Solar Powered RFID Water Vending Machine Enclosure for ESP32

Description

This is a compact and functional 3D printable enclosure designed for ESP32-based solar powered RFID water vending machine systems. The enclosure is created for embedded and IoT automation projects where secure hardware placement, cable management, and easy installation are important.

The design supports smart vending and automated water dispensing applications using ESP32 controllers, RFID authentication modules, relay boards, sensors, and solar-powered electronics. It provides a clean and professional setup for developers, makers, and prototyping teams working on vending machine automation projects.

The enclosure includes dedicated space for:

ESP32 development board

RFID module integration

Relay module mounting

Sensor and wiring management

USB power access

Ventilation openings

Solar power cable routing

Wall mounting support

This model can be useful for:

Smart water vending systems

RFID access projects

IoT automation devices

Embedded electronics prototypes

Solar-powered controller systems

Industrial monitoring projects

DIY vending machine development

Office Vending machine automation setups

The structure is designed to be easy to print and assemble while keeping electronics protected during long-term usage. The enclosure can also be modified for custom vending machines and smart automation projects. This vending machine has special features like cashless payment. Smart system, human friendly, better security etc. the main benefit of this vending machine is cashless payment method, fast transaction, easy user tracking, low maintenance.

Designed for smart automation and embedded systems by an IoT product development company https://digitalmonk.biz/iot-development-company-in-india/ focused on RFID, ESP32, and vending machine technologies.

Inspired by real-world ESP32 vending machine and embedded system development projects.

Project:

https://digitalmonk.biz/solar-powered-rfid-water-vending-machine-esp32/

Print Settings

Layer Height: 0.2 mm

Infill: 20%

Supports: No

Material: PLA / PETG

Print Orientation: Bottom side down