Wind measurement tower consists of tower base (1), tower (2), crossbar, diagonal rod (3), anemometer bracket (4), lightning rod  and cable for observation of near-surface air movement , recorded tower structures. It was previously built by meteorological and environmental protection departments for meteorological observations and atmospheric environmental monitoring.

In recent years, with the global attention to wind energy resources and the rapid development of the wind power industry, governments, enterprises or wind power developers have begun to invest in the construction of Wind measurement tower to obtain first-hand wind energy data for future investment in wind farm investment.

Wind measurement tower structure design: Common Wind measurement tower structure forms are self-standing and pull-wire. The self-standing Wind measurement tower has a wide lower part, a relatively large amount of tower material, and a higher requirement for the foundation; the Wind Measurement tower has a relatively reasonable force, high reliability, small tower section and small amount of tower material. However, the number of pull lines is large and the construction process is complicated.

The Wind measurement tower can be constructed in the form of a single steel tube, a triangular truss and a quadrilateral truss. The diameter of the steel pipe required for the single steel pipe structure is large, the windward area is also large, and the material quantity is large; the triangular truss structure is relatively stable, the tower is less affected by wind load, and the most economical; the quadrilateral truss structure is relatively stable, generally When the triangular truss cannot meet the requirements of force and deformation or is uneconomical, the tower can be in the form of a quadrilateral truss structure.

The main functions of Wind Measurement tower: environmental monitoring, wind, air pressure, humidity and other resource data collection. Support for the installation of the corresponding equipment.

Applicable units: power plant pre-planning, island wind measurement, meteorological data collection, environmental monitoring and other departments.

Advantages: small wind load coefficient and strong wind resistance. The tower body has a small wind blocking area, which is conducive to accurate and objective data collection, and minimizes the gap between measured data and actual data. The collecting tower column is connected by an outer flange, the bolt is pulled, not easy to be damaged, and the steel strand is reinforced. The tower is arranged in a triangular shape, which saves steel, keeps small, covers a small area, saves land resources, and has low cost (only 1/3 or less of the angle steel self-supporting tower). The location is convenient. The tower body is light and heavy, transportation The installation is convenient and the construction period is short. The tower type is designed with the wind load curve changing, the lines are smooth, it is not easy to collapse in case of rare wind disaster, and the safety factor is high. The design conforms to the national steel structure design specification and the tower design rule, and the structure is safe and reliable.

Implementation Standard: Wind Farm Wind Energy Resource Measurement Method (GB/T 18709-2002)

Wind resistance: maximum wind resistance of 60 m / s; seismic intensity: 8 degrees

Design weight: 〉1 ton (the specific weight depends on the region, the western region, the coastal windy area and the central region are slightly different.

Wind measurement data is used to conduct wind resource assessments and investment outlook projections.

Grounding resistance: ≤ 4Ω.