masts begins with a comprehensive site analysis. GC Wind Services conducts detailed assessments of the geographical location, wind patterns, and environmental factors to determine the most suitable site for the installation. The assessment considers local terrain, accessibility, potential risks, and the surrounding infrastructure to ensure the mast will function effectively over the long term. 

For wind energy projects, accurately assessing local wind conditions is essential to predict energy production potential. Our team evaluates factors such as wind turbulence, seasonal variations, and height-based wind profiles to identify the optimal location for installation. We also perform soil analysis to determine the foundation requirements for the mast. 

The site analysis not only determines the feasibility of the installation but also influences the design and material selection, ensuring that the mast will withstand local environmental conditions. 

One of the key components of met mast engineering is the integration of measurement and data collection instruments. GC Wind Services specialises in selecting and installing high-precision sensors to capture essential atmospheric data. These instruments measure parameters such as wind speed, wind direction, temperature, humidity, and air pressure, typically at multiple heights along the mast to capture a vertical profile of atmospheric conditions. 

To ensure the accuracy and reliability of the data, the sensors must be carefully calibrated and positioned. Our engineers at GC Wind Services ensure that all sensors are placed at the optimal locations on the mast and that they are shielded from interference or damage. This may include designing custom brackets or housings to protect the sensors while minimising their impact on data quality. 

GC Wind Services is committed to ensuring that all our engineering projects meet or exceed the necessary regulatory and safety standards. Each met mast is built in compliance with local and international codes, such as the International Electrotechnical Commission (IEC) standards for meteorological equipment and the Occupational Safety and Health Administration (OSHA) regulations for worker safety. 

Our team ensures that each mast’s design accounts for safety features, including lightning protection, fall arrest systems, and structural safeguards to prevent collapse during extreme weather conditions. We also conduct regular risk assessments to ensure that potential hazards are identified and mitigated during the design and installation phases. 

The mast structure is designed with accessibility in mind, ensuring that maintenance crews can safely access the mast for inspections and repairs. The design may include safety ladders, handrails, and secure platforms to enable safe work practices throughout the mast’s lifespan. 

Additionally, after successfully installing a meteorological mast (met mast), GC Wind Services ensure a thorough handover process to our clients. This includes providing a detailed handover report that outlines the installation specifics, system functionality, and any relevant observations made during the process. Additionally, we supply calibration certificates for all installed equipment, ensuring that all instruments are accurately calibrated and meet industry standards. This comprehensive documentation not only ensures that the system is ready for operation but also provides our clients with the assurance of reliable and precise data collection for their wind energy projects.