Product Description
MEGATRO Guyed steel anemometer towers includes tower base (1), tower post (2), horizontal bar, oblique rod (3), anemometer support (4), lightning rod (5). Used to be built by meteorological and environmental protection departments for meteorological observation and atmospheric environmental monitoring. In recent years, with the global attention on wind energy resources and the rapid development of wind power industry, governments, enterprises or wind power developers have begun to invest in the construction of MEGATRO Guyed steel anemometer towers to obtain first-hand wind energy information for the future investment and construction of wind farms.
The wind measuring tower is installed in the site of wind farm, most of them are quilted and cylindrical, and the steel strands are usually reinforced by inclined tension, the height is generally 10-150 meters. Anemometer, vane, temperature and pressure monitoring equipment are installed at different heights of tower.
The data can be recorded and stored in the data recorder installed on the tower. Main functions of MEGATRO Guyed steel anemometer towers: environmental monitoring, wind, air pressure, humidity and other resources data collection. Support the installation of corresponding instruments and equipment. MEGATRO Guyed steel anemometer towers applicable units: power plant planning, island wind measurement, meteorological data collection, environmental monitoring and other departments.
MEGATRO Guyed steel anemometer towers advantages: small wind load coefficient, strong wind resistance. The small windshield area of the tower is conducive to the accuracy and objectivity of the collected data, and the difference between the measured data and the actual data is reduced to the minimum. The collecting tower column is connected with external flange, bolts are pulled, not easily destroyed, and steel strands are strengthened.
Column triangular layout, saving steel, small, small area, saving land resources, low cost (only 1 / 3 or less of angle steel self-supporting tower). Location convenience. The tower has the advantages of light weight, convenient transportation and installation, short construction period, variable design of tower shape with wind load curve, smooth lines, hard to collapse in the event of rare wind disaster, and high safety factor.
The design accords with the national steel structure design code and the tower mast design code, the structure is safe and reliable. Implementation standard:
wind energy resource measurement method (GB/T 18709-2002)
maximum wind resistance 60m / s;
seismic intensity: 8 degrees
main parameters:
design basis: steel structure design code (TJ17-74).
Basic parameters: design wind speed of 1: 60m / s
shock resistance: 8-magnitude
ice-wrapped 5-10mm
vertical: 1 / 1000 appropriate temperature-45c- 45c
anticorrosion treatment: hot galvanizing
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