Cut Energy Bills Effortlessly with Smart IoT Monitoring
Why IoT for Energy Monitoring?
Integrate HVAC and lighting into a unified IoT platform to enhance occupant experience and operational efficiency.
- Energy Efficiency Audits
- Identifying Wastage
- Detecting Abnormal Loads
- Safety Alerts
- Benchmarking Energy Usage
Smart Building Strategy
Small Spaces (Retail, Cafés, Clinics)
Compact plug-level monitoring with Wi-Fi enabled smart plugs and load sensors. Perfect for tracking ACs, lighting, refrigerators, or POS machines.
Mid-Sized Spaces (Offices, Restaurants, Institutes)
Three-phase energy meters, current transformers, and smart relays for key distribution boards and high-load equipment. Centralized dashboard with alerts for real-time decision making.
Large Facilities (Malls, Campuses, Factories)
Edge IoT gateways, sub-metering systems, and advanced analytics. Integration with Building Management Systems (BMS) and predictive maintenance modules.
Smart Solutions by Application
Energy Monitoring & Load Management
- • Three-phase smart meters for main electrical panels.
- • Current transformers (CTs) for monitoring heavy equipment.
- • Smart relays for automated switching and load control.
- • Plug-level energy monitoring for small and portable devices.
Benefits: Gain real-time visibility into every circuit and device, helping reduce energy wastage, balance loads, and avoid unexpected power spikes.
Power Quality & Anomaly Detection
- • Voltage, frequency, and harmonic monitoring sensors.
- • Automated alerts for phase imbalance and overload conditions.
- • Predictive failure detection for motors, HVAC systems, and critical equipment.
Benefits: Ensure reliable power quality and equipment safety by detecting electrical anomalies early, minimizing downtime, and extending asset life.
Renewable & Distributed Energy Integration
- • Three-phase energy meters for grid and solar integration.
- • Smart metering support for distributed and hybrid energy setups.
- • Load management using smart plugs and dimmers for optimized energy usage.
Benefits: Support sustainability initiatives, reduce grid dependency, and optimize renewable energy utilization while lowering overall utility costs.
Power Backup System Monitoring
- • IoT-enabled sensors for DG sets, UPS systems, and inverters.
- • Fuel level monitoring for diesel generators.
- • Runtime, efficiency, and health tracking for backup power systems.
- • Automatic switchover status monitoring with real-time alerts.
Benefits: Ensure uninterrupted power supply and reduced fuel costs by continuously monitoring backup system health and availability.
Lighting & Occupancy-Based Energy Control
- • Smart meters for lighting circuits and zones.
- • Motion and occupancy sensors for automated lighting control.
- • Daylight sensors for adaptive brightness management.
- • Scheduling controls for outdoor and corridor lighting.
Benefits: Reduce lighting energy consumption by up to 30% by ensuring lights operate only when and where required.
Electromechanical Equipment Monitoring
- • Vibration and temperature sensors for motors and pumps.
- • Current and voltage monitoring to detect overload conditions.
- • Flow and pressure sensors for water and process pumps.
- • Predictive maintenance alerts for early fault detection.
Benefits: Improve motor and pump efficiency, reduce unnecessary power consumption, and extend equipment lifespan.
Building Equipment Monitoring
- • IoT modules for elevators, escalators, and moving walkways.
- • Energy consumption tracking for lifts and access systems.
- • Real-time operational status and fault alerts.
- • Integration with boom barriers, turnstiles, and security gates.
Benefits: Lower operational costs by optimizing energy use of building equipment while maintaining reliable and safe operations.
Environment & Comfort Sensors
- • Temperature, humidity, and CO₂ sensors for correlated energy analysis.
- • Occupancy-based energy optimization strategies.
- • Integration of indoor air quality data with HVAC automation.
Benefits: Create healthy and comfortable indoor spaces while optimizing HVAC and energy usage through data-driven control.
Tenant/Sub-Metering & Billing Automation
- • Sub-meters for individual tenants, floors, or zones.
- • Automated consumption-based billing and reporting.
- • Comparative energy usage reports across spaces.
- • Alerts for unusual or abnormal energy usage spikes.
Benefits: Enable fair billing, improve accountability, reduce disputes, and identify high-consumption areas in commercial buildings.
Visualize Energy Across Every Zone
Connect silos and visualize your entire facility's pulse in real-time.
One Dashboard. Complete Control.
Centralized control of all building assets and alarms.
- Real-time alerts for anomalies
- Customizable reports
- Predictive analytics
- Energy usage heatmaps and trends
- Role-based access (Manager, Tenant, Owner)
Why Choose TEK DEPO?
Consultative Deployment
We design solutions around your assets' unique footprint.
Future-Ready Hardware
Scalable sensors, relays, and gateways.
Actionable Analytics
Analytics that help you make decisions, not just collect data.
Dedicated Support
Remote + onsite assistance for zero disruption.
Let’s Build Your Smart Energy Future Today
Discover how smart monitoring can lower downtime, boost efficiency, and bring your facility under complete control.
Frequently Asked Questions
Find answers to common questions about our smart building solutions
How does this solution reduce operational costs?
By leveraging IoT-enabled meters, sensors, and analytics, the solution identifies hidden energy wastage in motors, pumps, HVAC, and lighting systems. Facilities can optimize operations and balance loads, typically achieving 10–25% energy cost savings within the first year.
What types of sensors are included in the solution?
The solution integrates IoT energy meters, CT sensors, plug-level meters, smart relays, and optional environmental and IAQ sensors, all connected through secure IoT gateways.
How customizable is the deployment?
The deployment is highly flexible, ranging from a single retail outlet to multi-building facilities. Hardware and software modules are right-sized to match specific operational requirements.
Can the system work without internet connectivity?
Yes. Local data logging ensures continuous operation during network outages, and once connectivity is restored, all data automatically synchronizes with the cloud dashboard.
Can renewable energy sources like solar be integrated with smart metering?
Yes. The solution supports solar generation meters, net metering, and hybrid energy systems with battery storage, enabling maximum utilization of renewable energy and reduced grid dependence.
How do environment and comfort sensors improve energy management?
Sensors for temperature, humidity, CO₂, occupancy, and door status provide correlated data that enables intelligent HVAC and lighting optimization, reducing energy consumption while improving indoor air quality and occupant comfort.
How does tenant or sub-metering improve building energy efficiency?
IoT-based sub-metering enables energy tracking by tenant, department, or floor. Automated reporting and transparent billing improve accountability, reduce disputes, and encourage responsible energy usage.
Can IoT energy monitoring detect power quality issues in real time?
Yes. The system continuously monitors voltage, frequency, harmonics, and phase imbalance, allowing early detection of power quality issues that could otherwise cause equipment damage or downtime.
Do you provide after-sales support and customization for different building sizes?
Yes. TEK DEPO follows a consultative approach for small, medium, and large facilities, offering dedicated technical assistance, remote troubleshooting, and on-site support when required to ensure minimal downtime.
Still have questions?
Contact Our Team