With the development of the EV market, the intelligent upgrade of charging infrastructure has become a key issue in the industry. Traditional charging piles face pain points such as weak signal coverage, poor environmental adaptability, and high operation and maintenance costs. Smawave's industrial-grade 5G routers are providing solutions to this challenge.
Challenges Faced by Traditional Charging Infrastructure
Traditional charging networks struggle in extreme conditions, such as temperatures ranging from -30°C to 50°C, high humidity, and electromagnetic interference, leading to reduced reliability and efficiency.
In remote areas, frequent router failures cause network downtime, disrupting charging services and inconveniencing users.
Weak security measures risk exposing vehicle owners' personal information post-charging, increasing the potential for privacy breaches and fraud.
New energy charging piles 5G routers should have high-speed, stable, and reliable wireless communication capabilities to meet the needs of real-time data transmission of charging piles.
The industrial 5G router IR2700 series has a rich hardware integration interface (such as RS485, RS232, Gigabit Ethernet port, dual SIM card, etc.) to freely choose the connection method according to the on-site terminal equipment.
Industrial-grade 5G routers can adapt to complex industrial application environments, including high and low temperature resistance, wide voltage, moisture resistance, lightning protection, and electromagnetic interference protection.
Industrial routers can directly access the network using a wired method. You can also choose a 5G wireless network access method to ensure the flexibility of network access.
Use multi-link self-checking technology to ensure that the network does not drop in unattended scenarios.
With flexible networking capabilities, you can freely build a network according to the on-site situation to improve stability and reliability.
Charging pile data is collected and uploaded to the IoT platform through 5G/4G industrial routers to achieve online management and real-time monitoring of charging pile data.
The monitoring operation center can view the operating parameters (such as voltage, current, power, power, etc.) and status information of the charging pile in real time.
The M2M cloud platform of the industrial router provides remote configuration, upgrade, and maintenance functions, which can promptly fix vulnerabilities and improve equipment performance.
Administrators can remotely configure and adjust the parameters of charging piles through the cloud platform without on-site operation.
When a device or network fails, the system can issue an alarm through sound, light, SMS, email, log, etc., so that managers can quickly find and deal with the problem.
The equipment management software platform equipped in the monitoring operation center can monitor the operating status, traffic conditions, and on-site signal coverage of the router in real time.
In order to protect the privacy information and data security of new energy vehicle owners, Smawave 5G industrial routers use a variety of encryption algorithms and security measures to ensure that the data transmission process will not be maliciously attacked or stolen, or tampered with.
The system adopts strict security policies and protection mechanisms, and achieves industrial-level protection through access control and management permissions, ensuring that only authorized whitelisted personnel can operate the system.
The utilization and management efficiency of charging piles can be enhanced through the use of 5G, which also serves to reduce equipment and operational maintenance costs. Additionally, it improves user experience and service quality, thereby fostering the development of smart city construction and environmental protection.
If you would like more information, please don't hesitate to contact us at https://www.smawave.com/contact-us.
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