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Climate control for houses and flats

Let's think about how much time we spend in our flats. Working in the office, commuting, running errands outside the home — this is the daily reality for many people. And when we return home, we spend most of our time simply sleeping.
It is this lifestyle that determines the real needs for the microclimate in our homes. It is not necessary to constantly maintain comfortable conditions there, putting a strain on engineering systems. Let's talk about climate systems for the home that help us with this.
Climate control for your home allows you to set parameters for micro-control:
For example, you feel comfortable at a temperature of +22°C, relative humidity of 55%, and CO2 level of 600 ppm. Regardless of whether it is +34°C outside, a damp autumn day with +5°C, or a frosty sunny day with -15°C, all parameters in your home will remain stable thanks to climate control.
Technically, this requires automation and microprocessors. Let's take a closer look.
1. Heating and hot water supply
Every home has a device that controls the heating system — this could be a gas boiler, electric boiler or heat pump. Any such device must have a sensor that measures the outside temperature.
Boilers or pumps equipped with weather-dependent modulation "understand" what power is required at a certain outside temperature.
Combiners with microprocessors and thermostats precisely control the temperature in the room by regulating the supply of hot water to underfloor heating, convectors, radiators or fan coils. Hot water supply is maintained by thermostats in a buffer tank — a DHW tank.
Let's consider this using the example of a condensing gas boiler. Why this particular boiler? Thanks to the design of the burner and heat exchanger in this type of boiler, the possibility of temperature modulation is significantly increased.
In turbocharged or chimney boilers, the modulation depth is 1:2 or 1:3. With a power of 24 kW, the boiler can operate at no less than 7.5–8 kW.
In condensing boilers, the flame in the burner can be reduced to a minimum, and the modulation range of such a boiler is much wider — 1:10 and even 1:17. A boiler with a capacity of 24 kW can operate at 2.5 kW.
What does this mean for climate control? On warm winter days (i.e. most days in winter), a house or flat does not need the boiler to operate at high power. A condensing boiler adapts to such needs without constant switching on and off (without the heating system's automatic cycling), i.e. without wearing out the system components. In addition, there is no gas overconsumption — only as much as is needed to maintain a comfortable temperature is used.
Furthermore, all condensing boilers have climate control automation — the equipment operates according to a temperature sensor or room thermostat and programmer. In chimney and turbocharged boilers, automation is only available in premium series.
In addition, these boilers are designed for low-temperature heating systems and underfloor heating, making them an ideal option for a subsequent transition to heat pumps.
Heat pumps — for example, air-to-water — have a high COP of 1:3.5 (kilowatt of electrical energy to 3.5 kilowatts of heat). An air-to-water pump is most effective in combination with underfloor heating and fan coils at a heat transfer fluid temperature of 45°C. As with boilers, weather modulation is a mandatory option for heat pumps. Thanks to automation and sensors, the heat pump determines the outside temperature and supplies the amount of heat required for the programmed temperature inside.
The climate control system allows you to adjust the operation of the equipment according to your needs. You can wake up in a warm flat, and during working hours, when you are in the office, heat will be saved, and by the time you return, the equipment will heat the room to a comfortable temperature.
2. Ventilation system
We will pay special attention to ventilation in the issue of climate control in an apartment.
Of course, it should be automatic — providing forced air supply and extraction.
But it is important to note that the only ventilation system that allows you to adjust the air supply in stages is the supply and exhaust ventilation system with heat recovery from the Czech brand Jablotron.
This system is equipped with CO2 sensors that determine the level of carbon dioxide in the room (i.e., they "track" the presence of people) and VAV valves that supply the required amount of air in a measured manner.
How is this implemented?
Jablotron ventilation is currently the most energy-efficient solution for CO2 control and maintaining acceptable air parameters.
3.Smart Home System
In addition to a weather-dependent boiler or pump, climate control can be implemented as part of a smart home system.
In a smart home, all control elements from the manufacturer of boilers, pumps and heating devices are visible on the control panel. Hidden sensors measure parameters and transmit information to the panel. It should also be noted that all parameters are regulated remotely.
This means you can always see the temperature, humidity and CO2 content in each room and adjust the settings if you wish.
Which climate control option should you choose — the boiler or pump's "native" thermostats, or perhaps a unified "smart home" system? The decision is yours.
The climate control system operates automatically — this is its defining feature and main advantage, ensuring a high level of comfort. Changes in outside temperature are not felt indoors — the room temperature is always stable. Thanks to the climate control system, the boiler or heat pump generates the required amount of energy itself — there is no need to adjust the power manually. Ventilation works in the same "automatic" mode, providing fresh air to maintain an acceptable level of carbon dioxide in the room.
When talking about climate systems for an apartment, house or other premises, we mean the ability to regulate the following depending on your needs:
These parameters are affected by the external environment, which exerts thermal resistance on the building structure.
Climate control for your house or flat — what are its advantages and disadvantages?
What are the main advantages of climate control systems?
The only relative "disadvantage" of climate control systems is their high cost. But ultimately, the price of climate control in an apartment will gradually pay for itself through reduced expenses and a fundamentally new level of comfort.
We do not recommend attempting to implement such complex and sophisticated solutions on your own.
Alter Air specialists suggest following this algorithm:
Usually, choosing climate control is part of a large project involving the selection and installation of various engineering systems, and it is best to do everything as a whole.
There are no specific features of installing this equipment.
We would just like to note that it is important to first design correctly, perform all the necessary calculations, and purchase a climate control system for your home — specifically with the solutions that you need.
Installation is carried out immediately after completion of design and installation work. Adjustments are made on site in accordance with agreements and materials purchased for your facility.
Alter Air specialists have extensive experience, which allows them to anticipate and prevent all unexpected situations and take all nuances into account.
You can only adjust all parameters manually yourself. Since this option does not suit many people, they sometimes decide to make ill-considered purchases of equipment without first consulting specialists. These initiatives often end up wasting money and time. We do not recommend doing this, especially when it comes to complex and expensive climate control systems.
Climate control is essential for any home. Since most people only spend short periods of time in their houses and flats — coming home to sleep — we need different temperature settings. This will minimise energy costs and ensure a comfortable environment.
The climate control system can be a standard component of climate control equipment, such as a heat pump or boiler.
A smart home involves the integration of hardware at various levels. You can control heating, cooling, ventilation, but also lighting, curtains, music, servers, garden watering, and receive alerts about water leaks or other unforeseen situations. It is a much more complex system that acts as the "brain" of your home.
Still have questions? Need advice from engineers? Want to buy and install climate control for your home? Call: 0 800 33 08 28
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Сергей МазурИнженер-проектировщик
Sergiiy Mazur