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How Weather Station Works

A weather station is one of the most important instruments that allow individuals and organizations alike, to gauge the weather conditions of their environment. It’s a highly specialised product that’s targeted towards a niche market segment. Arguably, weather stations are extremely important tools for conducting research.

Before we get into the workings of a weather station, for the common benefit of all, let’s get a clearer idea of what a weather station is. In simple words, a weather station is a device that collects and records data about the atmospheric conditions prevalent wherever it is stationed.

For example: A weather station that’s placed in your neighborhood can help you obtain weather-related data about your neighborhood only.

On first-thought, majority of the population is of the assumption that a weather station is a highly technological device that uses some kinds of sci-fi sensors to predict weather. But no, that’s not how they work. Multiple-weather measuring tools are combined to form a weather station. In fact, you may just be familiar with more than one or two of these tools.

 So if you question is, ‘How does a weather station work?’ Then, the simple answer for that is that these devices work using ordinary sensors to measure atmospheric conditions like temperature, rainfall, humidity, atmospheric pressure and even wind speed and direction.

To measure temperature, a weather station uses a different tool. To measure atmospheric pressure, another tool. So on and so forth; these different tools are the ones that are really equipped with the ‘sensors’ to measure the atmospheric conditions. Given below are the basic tools that a weather station uses in order to record accurate data:

Essential Sensors

A weather station will be having plenty of sensors. Some expensive models will be having high quality sensors. However, most of the works for the same purpose.

 

 

  • Thermometer: A thermometer is a temperature-measuring apparatus with widespread applications. As a part of a weather station, a thermometer records data relating to the highest/lowest temperature, average temperature, indoor/outdoor temperature variations etc. There are three ways by which a thermometer can work. Using thermocouples, thermistors or PTD probes.
  • Barometer: A barometer is a simple device that measures the atmospheric pressure of air. As an integral component of a weather station, it allows users to analyse changes in the atmospheric pressure. Changes in the atmospheric pressure impact the weather conditions and hence, a barometer is a very useful measurement tool. It works by finding out the amount of pressure applied by the air on a particular surface area.
  • Hygrometer: A hygrometer is used to measure the level of humidity that’s present in the air. Important data such as absolute humidity, relative humidity, percentage of humidity etc. is obtained through data collected by this instrument. Generally, a hygrometer is placed close to the thermometer as temperature has a great influence on determining humidity levels.
  • Anemometer: An anemometer is used to measure the speed and direction of winds. So there are many different kinds of anemometers, each offering different benefits. Cup anemometer with wind vane, sonic anemometer and propeller anemometer are the three most popular types. Each work differently. However, at the end of the day, they record the same data such as fastest wind speed, wind direction, avg. wind speed, etc.
  • Rain gauge: A rain gauge is a simple device that measures the level of rainfall that an area receives. Just as in there are many different kinds of anemometers, there are many different kinds of rain gauges too. The principle upon which they work is what differs them from one another. The most popular type of rain gauge is the one that works on the tipping bucket principle.

What's New?

Lightning Detector

Apart from basic sensors, AcuRite and Ambient has introduced weather stations with lightning detector feature where it’ll alert you if any lightning detector near your locality.

It’s a new feature introduced in 2017.

Google Assistant and Alexa Compatibility 

Integration With Google Assistant and Alexa. We’re progressing into Artificial Intelligence future. With legends like Elon Musk has been working on OpenAI, we can expect most of the industries will be introducing Artificial Intelligence. 

 

Ambient has integrated Alexa and Google Assistant compatibility. You can use commands like “Outdoor conditions, Yesterdays report” to retrieve the weather data.

How To Choose Best Lightning Detector

Lightning is a natural phenomenon that often accompanies rain and storm. Usually, lightning isn’t hazardous. But, during extreme weather conditions, it can prove to be life threatening. Especially, if you need to be outdoors when the storm is imminent. It is always better to be safe than sorry. We cannot prevent lightning from striking, but we can always keep ourselves at a safe distance from it with the help of light detectors. But, there are plenty of such detectors out there. So, which one must you buy? In this article we learn more about the lightning detectors so that you can make the right choice. Keep reading!

Determine Your Needs

The first question you must ask is: What do you need the lightning detector for? There are two types of detectors available in the market – Personal and Professional. Which one should you pick depends largely on your needs. A quick overview of both these types will help you make the right choice.

