ESG compliance and Data Collection
Accelerate your sustainability journey with ReMoni’s solutions, that elevate consumption awareness and environmental impact. ReMoni helps with ESG compliance and other sustainability initiatives by providing automated data collection on resource consumption and by offering specific reduction initiatives through different solutions. All to save energy and significantly reduce CO2 emissions in the buildings.
Automated data collection and reporting
Environmental profile enhancement
Actively drive reduction of CO2 emissions
ReMoni's delivery
Data collection on energy consumption can be automated by using ReMoni’s sensors or through integrations with existing meters. This enables automated reporting of Scope 2 energy consumption and CO2e emission.
With ReMoni’s solutions you can take your sustainability and ESG compliance to the next level by driving specific intiaitves, based on concrete data.
ReMoni collects and relys on more than just the main meter data, as ReMoni’s sensors enables data collection at the idividual unit level, providing a comprehensive power consumption overview. This allows organizations to identify and validate potential areas for optimization, leading to substantial energy savings and improved efficiency.
With continuous resource monitoring ReMoni’s solutions help gather the data needed for ESG compliance, and reveal potential energy-savings, help with consumption awareness and resource optimization.
ESG compliance includes
- Fully automated data collection on the Greenhouse Gas Protocol’s Scope 2, covering activity based consumption, emissions and energy mix data.
- Data to support certificantions such as ISO14001, ISO50001, DGNB, BREEAM etc. Tangible and cost-effective solution.
- Collecting and analyzing more than just simple main meter data, and taking ESG compliance and initiatives to new heights.
- Advancements in ESG-compliance by reviewing actual data from e.g., ventilation, cooling, light, district heating, indoor climate (CO2, temperature, humidity).
- Easy to understand dashboards visualizing the collected data and exporting of the data. Integration with other systems through our open API to easen ESG compliance.
ESG Dashboard
If green certificates have been purchased, this is included in the market-based emissions.
EnergyXplorer in buildings
Focus, prioritize, and validate your initiatives
Collect resource consumption data from your buildings using ReMoni’s overview or other sources, such as datahub or your EMS.
Use the collected data to identify the buildings with the highest energy consumption in the portfolio.
Enables you to analyze resource consumption, such as power, and identify the base and peak loads and correlate it to data on occupancy and building usage patterns.
You gain a comprehensive overview of buildings by conducting detailed data collection focusing on more than just main meters data. Accordingly, power consumption of specific units (e.g., ventilation) is being continuously measured.
The collected data is analyzed and compared to different measures, like the building’s occupancy, to identify issues, improve understand, and find potential energy-saving initiatives.
Make data-driven decisions and implement relevant energy optimizing initiatives.
With on-going data collection the concrete impact of implementing different initiatives is documented in great detail, allowing to effectively reduce energy consumption and CO2e footprint of the building.
The specific initiatives can be included in internal and external reporting like ESG-reporting.
The data can be used for follow-up actions and long-term changes, as well as evaluation of sustainability initiatives investments. The insight data, and achievements is also essential for attaining ISO certification(s) and ensuring compliance with ESG requirements.
Concrete reduction initiatives
Predictive Heat Optimization
By using ReMoni’s Predictive Heat Optimization solutions companies can save up to 36% in the energy consumption and decrease in CO2 emissions, making it a perfect solution for companies looking to improve their sustainability efforts or struggling to meet CO2 emission requirements for Scope 2 ESG reporting.
Predictive Heat Optimization uses ReMoni’s IoT sensors to continuously collect data about the building(s) and its usage patterns. Data from the building, actual occupancy of the building, weather forecasts, combined with data on how the weather affects the building, is fed to an Artificial Intelligence model that predicts necessary heating and then controls building’s heating system.
Features
Non-invasive stand-alone installation without changes to your HVAC system.
Heating optimization using AI algorithms predicting necessary heating ensuring the right comfort temperature while maximizing CO2e savings.
Transparent and automated overview and reporting on energy savings and CO2 reduction.
Heating optimization focusing on external and internal factors affecting the building (occupancy, thermal factors, weather conditions etc.)
Concrete reduction of energy consumption and CO2 emission with positive or at minimum a neutral impact on budgets.
