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Help for optimizing the indoor climate
Use data from the CLOUD as a guide to action.
Use data from the SKY as a guide to action. By analyzing and understanding moisture data from your buildings, you can make informed decisions to create a healthier and more comfortable indoor climate.
Avoid drying clothes indoors in rooms with many people.
Avoid negative effects on air quality and moisture problems by drying clothes indoors in rooms with many people.
Use plants to stabilize humidity.
Use plants to stabilize air humidity. At ÅBN ApS, we share knowledge about how plants can be effective in regulating air humidity, creating a healthier indoor climate and reducing air pollution.
Drink water and keep your body hydrated.
When the air is dry, our bodies need extra fluids to maintain good hydration, so it's important to drink water regularly, especially in an environment with dry air.
Air out: Better air circulation helps both summer and winter.
By airing out regularly, you can improve the humidity and create a comfortable indoor climate in both summer and winter.
Humidity in practice: How to create better balance.
Achieve the right balance in humidity for a healthy indoor climate and avoid moisture damage in buildings.
Health consequences of poor air humidity.
The impact of humidity on health is crucial for the quality of the indoor climate. Dampness and mold can lead to serious consequences such as asthma and allergic reactions.
How to measure and regulate the humidity in a room.
The humidity in a room plays a crucial role in our well-being and health. Read on to learn how humidity affects us, how it is measured, and how you can regulate it for an optimal indoor climate.
The importance of humidity for bacteria and viruses.
Humidity plays a crucial role in the indoor climate and has a direct impact on the occurrence of bacteria and viruses, which can negatively affect health.
The problem of mold and dry air in buildings.
The problem of mold and dry air in modern buildings can have negative consequences both for the health of residents and the structure of the building.
Legislation and limit values for humidity
Humidity in buildings is crucial for health and well-being. Know the legislation and limit values to avoid damage and ensure a good indoor climate.
What is temperature and how is it measured?
Humidity refers to the amount of water vapor in the air compared to the maximum amount of water vapor the air can hold at a given temperature. Humidity is measured in percent (%) and can have a major impact on our health and comfort.
Follow the latest news
Welcome to ÅBN's blog page, where we provide you with the latest insights and updates on indoor climate, sensors and much more. To ensure that you are always up to date with the latest trends and technologies, we have compiled a number of articles covering everything from improving indoor climate to the latest sensor solutions.
Do you have any questions?
Do you have questions or need further information about indoor climate, sensors or any of the topics we cover on our blog? We are here to help! You are always welcome to contact us directly at hello@aabn.io . Our team is ready to answer your questions and provide you with the knowledge you need to optimize your indoor climate and make the most of sensor technologies.
Thank you for visiting our blog. We look forward to bringing you more useful updates and news about indoor climate and sensors.
Would you like more information about indoor climate, ÅBN or our products? Book a meeting and we'll have a chat.