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Sensor Innovation uses AI to monitor humidity in buildings

Published 27 Oct 2024 (updated 29 Oct 2024) · 2 min read
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Quick information

  • Available
  • Europe
  • Made in Norway

At a glance

  • Smart building sensor system for moisture damage
  • Detects humidity and temperature using AI technology
  • Extends building lifespan, prevents costly structural damage

Sensor Innovation provides real-time, long-term monitoring of humidity and temperature in buildings, helping to prevent costly damage before it occurs.

CHALLENGE

Humidity endangers buildings and occupants

Excessive moisture can cause major damage to a building’s structure, furnishings and finish materials such as floors, walls and ceilings. It can also trigger mould growth, which not only damages the structure, but can lead to health problems for the building’s occupants. Detecting moisture at an early stage can therefore save billions of dollars in repair costs each year.

SOLUTION

AI-powered sensors reveal hidden moisture

The into® Control System from Sensor Innovation performs real-time, long-term monitoring of humidity and temperature development in buildings. The technology consists of robust hardware and a digital platform that processes the collected data for predictive insights.

The monitoring system detects moisture development in high-risk structural elements that are often hidden from plain sight, such as roofs, walls, floors, pipes, drains and gutters. The solution warns of excessive moisture using a hybrid-AI control system, which combines machine learning algorithms with key data and building physics. 

Instant alerts are sent via SMS, email, and/or Building Management Systems, ensuring timely intervention. This advanced monitoring is essential in today’s climate of increasing extreme weather, particularly for safeguarding roofs against moisture risks exacerbated by green and blue roofing trends.

BENEFITS

Sensor Innovation makes buildings more economical

Sensor Innovation’s moisture detection system extends the lifespan of buildings and prevents costly structural damage. This allows customers to avoid expensive repairs and the long-term financial consequences of undetected problems. Furthermore, the system mitigates health risks associated with mould and rot, improving indoor air quality for occupants.

Additionally, the systems offers direct environmental advantages, such as reducing the demand for energy-intensive repairs and minimising waste from damaged materials, thus contributing to sustainability efforts.

MARKET POTENTIAL

Enormous growth in smart sensor systems

The global smart building market size is projected to grow from USD 117.42 billion in 2024 to USD 568.02 billion by 2032. As this market expands in commercial real estate, industrial facilities and sustainable housing, the adoption of intelligent sensor systems for moisture control and building longevity presents a substantial growing opportunity for Sensor Innovation.

Furthermore, insurance companies play a crucial role in this broader context. By reducing the risk of water damage claims, the technology offers value through lower premiums and fewer claims, which can serve as a key differentiator in the real estate insurance market.

As of 2024, the technology is being introduced in 10 different countries across Europe.

Testimonials

Slide 1 of 3

Case studies

Case Study

Moisture sensors support sustainability goals

Advancing the Sustainable Development Goals

Eirik Kristiansen

Chief Marketing Officer

Send an email
SENSOR INNOVATION AS

SENSOR INNOVATION AS

Dalhaug 10, 7650 VERDAL, Norway

Go to company pageWebsite

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