EnergyXplorer
The EnergyXplorer solution helps you gain control over building’s resource consumption, as it collects comprehensive energy data beyond main meters, by tracking consumption of different units and appliances. This will provide a better understanding on energy distribution and usage within a building and identify significant energy users (SEU's) leading to measures for energy savings and CO2e reduction.
The solution can help prevent malfunctions and issues leading to energy waste, by continuously tracking using patterns and potentially predicting the problems before they occur, sending automated alarms to warn about the discrepancies.
The solution collects the data needed for ESG reporting and also works as a tool for better energy data management and optimization, positively contributing to company sustainability efforts.
Features
Non-invasive IoT sensors used for continuous energy data collection.
Automated data collection for ESG reporting.
Consumption data visualization available via API or on ReCalc, ReMoni’s cloud platform.
Help to identify SEU's in the building(s), enabling to take action to reduce CO2 emissions and increase energy-savings.
ISO 50001 Compliance
The EnergyXplorer supports ISO 50001 compliance by enabling precise monitoring of significant energy users (SEUs) through non-invasive, real-time data collection. By going beyond main meters, EnergyXplorer tracks energy usage across units and equipment, supporting the standard’s requirements for energy mapping, performance tracking, and continuous improvement.
Through automated data analysis and alerts, the system helps identify irregular consumption patterns, supports operational control, and proactively prevents energy waste. This ensures alignment with ISO 50001’s emphasis on improving energy efficiency and reducing environmental impact.
EnergyXplorer also simplifies ISO documentation and audit readiness with clear, structured performance data.
Features
Real-time SEU monitoring for ISO 50001 energy mapping and tracking.
Non-invasive IoT sensors that simplify installation and minimize disruption
Automated reporting and documentation for audit support.
Integrated visualizations via API or ReCalc, ReMoni’s cloud-based platform.
Early detection of inefficiencies to support continuous improvement and CO₂ reduction.
Construction Site Optimization
Our construction site optimization solution is ideal for those looking to automate their ESG, BREEAM, and DGNB reporting. It helps decrease energy consumption and CO2 emissions on construction sites. If you're facing challenges in meeting ESG scope 2 CO2 emissions requirements, this solution can provide the support you need.
Using ReMoni’s sensors we collect comprehensive data on construction site’s energy consumption in micro and macro-levels, providing data needed to identify Significant Energy Users and make energy-saving decisions, leading to significant reductions in CO2. Accordingly, the solution provides a detailed and visualized overview of resource consumption in construction sites gathering data about individual units and detailed breakdowns for electricity and water.
Features
IoT sensor technology for energy data collection in micro and macro levels of construction sites.
Automated data collection for ESG reporting.
Collection of data needed for different sustainability verifications.
Help to identify most energy consuming units in construction site, to reduce CO2 emissions and increase energy-savings.
Customer cases
ReMoni already serves several customers and here is what some of them think about our products and services.
The collaboration with ReMoni on Predictive Heat Optimization has been extremely positive. We have achieved significant CO2 savings that we wouldn’t have been able to achieve otherwise. Their technology and expertise have helped us optimize our heat consumption bringing both economical and environmental benefits." The results were 15% energy savings the first winter, and more than 32% the second winter.
ReMoni's solution helps us identify our electricity consumption across different units, so we can act accordingly and reduce consumption. The data gives us important insights, and in the long run, we can compare our construction sites and become better at improving our resource use.
Our collaboration with ReMoni has given us a deep understanding of electricity consumption in our buildings. We now have a solid grasp of why consumption is the way it is, and we’ve already implemented changes that have reduced both energy use and CO₂ emissions. ReMoni is highly professional and provides valuable sparring and data insights that support our understanding and reduction initiatives – and on top of that, it's genuinely fun working with them.
Our other solutions
Predictive Heat Optimization
Optimize and control heating during non-occupied hours to reduce energy consumption and CO2 emissions in non-residential buildings using AI and ReMoni’s IoT clamp-on sensors.
EnergyXplorer
A detailed breakdown of resource consumption by units in non-residential buildings, as well as identification of energy-saving measures and problem areas in the building portfolio.
Construction Site Optimization
Real-time energy consumption monitoring on construction sites at both micro and macro levels, identifying opportunities to reduce CO2 emissions through targeted energy-saving measures.