Leak Detection Sensor : Save Up to 1,000 Liters of Water a Day with a Smart Solution
Did You Know That a Faulty Toilet Tank Can Waste Up to 1,000 Liters of Water Per Day?
That’s the equivalent of ten full bathtubs of clean, usable water — lost every single day. Beyond increasing your utility costs, undetected leaks place a heavy burden on already strained water resources. As the demand for sustainable building practices rises, water leak detection sensor is becoming a fundamental aspect of responsible facility and property management.
An Innovative IoT Solution by Brunata in Collaboration with Elsys
To combat this hidden yet costly issue, Brunata, in partnership with Swedish IoT manufacturer Elsys, has developed an advanced IoT leak detection system. This solution is specifically engineered to identify leaks in toilets, pipes, and sanitary installations before they lead to serious property damage or excessive water bills.
How Does the Leak Detection Sensor Work?
At the core of the solution is a compact LoRaWAN® sensor that uses patented vibration-based technology. The sensor continuously monitors for unusual patterns that signal a leak — including even the smallest, slow drips that often go unnoticed.
With this system, building owners, managers, and facility teams can:
- Detect water leaks in real time and take immediate corrective action
- Avoid costly structural repairs due to long-term water damage
- Reduce daily water consumption and lower utility bills
- Meet sustainability goals and contribute to environmental protection
Elsys EMS Lite: Smart, Compact, and Precise
The Elsys EMS Lite is a state-of-the-art LoRaWAN leak sensor, designed to deliver accurate and timely alerts while remaining unobtrusive. With a footprint only slightly larger than an AA battery, the sensor fits discreetly in challenging locations — such as behind toilet tanks, under sinks, or inside plumbing cabinets.
Key Features and Benefits:
- Real-time leak detection using sensitive vibration monitoring
- Built-in temperature and humidity sensors, providing additional environmental data
- LoRaWAN communication for long-range, low-power wireless data transmission
- Ideal for multiple environments – from residential buildings to commercial offices and industrial properties
- Quick and easy integration with existing smart building and BMS platforms
Field-Proven in Denmark
This leak detection solution has already been widely adopted across Denmark, where it has helped property owners and facility managers drastically reduce water waste and avoid costly infrastructure repairs. Now, this proven technology will be available in Latvia — offering local building professionals a trusted and scalable tool for remote water monitoring and management.
A Practical Solution for Water Efficiency and Environmental Responsibility
By installing the Elsys EMS Lite leak detection sensor, you gain more than just data — you gain control, visibility, and peace of mind. This smart sensor enables:
- Measurable water savings, helping lower operating costs
- Early warnings, avoiding damage to walls, floors, and infrastructure
- Compliance with sustainability policies in commercial and residential building management
In addition, leak detection is a key enabler of smart building automation, supporting preventive maintenance strategies that keep tenants safe and systems running efficiently.
Who Can Benefit?
This solution is ideal for:
- Apartment buildings and residential property portfolios
- Office complexes and commercial real estate
- Public institutions, such as schools, hospitals, and government buildings
- Industrial and logistics facilities, where undetected leaks can lead to operational disruptions
Ready to Future-Proof Your Building?
Don't let hidden leaks drain your resources. At SANO Group, we help you implement remote water metering and leak detection solutions tailored to your specific needs.
- A personalized consultation
- A quote for your building or facility
- Technical advice on deploying LoRaWAN water monitoring systems
Together, we can build smarter, more sustainable environments — one drop at a time.
