There are many anemometer uses possible today including remote wind measurement. Anemometers have a broad range of applications, and they are necessary for safe operation in many heavy industries and outdoor settings. This article gives you an overview of 5 anemometer uses for outdoor applications where remote wind monitoring greatly enhances safety. Especially if you use it as part of an integral weather monitoring solution.
A wind measurement system can be a very valuable asset, providing you ongoing benefits such as improved scheduling. An anemometer also has the potential to prevent weather-induced accidents and their associated human and material damage. In its most basic form, a remote wind monitoring system combines an anemometer with data storage and long-range communication. Of course, the unit’s physical construction must also ensure it withstands site conditions.
The 5 key anemometer uses for measuring wind speed
1) Monitoring Tower Cranes in Construction Projects
Managing a tower crane is challenging since downtime can lead to project delays and possible fines. And working under unsuitable weather conditions can endanger staff members and construction equipment. Project managers must constantly balance the risk of exposing a tower crane to harsh winds against delivering a project late. Weather forecasts provide a general idea of what to expect. But, they are not updated to reflect live conditions across multiple project sites, and thus they are not a reliable tool for decision-making.
Using a precise and rugged remote wind monitoring system can provide live data for project decisions, which can be logged to justify downtime with the client. In addition, separate units across various construction sites can be connected to a single network, feeding data to a mobile application 24/7.
Idle tower cranes away from work hours are also vulnerable, as well as the partially-built project around them. A connected monitoring system can be configured to send automatic alarms if dangerous conditions are detected when no-one is around.
2) Monitoring Remote Stations in the Telecom Industry
If you work in the telecom industry, perhaps you are already used to dealing with various remote and unmanned stations. Maintenance activities in telecoms can be especially risky and challenging. The closest healthcare facility may be miles away from your staff, and a live snapshot of wind conditions is mandatory to work safely. If dangerous wind conditions are detected, your staff can be notified immediately to suspend activities until the weather is safe again.
Although telecom towers are built to withstand the weather, there is always a risk of experiencing wind gusts that exceed design conditions. A remote monitoring system such as WINDCRANE can alert you if this is the case. In fact, wind measurement is important even before tower construction. Which allows telecommunications companies to rule out sites that are unfavorable due to harsh winds.
3) Monitoring Outdoor Events
Outdoor events are characterised by the presence of large crowds, which is a key difference with construction and other heavy industries, where staff are fewer and technically qualified. The weather is always a risk factor in outdoor events, especially when temporary structures such as concert stages are used. These can collapse under a wind gust if not designed properly, or even well-designed structures may fail if the wind is particularly strong! Keep in mind that weather forecasts predict the general weather. However, they give you no warning of short and dangerous events such as wind gusts.
To organise safe outdoor events, weather monitoring is very important. When dangerous weather conditions are detected, WINDCRANE can notify your staff automatically, allowing the suspension of weather-sensitive activities or even evacuation if considered necessary. Also, keep in mind that professionals in technical fields are trained on how to react to accidents. While chaos may ensue if such an accident occurs at an outdoor venue. Preventing weather-induced accidents is always important, but more so when those affected are not trained for disasters.
Aircraft flying at low altitude are vulnerable to wind gusts, especially during takeoff and landing. So it makes sense to suspend these activities when dangerous weather conditions are detected. Weather forecasts are not useful in these cases because they do not offer live data. But, a precise wind monitoring system can provide your control tower personnel with a live snapshot of weather conditions around the landing track.
Given that WINDCRANE features remote communication across many sites, you can achieve coordinated operation among many airports and airfields serving a geographic region. It can also be equipped with a solar panel to generate its own energy, which can be convenient around airfields, where an electric power supply is not always available.
Finally, there is more anemometer uses for making bridges much safer when you are driving a vehicle. Keep in mind that bridges generally cross features such as canyons, where the wind will speed up in the narrow area. With unfavorable weather conditions, the wind can be strong enough to turn vehicles over. This is especially true for large lateral vehicles such as trailers, buses and recreational vehicles.
Transportation authorities can equip bridges with a wind monitoring system such as WINDCRANE. This will prohibit the use of the bridge when crossing the bridge safely is not possible due to weather conditions. The weather data can be displayed in a dashboard so that drivers can see that blocking the bridged is justified.