INDUSTRIES / EV CHARGING

EV Charging Display Integration

Application Environment

Proposed application: an embedded display and touch module on a public charging cabinet.

A user reads instructions and charging status while standing in front of the cabinet. Define sun exposure, rain on the screen, outdoor storage conditions and heat from equipment behind the display. The charging enclosure and front module share the weather-protection boundary.

Illustration of a display and touch interface on an EV charging cabinet

AI-generated application illustration.

Temperature & front protection

Specify ambient and internal powered temperatures separately from storage. If front IP65 is required, verify the front module with its intended gasket and cabinet opening. Do not infer operating limits from the −40 to +85°C storage range of another project.

02 / APPLICATION CHALLENGES

Display & HMI Challenges

Reflections in changing daylight

Check the viewing angle, front reflection and available thermal margin together when selecting the LCD.

Rain and user input

Define behaviour with droplets on the cover and with the intended gloves. Water rejection and successful intentional touch need separate acceptance criteria.

Exposure and service access

Assess front-surface durability, cable routing near power electronics and replacement access inside the cabinet.

03 / INTEGRATION STRUCTURE

Recommended Integration Approach

Display and cover selection

Evaluate LCD readability and cover treatment at the intended outdoor location; use bonding where the stack review supports it.

Touch control under defined conditions

Match the sensor, controller, cover thickness and installed grounding. Evaluate the chosen combination under the agreed wet and glove conditions.

Cabinet integration

Use a front frame, perimeter gasket and supported mounting points matched to the cabinet; coordinate cable paths with the charging-system designer.

04 / DELIVERY FORM

Typical Delivered Assembly

Proposed delivery: a front-mounted display and touch module for an EV charging cabinet.

• LCD, cover and touch sensor as a coordinated front stack

• Selected touch controller and agreed display/touch connections

• Mounting carrier and specified front sealing components

Charging power electronics, payment hardware, charging software and charger-level certification are not included in this proposed HMI module.