1、 The rise of new energy vehicle battery swapping models, coupled with measurement challenges, hinders the development of the industry

In the current era of rapid development in the new energy vehicle industry, power replenishment efficiency has become one of the core factors affecting user experience. Compared to traditional charging modes, battery swapping mode has become an important direction for many car companies due to its advantage of "minute level energy replenishment". At present, the battery swapping networks of mainstream new energy vehicle companies have achieved large-scale expansion, widely covering urban commercial districts, highway networks, and even remote areas, building a convenient and efficient power replenishment service system for users.

However, with the continuous extension of the battery swapping network, a series of core challenges have also become prominent, among which the pain points in the electricity metering process are particularly prominent, directly affecting the scale promotion of the battery swapping mode:

Firstly, disputes over electricity bill allocation are frequent. Most battery swapping stations adopt a rental station model, which requires accurate calculation of electricity bills with the property owner. However, traditional measuring equipment has insufficient accuracy and poor data traceability, which can easily lead to disputes over cost sharing;

Secondly, it is difficult to adapt to the entire scene. The distribution environment of power exchange stations varies significantly, from urban core areas to high-altitude remote road sections, and the environmental adaptability and operational stability of metering equipment are proposedrequirement;

Thirdly, data security risks are prominent. Electricity data is directly related to commercial settlement and energy security. Traditional electricity meters lack effective security protection mechanisms, making it difficult to resist risks such as data tampering and leakage, and cannot meet the high-frequency and high security measurement needs of battery swapping scenarios.

2、 Precise measurement disruptor: Ankerui ADW300 IoT meter emerges

Faced with the measurement pain points in the battery swapping industry, traditional measuring equipment is no longer suitable for the needs of the scene. Ankrui has been deeply involved in the field of power metering for many years, accurately understanding the core demands of the battery swapping ecosystem, and launchingADW300-4G IoT electric meterThis product is“High precision measurement, flexible deployment, and security protection”The three core advantages make it the core metering equipment for new energy vehicle companies' battery swapping networks, deeply integrated into the power replenishment ecosystem, providing solid guarantees for fair and transparent electricity bill settlement, efficient and worry free operation and maintenance, and worry free data security, and building a precise metering foundation for the battery swapping ecosystem.

3、 Ankerui ADW300 Product Explanation: A Professional Measurement Solution Suitable for Battery Swap Scenarios

1. Core positioning of the product

The ADW300 wireless measuring instrument is a professional equipment designed specifically for measuring three-phase electrical parameters in distribution circuits. Its core positioning is precise energy measurement and data transmission in complex scenarios, especially suitable for the multi environment and high-frequency measurement needs of power exchange stations, providing data support for the standardized operation of power exchange networks.

2. Core functions and advantages

The ADW300, with its compact size design, can be flexibly installed in various distribution cabinets of power exchange stations, while also possessing core advantages such as high precision and rich functionality. Specifically, it is manifested as:

Flexible and diverse communication methods: Supports RS485 wired communication, as well as various wireless communication methods such as Lora, 4G, wifi, etc., which can be flexibly selected according to the environmental conditions of the substation (such as signal coverage in remote areas) to ensure stable and efficient data transmission;

Easy and efficient installation: Adopting the current sampling mode of external transformers, combined with open type transformers, it can achieve power free installation without interrupting the normal operation of the substation, greatly improving deployment efficiency and reducing operation and maintenance costs;

Comprehensive and Accurate Measurement Function: Supports comprehensive measurement of three-phase electrical parameters, covering functions such as forward and reverse energy statistics, multi rate energy measurement, etc., providing accurate and traceable data basis for electricity cost sharing and cost accounting.

3. Product selection

4. Certificate report

4、 Application case: ADW300 empowers new energy vehicle companies to operate their battery swapping networks efficiently

In the national battery swapping network of a leading new energy vehicle company, the ADW300-4G wireless metering instrument has become the core equipment for electricity metering. In response to the special needs of battery swapping scenarios, this product provides customized solutions from three dimensions: measurement accuracy, deployment flexibility, and safety protection, becoming an "invisible support" for the stable operation of battery swapping networks.

Its practical application value is fully highlighted:

1. High precision measurement ensures fair cost settlement

The ADW300 adopts high-precision measurement chips, with core measurement accuracy reaching industry high standards, which can accurately capture the electricity data of each battery swapping business, and support forward and reverse and multi rate electricity statistics. By accurately recording data, the sharing of electricity bills between car companies and station property owners is based on evidence, effectively avoiding disputes caused by traditional measurement methods and ensuring fairness and transparency in commercial cooperation.

2. Flexible deployment across all scenarios to adapt to complex environmental requirements

In response to the dispersed distribution and significant environmental differences of the car manufacturer's battery swapping stations, the ADW300 is equipped with a high-performance wireless module that canAdapt to the deployment needs of remote sites; For special areas such as high altitude and weak signal, the product has a data breakpoint resume function to ensure that power data is not lost or interrupted, ensuring data continuity in all scenarios; At the same time, the power-off installation design allows busy battery swapping stations in urban core areas to complete equipment deployment without stopping work, further improving the operational efficiency of the entire battery swapping network.

3. Full chain security protection, building a strong data security barrier

To ensure the security and reliability of electricity data, ADW300 adopts a customized two-way encryption authentication scheme, combined with a dedicated data transmission format, to build a secure transmission link from the meter terminal to the cloud management platform, effectively preventing risks such as data tampering and leakage, and building a solid defense line for commercial settlement security and energy security. In addition, the product supports remote configuration and upgrade functions, and operation and maintenance personnel can manage the meter parameters of battery swapping stations nationwide through a cloud platform without the need for on-site operation, greatly reducing operation and maintenance costs and improving operation and maintenance efficiency.

5、 Conclusion: Empowering the high-quality development of the battery swapping ecosystem through precise measurement

The battery swapping mode, as an important development direction for the replenishment of new energy vehicles, cannot be promoted on a large scale without precise, safe, and efficient metering support. The Ankerui ADW300 IoT meter, with its core advantage of meeting the needs of battery swapping scenarios, not only solves the existing measurement pain points in the industry, but also provides strong guarantees for the standardized and high-quality development of the new energy battery swapping ecosystem.

In the future, Ankerui will continue to deepen the integration and innovation of power metering and Internet of Things technology, launch more high-quality products that meet the development needs of the new energy industry, and help build a more efficient, safer, and sustainable new energy replenishment ecosystem, injecting strong momentum into the vigorous development of the new energy vehicle industry.