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In this article, you can learn more about smart metering and its applications, among which are leak detectors. Why are these sensors important? Let's start with an example.
Have you ever collected birch sap? It drips very slowly, however, almost a liter of birch sap can run overnight. The same thing is with a tap that drips all night, or even for days. Maybe for someone the amount of lost water is insignificant, but constant dampness near the sink can lead to fungal infections. What if it’s not the tap that is leaking, but the pipe under the sink? It is very unlikely that it will be immediately noticed.Then, when the pipe finally breaks, it can cause serious troubles to neighbours apart from financial expenses. In this article, we will discuss leak sensors, in-home display (IHD), and solar panels to understand how these technologies will make consumption less risky and more responsible.
1. Determining Accurate Tariffs.
Tap water below 40°C is considered cold.
Can IoT water meter devices turn off the water themselves? Yes, they can, when setting an object for alarm!Apart from that, smart meters for water can:
1. Using In-Home Displays to See How Much you Spend
In the modern world, where most operations and processes go digital, problem identification becomes much easier and faster. When paying for electricity, householders have to understand why it costs so much.How to easily understand how much energy you are using in real-time as well as how much it actually costs, for instance, if you boil a kettle? The answer is In-Home Display.It is a small electronic screen that shows your energy usage in kilowatt-hours (kWh) and money ($).It is wirelessly connected to smart meters and updates every few seconds with your electricity usage. As a result, users can track their energy use, optimize spendings, and lead a more environment-friendly lifestyle. In addition to electricity usage visualisation, these displays also show gas consumption.
The data on gas use is continuously being collected and stored for a rather long period, which, as a result, allows to get a clear view of gas consumption for a various period of time, for instance, a day, a week, a month, and even a year. Besides, users can also set a budget. When reached the limit value, the display will immediately inform. Quite a useful alarm if there is a Feed-in Tariff for the first few kW per month.
2. Combining smart meters with solar panels
Energy prices increase every year. However, due to global warming and climate shifts, summer comes earlier. Therefore, in many countries, governments are already offering special solar panel grants to promote the use of solar energy.Also, some state services even provide a smart export guarantee.Solar panels are placed on the roof of a house if its construction allows. Other kinds of solar panels can be placed near a house and equipped with special devices that track the sun's movements with special solar trackers. There are even cone-shaped solar panels with a diameter of about one meter to the cone’s ability to constantly rotate, they continuously generate energy for consumption. Such panels also provide sufficient photocells cooling, which prolongs their service life.
Smart Meters can work with solar panels very effectively!Also, they can transmit energy information directly to suppliers. As a result, tenants can switch from consumers of solar energy to their sellers, trading their energy surplus to the government at a 'green tariff'. Moreover, it is not clear how this energy will be sold after the ‘green’ tariff expires. On the other hand, solar panels have a lifespan of about 20 years. For an average private house, panels pay off in about 3-5 years.
Due to constant technology advancements, the payback period for solar panels may also become shorter, which may lead to significant spreading of solar farms. It will be especially relevant for small settlements. Solar panels also increase ROI on investments in solar energy.