Water damage is the most expensive thing a cheap sensor can prevent. A leak detector that only sends a notification is still useful; one wired to a valve that closes the supply is in a different category of protection.
This section covers detection that leads to action, spotting the slow leak that never announces itself, and the monitoring that reveals a running toilet has been costing you money for months.
Escape of water is more frequent and more expensive than fire or theft in many markets. The water is not the problem — the delay in noticing is.
The tool for finding a hidden leak is already installed, free to use, and almost nobody knows how to read it properly.
Usually the second largest energy use in a home, and the one where a genuine safety issue sits alongside the efficiency question.
A pipe splits while frozen and stays sealed by ice. The water arrives on the thaw, often a day or two later, usually with nobody home.
Only one domestic technology actually removes hardness. Knowing which is the difference between solving the problem and decorating it.
Most households buying a filter have no idea what is in their water. In much of Europe the supply is already very good — which makes the useful question narrower.
Roof plan area times rainfall times 0.8 gives litres a year, and the number surprises people. What to do with it is the harder question.
The bacteria needs warmth, stagnation and a way to become airborne. Most homes rarely meet all three at once, but a few fittings routinely do.
A pressure or flow reading that drifts over weeks points to scale, a failing valve or a hidden leak, well before anything visibly breaks.