Energy and Utilities | IoT, Angular, NestJS, MongoDB, MQTT, AWS through a secure, scalable, and connected digital environment across connected operations across connected operations across connected operations across connected operations.
We developed an enterprise-grade IoT smart power monitoring system that gives commercial, educational, and industrial facilities real-time visibility into utility usage. The cloud-enabled solution consolidates more than 2,500 data points from electricity, water, gas, steam, solar, heat-source, and environmental sensors into one operational environment. Designed for facility managers, energy teams, analysts, and administrators, the platform combines live dashboards, socket-based updates, advanced analytics, device grouping, power-quality monitoring, configurable reporting, and secure role-based access. Organizations can examine consumption by building, floor, zone, department, group, or individual device to identify waste, manage costs, support compliance, and improve sustainability decisions. The solution also serves.
Unmonitored and inefficient consumption patterns allowed avoidable energy waste to continue, increasing utility expenses across coordinated business and operational workflows across connected operations across connected.
Without real-time tracking, teams could not detect sudden spikes, irregular usage, or emerging issues early enough to intervene across coordinated business and operational workflows across.
The absence of a unified building, floor, zone, and equipment view made audits and performance comparisons difficult across coordinated business and operational workflows across connected.
Teams lacked granular, configurable reports for compliance, consumption analysis, performance reviews, and optimization planning across coordinated business and operational workflows across connected operations across connected.
Decision-makers could not react promptly to threshold breaches, increasing the risk of overconsumption, equipment stress, or operational leakage across coordinated business and operational workflows across.
Electricity, solar, water, gas, and steam data were handled separately, preventing a complete view of utility performance across coordinated business and operational workflows across connected.
Ditstek brought fragmented meter and sensor data into a centralized, cloud-enabled platform designed for continuous monitoring, structured analytics, and secure operational control across secure and scalable digital operations across connected.
Unified more than 2,500 live data points from electricity, water, gas, steam, solar, power meters, and environmental sensors across coordinated business and operational workflows across.
Presented consumption, cost, carbon-footprint, and performance data through gauges, line charts, bar graphs, pie charts, and odometers across coordinated business and operational workflows across connected.
Enabled 10-minute, 30-minute, hourly, daily, and monthly reporting with PDF and CSV exports for audits and operational reviews across coordinated business and operational workflows across.
Enabled 10-minute, 30-minute, hourly, daily, and monthly reporting with PDF and CSV exports for audits and operational reviews across coordinated business and operational workflows across.
Used MQTT, WebSockets, and Socket.IO to keep dashboards continuously updated and support rapid responses to anomalies across coordinated business and operational workflows across connected operations.
Provided controlled views and permissions for building administrators, facility managers, analysts, and other stakeholder groups across coordinated business and operational workflows across connected operations across.
Organized meters and sensors by facility, building, floor, zone, department, group, and device for contextual analysis across coordinated business and operational workflows across connected operations.
Implemented backup, error-recovery, and restoration capabilities to protect large operational datasets and support continuity across coordinated business and operational workflows across connected operations across connected.
Enabled discovery, registration, property comparison, synchronization, updating, drag-and-drop mapping, and unregistering of connected datapoints across coordinated business and operational workflows across connected operations across connected.
Resolved chart responsiveness and Gridster compatibility issues while upgrading Angular dependencies, addressing CSS regressions, package vulnerabilities, and TypeScript typing across coordinated business and operational workflows.
Track energy consumption in real time using IoT from over 2,500 connected power meters and environmental sensors. This smart energy monitoring system using IoT enables instant visibility, helping facilities proactively reduce waste and improve efficiency.
Access energy data at every organizational level—building, floor, zone, group, or device. This multi-layered structure ensures contextual insights for every stakeholder, from corporate sustainability teams to local building managers.
Visualize usage and trends with configurable dashboards featuring gauge meters, line charts, bar graphs, pie charts, and odometers. Users can monitor consumption and cost patterns intuitively, tailored to their preferences and operational needs.
Generate detailed reports at customizable intervals—10 minutes, 30 minutes, hourly, daily, or monthly. This feature ensures timely insights for audits, performance evaluations, and energy-saving initiatives across departments.
Export data-rich reports in PDF or CSV formats. Choose from a single-page overview or full dataset exports for sharing, compliance tracking, or deeper analysis of your energy footprint.
Ensure uninterrupted real-time updates through MQTT and WebSocket integration. These technologies keep dashboards and data views live, empowering instant decision-making based on current energy metrics.
Control platform access securely with role-based permissions for Admins, Analysts, and Viewers. This ensures users see only relevant data while maintaining compliance, governance, and confidentiality across organizational tiers.
Easily manage all IoT-connected devices through a unified sensor management module. Instantly view sensor types, status, and connectivity to ensure smooth operations across your energy monitoring infrastructure.
Organize and categorize devices using a drag-and-drop interface. This flexible structure enhances usability, simplifies analytics, and supports expansion into new facilities or meter types with minimal setup.
Receive instant alerts for energy spikes, anomalies, or threshold breaches. This feature helps teams respond quickly, prevent overconsumption, and maintain operational stability through proactive energy management.
Safeguard critical energy data with secure backup and restore features. Supports large data sets and memory-safe processing, ensuring business continuity and rapid recovery from unexpected issues.
Design your own dashboards using a Gridster2-based layout builder. This flexibility allows users to create tailored views that align with their operational focus and energy tracking priorities.
Monitor voltage fluctuations, harmonics, and load imbalances with complete power quality analytics. This capability improves equipment protection, reduces downtime, and enhances visibility across the smart energy monitoring system using IoT.
Built as a modular, scalable IoT based energy monitoring system, the platform adapts to growing enterprise needs across multi-site, multi-utility environments with ease, performance, and reliability.
Live monitoring, threshold alerts, and connected dashboards helped operational teams identify unusual consumption patterns earlier and respond before irregular usage developed into larger issues across.
Centralized utility visibility, comparisons, and actionable reporting helped teams recognize inefficient consumption and make more informed decisions supporting cost control and long-term sustainability across coordinated.
Automated reporting and scheduled exports reduced dependence on manual logs, accelerated operational reviews, and made energy information easier to share across authorized teams and locations.
Smart IoT lighting and HVAC control system with QR code access control and real-time energy management for efficient building operations.
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