Single Phase Lora Wan Watt Hour Power Meter

Introduction:

The Lora Wan Watt Hour Power Meter is a remarkable smart meter designed with a remote control capability, allowing for efficient monitoring and control from a distance. With an impressive communication range between the meter and gateway, this meter is perfect for smart cities, smart industrial parks, and smart power parks. Furthermore, the meter offers the convenience of supporting multiple meters with just one gateway, making utility management of customer consumption, payment, and meter status a breeze. Not only does this meter possess exceptional functionality, but it also boasts a long connection distance, ensuring reliable communication. With its extended service life, this meter is ideal for various applications such as power generation, residential areas, industrial parks, shopping malls, office buildings, and even airports. Embrace the future of smart metering with this outstanding Lora Wan Watt Hour Power Meter.

Feature

The Single Phase Lora Wan Watt Hour Power Meter is designed specifically for residential use in various areas, such as industrial parks, rural regions, or even cities. This smart meter functions by utilizing one live and one neutral line input, as well as one live and one neutral line output. Additionally, there is a built-in relay system within the meter that serves to safeguard its functionality.
Furthermore, an important feature of this power meter is the ability to receive commands from a central hub or master station. These commands can include a power shutdown order, which, upon receiving, the meter will promptly cut off the load circuit connected to the customer's device. This proves to be a valuable function, particularly when considering power consumption and the need to efficiently manage and distribute electricity.
In summary, the Single Phase Lora Wan Watt Hour Power Meter is a reliable and effective solution for monitoring and controlling residential electricity usage. With its versatile applications in various settings, it offers convenience and peace of mind to users in industrial parks, rural areas, or busy cities.

Other Technical Parameters:

Three standard specifications that are commonly used for measuring electrical energy consumption are IEC 62053-21, IEC 62052-11, and DL/T645-2007. These standards lay out the specific requirements and guidelines for measuring energy consumption and are used in various industries for billing and monitoring purposes. By following these specifications, accurate and reliable measurements of energy consumption can be obtained. It is important for organizations to adhere to these standards to ensure the fair and accurate billing of energy consumption.

(2) Working voltage: 80~110% (rated voltage)

(3) Operating life: more than 10 years

(4) Normal working temperature: -25 ℃~ +55 ℃

(5) Limited working temperature: -45 ℃~ +70 ℃

(6) Relative humidity: ≤ 85%

The communication methods used by single-phase LoRaWAN watt-hour power meters are essential for efficient and accurate data transmission. These innovative devices utilize LoRaWAN (Long Range Wide Area Network) technology to establish a reliable and long-range communication link with a central monitoring system.
LoRaWAN is a low-power, wide-area network protocol specifically designed for IoT (Internet of Things) applications. It enables the power meter to communicate wirelessly with a gateway, which acts as a bridge between the meter and the central server. This wireless communication ensures that the power consumption data collected by the meter is transmitted securely and efficiently to the monitoring system.
The communication process begins with the power meter measuring the energy consumption of a particular single-phase electrical circuit. It then formats the data into packets that are compatible with the LoRaWAN protocol. These packets are encrypted to maintain data security during transmission.
Next, the power meter establishes a connection with the nearest LoRaWAN gateway using radio frequencies. This connection allows the meter to transmit the data packets to the gateway, which acts as a relay station for communication between the meter and the central server.
The LoRaWAN gateway receives the data packets from multiple power meters within its range and forwards these packets to the central server. The gateway manages the communication traffic, ensuring that data from different meters does not interfere with each other. It also handles encryption and decryption processes to maintain the confidentiality of the transmitted data.
Finally, the central server receives the data packets and processes them according to the specific requirements of the power monitoring system. This server is responsible for storing and analyzing the received data, generating usage reports, and detecting any abnormal power consumption patterns.
Overall, the communication methods employed by single-phase LoRaWAN watt-hour power meters leverage the capabilities of LoRaWAN technology to enable efficient and secure transmission of power consumption data. These methods ensure accurate monitoring and analysis of energy usage, leading to effective energy management and improved overall efficiency.

Multiple Lora wan energy meters within a reasonable range can be connected to a single gateway. The data from these meters will be transmitted via various channels, including Wi-Fi, 2G/3G/4G/5G, and ethernet. Let me rephrase that: A single gateway is capable of connecting and communicating with multiple Lora wan energy meters that are located within an acceptable distance. The gateway will utilize different modes of transmission, such as Wi-Fi, 2G/3G/4G/5G, and ethernet, to transmit the collected data.

Our energy meter using Lora wan technology is the perfect solution for utility owners who want to save on traffic costs. The longer connecting distance between the meter and gateway means that our product is more efficient than other options on the market. Choose our energy meter and start saving money today!

With modern technology, management can easily oversee and manage a variety of tasks remotely. This includes monitoring, controlling valves, generating statistics reports, and troubleshooting based on historical data. Thanks to these capabilities, managers can work more efficiently and effectively from afar, giving them greater flexibility and agility in their decision-making.

If users have Wi-Fi, they can purchase power anytime or anywhere through the app. This convenient feature allows users to buy power at their own convenience, without being restricted by time or location. Whether they are at home, in the office, or on the go, users can easily access the app and make their purchase. With just a few taps on their device, they can ensure that they have the power they need whenever they need it. This flexibility and accessibility make the app a convenient and reliable platform for purchasing power. No longer do users have to worry about running out of power or being unable to charge their devices. With the app, they have the power in their hands.

By reviewing their historical consumption data, users can easily identify days or months where their energy consumption was higher than usual. This information is critical in helping users understand the reasons behind the increased energy consumption, and ultimately help them regulate their energy usage and reduce their bills.

6. There is also RS 485 interface for your choice.

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