Research
ReMoni constantly evolve to utilize our Clamp-On Intelligence platform for new applications.
We believe that technology should be used for the greater good, hence, all the innovative solutions and ideas in ReMoni focuses on making positive impact in resource consumption and environment.
This section provides an overview of some work-in-progress or research-stage solutions in ReMoni.
District heating
Objectives
Optimize district heating and cooling networks
The goal of this area is to establish technology, which would help to significantly reduce heat loss and power consumption in district heating and cooling systems (on the supplier side) through continuous monitoring and optimization.
Positively impact energy efficiency and climate
By leveraging ReMoni’s intelligent sensor technology, the aim is to improve the efficiency of district heating and cooling networks to address the energy and climate crisis.
Features
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Realtime monitoring:
a system providing real-time data measurements on flow, pressure and temperature enabling optimization of heating supply within the network. -
Detect leakages in the system:
identification of leaks between pumping stations and consumer to minimize energy loss. -
Non-invasive sensors:
relying on non-invasive clamp-on sensor technology without cutting into existing pipes, ensuring low installation costs and risks. -
Data integration:
seamless integration into existing systems to ensure actionable insights.
Progress
While ReMoni already has developed IoT clamp-on sensors for resource monitoring, the technology needs further improvement and tailoring to provide a full solution for district heating and cooling networks optimization.
Collaborations
To advance the technology and further develop the solution ReMoni has collaborated with such institutions as:
- Aalborg University
- Aarhus University
- Syddansk University
ReMoni believes in successful collaborations, therefore, we are actively seeking partnerships within digitalization of the district heating and cooling sector, to help us find stronger solutions together.
Water supply
Objectives
Extend the lifetime of water infrastructure
By combining digitalization with ReMoni’s intelligent clamp-on sensor technology, the water supply area aims to find a solution allowing to significantly increase the lifespan of water infrastructure.
Reduce non-revenue water and energy consumption
To develop a solution that will minimize water loss and energy usage, providing financial benefits and contributing to global water resource management.
Features
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Continuous monitoring:
real-time data on flow and pressure measurements enabling proactive water supply optimization, leading to reduced water losses and energy consumption, while extending infrastructure lifetime. -
Leakage and pump monitoring:
ability to detect leaks and support efficient water pumps operations and maintenance. -
Non-invasive:
integrating ReMoni’s battery-powered clamp-on sensors without altering or damaging existing pipes. -
Data integration:
provide seamless data integration into existing systems to ensure data collection and communication.
Progress
Improving and advancing ReMoni’s non-invasive clamp-on sensors for precise flow measurement can lead to significant advancements in flow measuring and optimization in water supply. While ReMoni already has a starting version of the solution, it is still in the development stages and needs further improvements to be applicable in the water supply area.
Collaborations
To advance the technology and further develop the solution ReMoni has collaborated with such institutions as:
- Aalborg University
- Aarhus University
- Syddansk University
ReMoni believes in successful collaborations, therefore, we are actively seeking partnerships within digitalization of the water sector, to help address water supply challenges together.
PowerGridOptimiser
Objectives
Minimize replacement of cables in the power grid
The project aims to find a solution that would allow real-time monitoring of power cables conditions, allowing to help diagnose which cables can last much longer than original expected.
Monitor the power quality and energy loss
PowerGridOptimiser will also focus on monitoring harmonics and loss in the currents, to precisely identify sources of poor power quality and energy loss.
Features
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Non-Invasive Monitoring:
relying on ReMoni’s clamp-on sensor technology allows attaching sensors to power cables externally, without having to cut into the cables. -
Real-Time Cables Condition Assessment:
continuous monitoring on power cables conditions helps identifying which cables are worn out and need replacement. -
Harmonic Current Detection:
detecting harmonic currents, which are faults in the electrical installations that can strain the power grid and damage transformer stations, leading to energy waste. -
Data Collection and Analysis:
focus on developing a software to analyze the data collected by the sensors.
Progress
The PowerGridOptimiser project is a 3-year research initiative funded by the Danish Energy Agency's development fund, EUDP.
Collaborations
The project is a collaborative effort involving these institutions:
- Syddansk University, leading the research.
- KM telecom and Trefor help apply the technology in the real-world setting.
DanRETwin
Objectives
Provides a way for efficient energy retrofitting in older buildings
The project to build a system allowing to enhance decision-making processes by providing data-driven insights, ensuring that energy retrofits are efficient, effective, and tailored to each building.
Decarbonize and enhance sustainability in the building stock
The project seeks to reduce carbon emissions from non-residential buildings in Denmark by enabling large-scale energy retrofits, leading to reduced energy consumption and CO2 emissions.
Features
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Real-time data collection:
collecting real-time data with IoT sensor technology, focusing on measures such as temperature, energy usage, and occupancy. -
Machine learning algorithms:
analyzing and predicting building performance under different retrofit scenarios, with the help of machine learning algorithms. -
Digital twin model:
creating a dynamic, virtual replicas of buildings, which stimulate and visualise potential energy-savings measures. -
Scalability:
technology designed to applicable for different building types and energy retrofitting needs.
Progress
DanRETwin project kicked-off in April 2023 and is currently in the testing and demonstration stages. The technology is hoped to be furthered tested in different buildings in Denmark, to further develop and refine the technology, before it is ready for broader use.
Collaborations
To ensure the best results, the project relies on strong collaboration between several partners:
- Syddansk University, leading the research in their Center for Energy Informatics, as well as one of the PhD students visiting ReMoni HQ on the weekly basis, to ensure smooth and effective collaboration.
- Aarhus Municipality, providing the buildings for testing technology’s effectiveness.
ENTRANCE
Objectives
Unlocking Energy Savings in Europe’s Buildings
Accounting for 40 % of EU energy consumption and 36 % of its greenhouse-gas emissions, buildings are central to Europe’s energy transition. By adopting advanced control strategies and smart management systems, they can cost-effectively boost energy efficiency and flexibility while enhancing occupant comfort, productivity, and health.
Reduced Building Demand Accelerates Renewables and Strengthens Energy Resilience
The lowered energy demand accelerates the deployment of on-site and nearby renewable energy sources and supports demand electrification, thereby reducing Europe’s energy dependence. Crucially, improved interoperability with energy carriers and non-energy services enables buildings to play an active role in ensuring the energy system’s reliability, resilience, and sustainability amid climate change, resource constraints, and security challenges.
Features
- Energy efficiency and flexibility
- On-site renewables and mobility solutions
- User empowerment and engagement
- Interoperability with district heating and electricity grids
Progress
The ENTRANCE is a Horizon Europe project that started in January 2025 and ends in December 2028. The vision is to fully enable the building sector’s transition, interoperability with energy carriers and non-energy services must improve. Buildings must evolve into active contributors to the energy system—ensuring reliability, resilience, and sustainability amid climate change, resource constraints, and emerging threats like cybersecurity and geopolitical challenges.
Collaborations
The project is a collaborative effort involving these institutions:
- NTNU – Norwegian University of Science and Technology
- AAU – Aalborg University
- Rehva – Federatie van verenigingen voor verwarming en luchtbehandeling in Europa
- Polito – Politecnico di Torino
- LUT – Politechnika Lubelska
- CIT – CIT Renergy AB
- TalTech – Tallin University of Technology
- NORC – Norconsult Norge AS
- Eurix – Eurix Srl
- Port PC – Polish Organization of Heat Pump Technology Development