Smart heating and cooling

Heating is the largest energy bill in most homes — and also the one that is least regulated properly. Smart heating doesn't mean you turn on the boiler from your phone, but rather that the system knows when and how much is needed for each room and adjusts accordingly.

Computherm okos termosztát a Yabune Home rendszerben

Yabune Home is manufacturer-independent: it does not bind you to the devices of a single manufacturer. A central heating system, heat pump, split air conditioner, electric infrared panel, underfloor heating or radiator — can be connected to the system and from then on managed from the same interface. For thermostats, the Hungarian Computherm We work with smart thermostats: we connect them to the system locally with our own integration, so room-by-room control works without the manufacturer's cloud.

Zoned temperature — per room, not for the whole house

Most houses run on a single thermostat: where it's on, the temperature is good, where it's not. Zoning control breaks this down. Each room gets its own thermometer and its own schedule, and the system only sends heat to where it's needed.

Underfloor heating control — where you can mess up the most

Underfloor heating is slow: what is turned on now will be felt hours later. Therefore, if the timing is set incorrectly, it will either undershoot or overshoot the target. A well-set underfloor heating control works in advance: it starts taking into account the schedule and the outside temperature, not when it is already cold.

Air conditioning and refrigeration

In summer, the same logic works in reverse. The air conditioner doesn't run idle when no one is home, and it doesn't cool where the door is open. If there is shading, the two can be combined: the shutter keeps the heat out during the day, so the air conditioner has less to do.

What you should know before you get started

What determines how much you save?

There's no one-size-fits-all answer to this, and anyone who does is guessing. It depends on four things, and all four depend on the house: how bad the controls are now (a thermostatic house has the largest reserve), how well insulated the building is, how much inertia the heating system has, and — most importantly — how variable the schedule is. In a house that's empty all day, zoning and presence-based scheduling will do a lot; if someone is always home, less.

That's why we start with measurements. After a week or two of data, you can see which rooms are taking the heat, when the system is running unnecessarily, and where there is real reserve. You can write a rule afterwards — not before.

What we work with

Let's check your heating

Write down what you have now — boiler or heat pump, underfloor heating or radiator, how many rooms — and we'll think through what can be controlled and what's worth replacing.

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