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Contact Us
Mailing Address:
Robb E. Larson
Mechanical & Industrial Engineering
220 Roberts
Montana State University
P.O. Box 173800
Bozeman, MT 59717-3800

Office Address:
#22 Faculty Court, MSU
Tel: (406) 994-6960
Fax: (406) 994-6292
rlarson@me.montana.edu
> MSU Wind Applications Center
WAC Anemometer Program
Anemometer Setup

Program Overview:

The Wind Applications Center is working to install several 34 meter (113 feet) anemometer towers across Montana. To see wind data from two anemometer towers near Great Falls, MT and Raynesford, MT, go to the Montana wind resource page created by the Plains Organization for Wind Energy Resources (POWER).

To properly analyze a wind resource, an anemometer needs to be placed at the potential wind site for over a year. During this time the instruments mounted to the tower will measure the wind speed, direction and air temperature. All the data from the instruments will be stored in a data logger or transmitted to the office for further analysis. The instruments on the tower include:

Anemometer (NRG Systems)- Measures Wind Speed

NRG #40C Anemometers can measure wind speed in the range of 1 m/s to 96 m/s (2.2 mph to 214 mph) (highest recorded). For further information see the NRG website.

Direction Vane (NRG Systems)- Measures Wind Direction

NRG #200P Direction Vanes measure wind direction from 0 to 360 degrees. For further information see the NRG website.

Temperature Sensor (NRG Systems) - Measures Ambient Air Temperature

NRG #110S Temperature Sensor has a sensor range of -40 °C to 52.5 °C (-40 °F to 126.5 °F). For further information see the NRG website.

Data Logger (NRG Systems) - Records All Raw Data from Sensors

NRG Symphonie Data Logger is capable of supporting up to 12 different sensors. In addition the logger is campatible with an iPack that will allow the data to be transmitted wirelessly. For further information see the NRG website.

Data Transmitter with PV Panel (NRG Systems)

Symphonie iPack connects to the Symphonie Data Logger providing a way to transmit the data using a cellular provider, to an email address. The iPack is charged by the 5 watt PV panel in the field. For further information see the NRG website.

Instrumentation Flow Diagram

View Text-only Version Text-only Updated: 6/23/2009
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