Personal Detectors

As the name suggests, these types of lighting detectors are meant for personal use. They are perfect for golfers, campers, or others who need to be outdoors. These devices are quite portable and usually much smaller than your mobile phones. They can be easily carried around in your pocket. This type of detector catches the electromagnetic pulses generated by the lightning. Based on the strength of the signal, the detector tells you the distance of the lightning strike.

Personal lightning detectors are very limited in their capabilities. Hence, they are cheaper too in comparison to professional ones. These devices cannot tell you the direction of the lightning and whether it is approaching your location or not. They also cannot tell the actual location. Personal detectors may not always be accurate as they may catch EMP signals from other devices or machines such as electrical appliances, cars etc.

Personal Lightning Detector

Professional Detectors

Professional-grade lighting detectors are more advanced technologically and hence offer enhanced performance. Professional lightning detectors are also usually portable and offer mobility. However, they pack more improved functions, thereby providing more accurate results. Unlike the personal detectors, they can tell you the direction and location of the lightning.

They also do not catch false signals and hence do not provide the false readings. They also offer storm tracking, intra-cloud lightning detection and many more additional features. Since professional detectors offer more advanced features and additional capabilities, they can be really expensive, especially when you compare them with the standard ones.

Lightning Detector Technology

Technology is another factor to consider while buying a lightning detector. These devices can feature a variety of lightning detection technology and each has its own utility and application. Here are some of the most commonly used lightning detection technologies:

Radio Frequency (RF) Detector

These types of detectors are designed to measure the amount of energy released by the lightning. RF detectors can give you the rough estimate of the direction of the lightning and its distance.

Interferometers

 This technology is primarily used in the high-end, complex lighting detectors. This is why Interferometer lightning detectors may require special skills, knowledge and certain amount of experience to operate. These detectors are often used as multi-station devices and are capable of providing more accurate lightning data. These detectors are thus often used by the researchers.

Electric Field Mills

These types of detectors are used for forewarning of lightning. They detect the changes in the voltage in the earth’s electric field and based on that predict the lightning strike. Electric Field Mills lightning detectors can be very accurate. However, they have a very small range of up to 8 km.

Optical Monitors

As the name suggests, these devices use the optical technology to detect lightning. They are used as the pre-lightning monitors or detectors. They can detect inter-cloud lightning and warn about cloud to ground lightning which happens afterwards.

Hybrid Detectors

A single-technology lightning detector may not be good enough to get the accurate results. This is where hybrid devices come into picture. They make use of multiple lightning detector technologies and offer more accuracy and reliability. Hybrid detectors can be both professional as well as scientific. But, they are also more expensive than the regular ones.

Range of the Lightning Detector

Range is another extremely important factor to take into account while shopping for a lightning detector. Most personal detectors are incapable of providing the distance and direction of the lightning and they have a very small range of operation. That’s why it is almost impossible to know whether or not and when the lightning will strike your location.

If you reside in the area which is regularly hit by storm, you would like to have a lightning detector that not only tells you the distance but also has a large range. In a storm prone region, one must have a detector with a range of at least 20 miles (more is better). This will give you ample amount of time to take appropriate safety measures.

Another advantage of high range detectors is that they help you determine whether the storm is headed your your not. If the distance has decreased over time, it means the storm is moving towards you. On the other hand, if the distance is increasing, you can be relaxed as the storm is moving away from you.

Alerts and Alarms

What good is the lightning detector if it cannot alert you of the approaching storm? The lightning detectors should have the alarm system that quickly catches your attention, whether by the way of audio or visuals (or both). This is all the more important if you live in the region where weather is capricious and storms unpredictable. It is best to buy the detector with LED indicator as well as loud audio alarm.

Speaking of lightening detectors, do you know that these days weather stations are coming with lightening detectors. AcuRite has attached a lightening detectors on their new weather stations, read AcuRite 01024M Pro Review

Price

Price is definitely an extremely important aspect to keep in mind. So, before you go out shopping, determine your budget and decide how much you are really willing to spend. Lightning detectors can be as cheap as $$ and expensive as $$,$$$. Pick the best that is there in your budget.

Conclusion

Buying a lightning detector could be a little tricky. After all, there are so many types, technologies, and prices to choose from. It is all the more confusing when you are a first-time buyer. Ultimately, it all boils down to your needs and budget. Identify your needs and determine your budget. It will help you make the choice. I hope you liked reading this article as much as I did writing it.