Solution overview

Enmon is a cloud-based platform that delivers real-time energy consumption data and advanced analytics to businesses and public institutions. By aggregating meter readings from electricity, gas, water, heating, cooling, and fuel sources (over 30 types of energy), it provides a single dashboard where users can monitor usage every 15 minutes, detect anomalies (such as leaks or forgotten lighting), and generate detailed reports on consumption, costs, and CO₂ emissions. The system solves the problem of fragmented energy data—eliminating manual meter readings and disparate spreadsheets—and is targeted at energy managers, facility managers, sustainability officers, finance teams, C-level executives, and municipalities that need precise, actionable insights to optimize energy efficiency and reduce costs.

Key features

"Multi‐Energy Monitoring: Supports integration with both new and legacy meters from almost 100 different energy and water suppliers, enabling true “plug-and-play” connectivity regardless of brand or technology. Real-Time Data & Analytics: Collects and processes consumption data every 15 minutes, offering up-to-the-minute visibility across all sites and energy types. Customizable Dashboards and Reports: Intuitive, role-based dashboards that allow users to benchmark buildings, track trends over time, and forecast future usage and costs without additional tools. Anomaly Detection & Alerts: The “Alarm” module constantly compares actual consumption to contracted volumes, sending instant notifications for unexpected spikes or leaks—helping avoid fines and wasted energy. Transparent Pricing: No hidden fees or contractual add-ons; organizations always know exactly what they’re paying for each service. Mobile App Integration: Simplifies meter reading workflows, reducing reliance on paper notebooks or Excel sheets. "

Integration and adaptability in manufacturing environments

Enmon can be swiftly deployed alongside existing measurement infrastructure—whether businesses already have smart meters or traditional analog devices—by leveraging specialized sensors that read any meter protocol. During implementation, Enmon’s engineers configure data streams to align with each manufacturer’s operational requirements (e.g., predefined thresholds for machinery or production lines). Dashboards and alert thresholds are fully customizable, so manufacturing companies can tailor notifications (e.g., alert if a CNC machine’s energy draw exceeds a set limit). Because the platform supports electricity, gas, water, heating, cooling, and even fuel usage, it integrates seamlessly with common factory technologies such as PLC-based motor drives, compressed air systems, and process heating equipment.

Implementation support and training for manufacturers

"During implementation, Enmon provides: Energy Consultations & Project Management: A dedicated team of energy experts assesses initial energy baselines, designs sensor placement, and manages the rollout to ensure minimal disruption. Technical Support & Installation Assistance: Certified technicians handle hardware installation, data integration, and configuration of dashboards. Training Programs: On-site or remote training sessions teach energy managers and facility staff how to interpret dashboards, set up custom reports, and configure alert thresholds. Online video tutorials and a comprehensive knowledge base are available for self-paced learning. Post-Implementation Support: Enmon offers 24/7 monitoring via its Alarm service, ensuring that any anomaly triggers an immediate notification. Ongoing technical support (helpdesk, email, phone) focuses on troubleshooting, software updates, and feature enhancements. Additionally, periodic review meetings help clients refine their energy-saving strategies based on newly captured data."

Sustainability, compliance and certifications in the EU

"Enmon is developed and operated in full compliance with GDPR, ensuring data security and privacy for all EU–based clients. Although Enmon does not itself hold an ISO 50001 certification (the international standard for Energy Management Systems), it is explicitly designed to support and accelerate a company’s ISO 50001 implementation by: Aggregating and tracking energy performance indicators (EnPIs) required for ISO 50001, Generating measurement and verification (M&V) reports that align with EU energy efficiency directives, and Providing audit-ready documentation to satisfy regulatory inspections. By facilitating continuous monitoring and data-driven decision-making, Enmon helps organizations meet EU targets for energy efficiency and CO₂ reduction. "

Example of successful implementation of solution in manufacturing company.

At Koval Systems, a Slovak manufacturer of mechanical safety solutions, Enmon was deployed to perform a comprehensive energy audit and monitor consumption. After installing wireless IoT sensors on all key electricity and gas meters, maintenance and energy managers began receiving data every 15 minutes. This enabled them to pinpoint which machines and production lines consumed excessive energy. They configured alarms to trigger when predefined energy thresholds were exceeded (for example, when hydraulic presses powered up), allowing them to prevent unplanned downtime and adjust production cycles during lower-tariff periods. Within six months of using Enmon, Koval Systems reduced their electricity and gas overhead costs by 12% and significantly improved production stability, increasing overall equipment availability.

Case studies or testimonials showcasing the impact of the solution on real-world operations.

"ASBIS (IT distribution center) In one of Central Europe’s largest IT distribution warehouses, Enmon was installed to monitor energy usage across five main sections of the facility. After the first quarter of data gathering, the team optimized their refrigeration units and conveyor belt operations so that major power circuits were not drawing energy during peak hours. This adjustment led to an 8% reduction in their electricity bills while maintaining the same throughput. CTP (industrial park energy management) At the CTP industrial and logistics park in Košice (with over 87,000 m² of warehouse space), Enmon provided real-time comparisons between current consumption and historical data across all halls. Based on our analysis, park managers reprogrammed the air-handling system motors in selected buildings, avoiding penalties for exceeding contracted power volumes. After four months, they recorded a 15% reduction in unwanted frequency-inverter peaks, directly lowering operating expenses. GEIS (logistics centers) For the GEIS network of logistics centers in Slovakia, we assisted in implementing Enmon in two primary warehouses. Within the first month, data revealed that nighttime operation of cooling and condensing systems consumed 20% more electricity than vendor specifications indicated. Using these insights, GEIS adjusted maintenance schedules and shifted equipment shutdowns outside peak periods. Over six months, they achieved an average 10% energy-cost saving."

Link to the solution video or pdf technical documentation.

"Technical documentation (PDF): A detailed service specification, including hardware architecture, IoT sensor requirements, API integration guidelines, and sample reporting formats, is available here: https://www.nove-mesto.sk/resources/documents/specifikacia-sluzby-enmon-mesto-nmnv.pdf Solution video/demo: A demonstration of the dashboards and analytic modules is accessible (with demo credentials provided to registered customers) at: https://app.enmon.app/login"

Expected return on investment (ROI)

Cost overview: implementation and ongoing expenses