Smart Energy Sensors

Using IoT Technology Insights for managing energy efficiently

IoT Based Smart Energy Sensors

MOKOEnergy’s IoT Sensors provide real-time visibility into critical facility parameters to optimize energy usage. Integrating seamlessly with meters, switches and management systems.

Real time data icon

Real-time data

Access and view your energy data in real- time. Check the status of your devices, and detect any issues.

Data analytics

Data analytics

Collect and analyze energy data from smart appliances. Get insights and recommen- dations for energy saving.

Automation optimization

Automation and optimization

Automate and optimize your energy usage and performance, by setting up schedules, scenes, and modes.

Safety security

Safety and security

Prevent your devices from overloads, short circuits, power outages, water leaks, and fire hazards.

Featured Energy Sensors for Energy Usage

Motion Sensor

Motion sensors

Temperature and huimidity sensor

Temperature & Humidity sensors

Water leak detectors

Water leak detectors

Occupancy sensor

Occupancy sensor

Environmental sensor

Environmental sensor

Power sensor

Power sensor

Functions of IoT Sensors With Energy Monitoring

Functions of energy management sensor

Parameters of Smart IoT Sensors

Connectivity:

WiFi, Zigbee, LoRa, NB-IoT, BLE

Power:

Battery, wired, PoE options available

Enclosure ratings:

IP20 to IP68, NEMA 1 to 4X

Temp accuracy:

± 0.5°C

Humidity accuracy:

± 2% RH

Sampling rates:

1-60 mins typical; down to 1 second

Wireless range:

50-500 ft typical; up to 5000 ft for LoRa

Certifications:

CE, FCC, UL listed, others as applicable

Who Needs Our Smart Energy Sensors?

Commercial buildings

Commercial Buildings

Track occupancy, temperature, light levels, power consumption for HVAC and lighting optimization.

Industrial facilities

Industrial Facilities

Monitor motors, compressors, and processes for preventive maintenance and efficiency.

Residential homes

Residential Homes

Occupancy-based control of HVAC and lighting. Water leak monitoring.

Utilities

Utilities

Monitor transformers, lines, and meters for analytics and predictive maintenance.

Data centers

Data Centers

Monitor racks, servers, and CRAC units to reduce power usage effectiveness (PUE).

Cold storage warehouses

Cold Storage/Warehouses

Maintain optimal temperature and humidity levels in freezers, coolers, storage areas.

Why Choose Our Smart Energy Sensors?

end-to-end green icon

End-to-end IoT ecosystem

wireless connectivity green icon

Easy wireless installation and connectivity

interoperability green icon

Interoperability with meters, gateways, controllers

Accuracy

Reliable and accurate monitoring

real time green icon

Real-time data for quick response

industrial grade green icon

Robust industrial grade designs

IoT Cloud green icon

Secure IoT cloud data and control

How to Use Our Smart Energy Sensors?

The IoT sensors transmit data securely via WiFi, LoRa, Zigbee to our cloud platform where it can be monitored, visualized, analyzed, and integrated with smart meters, controllers and dashboards to provide comprehensive insights for optimizing energy usage, costs, and improving efficiency.

Use mokoenergy smart energy sensors in residential, office, commercial, warehouse builidings.

FAQs of Smart Energy Sensors

Replaceable AA or AAA batteries, or rechargeable Li-Ion batteries with up to 10 year lifetime.

WiFi, Zigbee, LoRa, NB-IoT, and Bluetooth. We can also recommend the optimal choice based on your facility.

Sensors transmit data at an interval such as every 5 or 15 minutes. Faster intervals down to 1 second are possible for select sensors.

With preventive battery changes, our sensors typically last 5-10 years or longer in most indoor environments. Harsh industrial conditions may reduce lifespan.

Yes, the IoT platform allows remote monitoring of connectivity, readings, and battery level so issues can be quickly addressed.

Based on sensor data, rules can automate alerts, equipment control, HVAC adjustments, lighting changes, and more.

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