Managing industrial power systems efficiently is crucial for reducing energy waste, preventing downtime, and optimizing remote operations. Traditional power management methods lack real-time monitoring and automation, making industrial operations inefficient.
The 4G LTE Smart Plug for Industrial IoT solves these challenges by enabling remote power control, real-time energy monitoring, and predictive analytics using cellular connectivity. With this innovation, industries can remotely switch devices on/off, monitor energy usage, and receive automated alerts for abnormal power consumption.
As we know a ‘Smart Plug‘ can connect normal appliances or devices to the Internet via a breakthrough called IoT (Internet of Things). The Plug communicates with the an IoT Platform in the cloud via 4G LTE mobile network. All the basic features like scheduling, conditional alerts for different use cases are available over the top.
Agriculture
Energy
Data Centres
Industrial Equipment Control - Manufacturing Plants
A 4G LTE Smart Plug is an IoT-enabled power control device that connects industrial machines, appliances, and equipment to a cloud-based platform using a 4G LTE cellular network. This allows for real-time remote monitoring, scheduling, and automation of power usage without relying on Wi-Fi or wired connections.
✅ 4G LTE Connectivity – Works in remote and off-grid locations
✅ Remote Power Control – Turn machines on/off from anywhere
✅ Energy Monitoring – Track power consumption in real-time
✅ Overload Protection – Prevents equipment damage
✅ Scheduled Automation – Set timers for power usage efficiency
✅ Cloud & Mobile App Integration – Access data and control remotely
These smart plugs eliminate the need for manual power control, providing businesses with a cost-effective, automated solution for energy management.
Device Connection – The smart plug is connected to an industrial machine, appliance, or equipment.
4G LTE Data Transmission – The plug sends real-time power usage data to a cloud-based dashboard via a cellular network.
Remote Control & Scheduling – Users can turn devices on/off, create schedules, and optimize power consumption through a mobile app or web platform.
Energy Analysis & Alerts – AI-driven analytics provide insights into energy usage, and automated alerts notify users of abnormal consumption or faults.
Predictive Maintenance – The system detects potential power issues before failures occur, reducing downtime.
✔ Remote Power Control – No need for on-site manual intervention
✔ Energy Efficiency – Reduces waste and optimizes electricity consumption
✔ Uninterrupted Connectivity – Works in areas without Wi-Fi using LTE
✔ Smart Automation – Scheduled power cycles for better productivity
✔ Enhanced Equipment Safety – Overload and short-circuit protection
✔ Scalability – Works with multiple devices across industrial plants
Manufacturing Plants – Automate power control for heavy machinery
Data Centers – Prevent power surges and optimize server energy usage
Energy & Utilities – Remotely monitor industrial generators & transformers
Smart Warehouses – Control conveyor belts, lighting, and ventilation
Remote Sites & Construction – Manage power for equipment in off-grid areas
Material | Maximum current |
Flame retardant Polycarbonate | 16A |
Size and weight | Software |
Length: 64 mm Height: 114 mm Width: 74 mm |
iOS 11+, Android 8.1+ |
Display | Power Consumption |
LED Indicator | 3.5 KW |
Operating conditions | Mobile network |
Operating temperature: -10°C to 70°C
Operating humidity: ≤80% RH |
LWSP4G only: GPRS and LTE; micro SIM card slot |
Power supply | Bluetooth/Wi-Fi (optional) |
220–240 V AC, 50/60 Hz | BT4.2, BLE / 2.4GHz band (802.11 b/g/n)
(note: the 5GHz Wi-Fi band is NOT supported) |
Device settings: The minimum data synchronization interval of the device (data transfer to the server) is 1 minute.
Critical Alerts: The alerts can be triggered based on the values from the connected device.
Power Failure Alarms: The alerts can be triggered based on the AC Power failure
1️⃣ No Wi-Fi Dependency – 4G LTE ensures uninterrupted connectivity
2️⃣ Real-Time Monitoring & Control – Instant access to power data & automation with power failure alarms
3️⃣ Plug & Play Setup – Easy installation without complex wiring
4️⃣ Cost-Effective Solution – Optimizes energy usage, reducing operational costs
5️⃣ Scalable for Industrial Use – Manage multiple plugs across various locations
AI-Powered Predictive Analytics – Advanced energy forecasting to prevent equipment failures
Renewable Energy Compatibility – Optimizing solar and wind energy usage
Eco-Friendly Automation – AI-driven energy conservation strategies
Enhanced Security Features – Blockchain-enabled energy data security
5G Integration – Faster data transmission for seamless automation
Upgrade your industrial power management with 4G LTE Smart Plugs. Control, monitor, and optimize your power usage remotely with advanced IoT technology.
You can use Livwize LTE Smart Plug in agriculture, industry, storage, smart city and other places. It can help control crops by controlling the irrigation system, monitor warehouses for temperature and humidity. Users can remotely monitor and control in real-time conditions in their homes, offices or workplaces.
4G LTE has immense potential to be a boon for Energy sector in Industries. A next generation 4G LTE smart metering solution for residential sector provides broad territory coverage, low latency and network longevity, using the fastest 4G LTE technology available today. 4G LTE communication is particularly useful for hard-to-reach locations or territories or for opt-in scenarios. Due to the low latency of the 4G LTE network, the new solution is also a good option for utilizing smart meters as grid sensors to monitor distribution system conditions.
Smart Power Control
Intelligent Operation
Applications
Future Trends