What is the Applications of Industrial Panel PCs in Charging Stations

1. 1. Charging Pile Control Interface
2. 2. Monitoring and Management Systems
3. 3. Payment Terminals

InnoAioT Solution for New Energy Charging Stations

• • High brightness 1000nits & optical bonding panel PCs for better visibility in direct sunlight
• • Wide operating temp(-20~70°C)and wide power input(9-36V) offer reliable operation in harsh, remote, or high-traffic areas
• • Front panel IP66 provides durability against impact and weather
• • Capacitive multi-touch interfaces for a smooth user experience even with gloves
• • Custom integrations for license plate recognition available

How Optical Bonding Plays an Important Role in EV Charging Stations

Enhanced Display Performance

New energy charging stations are often located in outdoor environments, where they are exposed to direct sunlight, dust, moisture, and other challenging conditions. In such settings, standard displays often fail to provide clear visibility. Optical bonding technology addresses this by reducing reflections and improving brightness, ensuring that the tablet’s screen remains clear and bright even in direct sunlight. Operators can view important information with ease, ensuring smooth charging operations.

Increased Durability

Charging stations require long-term, reliable operation, and the industrial panel PCs used must be resilient enough to withstand harsh environments. Optical bonding improves the overall strength of the screen by bonding the touch panel to the display, making it more resistant to shocks and external impacts. Additionally, it prevents the accumulation of moisture or air bubbles within the screen, which extends the lifespan of the device.

Improved Touch Sensitivity

In new energy charging stations, the tablets not only need to offer clear displays but also responsive touch functionality. Optical bonding minimizes the gap between the touch screen and the display, increasing the touch sensitivity and accuracy. This ensures that operators can perform tasks such as controlling charging processes, accessing information, or making payments with ease and precision.

Dust and Water Resistance

Given that charging stations are often outdoors, industrial tablets must be dustproof and waterproof. Optical bonding effectively reduces the risk of moisture seeping into the screen, improving its water resistance. The sealed design also prevents dust and other contaminants from entering the device, ensuring reliable performance in any environment.

Lower Maintenance Costs

Traditional displays often require frequent cleaning and maintenance due to their vulnerability to dirt, fingerprints, and environmental factors. Optical bonding reduces the need for constant cleaning by making the screen more resistant to contamination, which lowers maintenance costs. For charging station operators, this is a significant cost-saving benefit.

Conclusion

Optical bonding industrial panel PCs offer exceptional display performance, durability, and contamination resistance, making them indispensable in new energy charging stations. They not only improve operational efficiency but also enhance the overall user experience. As the new energy industry continues to expand, optical bonding technology will provide charging stations with robust, reliable display solutions, supporting the development of intelligent charging infrastructure worldwide. 

Feel free to contact us at info@innoaiot.com for further information for optical bonding panel PC and stainless steel panel PC.