LILYGO T-Energy-S3

LILYGO® T-Energy-S3 ESP32-S3 Development Board User Manual

Model: T-Energy-S3

Introducció

This manual provides detailed instructions for the LILYGO® T-Energy-S3 ESP32-S3 Development Board. It covers product specifications, setup procedures, operating guidelines, maintenance tips, and troubleshooting information to help you effectively use your development board.

Producte acabatview

The LILYGO® T-Energy-S3 is a versatile development board featuring the ESP32-S3 chipset, designed for various IoT and embedded projects. It integrates Wi-Fi and Bluetooth 5 (LE) wireless connectivity, a 16MB Flash, 8MB PSRAM, and includes a charging chip with an 18650 battery holder for portable applications. The board supports multiple programming languages and platforms, making it suitable for both beginners and experienced developers.

Davant view of LILYGO T-Energy-S3 development board
Davant view of the T-Energy-S3 board, showing the ESP32-S3 module and USB-C port.
Enrere view of LILYGO T-Energy-S3 development board with 18650 battery holder
Enrere view of the T-Energy-S3 board, featuring the integrated 18650 battery holder.
En angle view of LILYGO T-Energy-S3 development board
Angled perspective of the T-Energy-S3 board.
Un altre angle view of LILYGO T-Energy-S3 development board
Additional angled view of the T-Energy-S3 board.

Especificacions

T-Energy-S3 Specifications
Detailed specifications of the T-Energy-S3 development board.
Característica Detall
MCU ESP32-S3
Memòria Flash 16 MB
PSRAM 8 MB
Protocol sense fils 2.4 GHz Wi-Fi and Bluetooth 5 (LE)
Idiomes admesos C/C++, Micropython, Lua
Programming Platforms Arduino-IDE, VS Code, ESP-IDF
Onboard Functions Qwiic 4-Pin, BOOT + Reset, 18650 Battery Holder
Charging Chip HX6610S (with Power/Battery reverse polarity protection)
Càrrega USB 5V 500mA
Dimensions (L x A x A) 91.5 mm x 32 mm x 20 mm

Contingut del paquet:

Package contents of LILYGO T-Energy-S3
The package includes one T-Energy S3 board and two 1x20 pin headers.
  • 1 x LILYGO® T-Energy-S3 Development Board
  • 2 x 1*20p 2.54 Pin Headers

Configuració

Before you begin, ensure you have the necessary development environment set up on your computer (e.g., Arduino IDE, VS Code with PlatformIO, or ESP-IDF).

Diagrama de fixació:

LILYGO T-Energy-S3 Pinmap
Detailed pinout map for the LILYGO T-Energy-S3 board.

Connexió inicial:

  1. Install Pin Headers: Solder the provided 1*20p 2.54 pin headers to the board if you intend to use it on a breadboard or with jumper wires.
  2. Font d'alimentació:
    • USB-C: Connect the board to your computer using a USB-C cable. This will power the board and allow for programming.
    • 18650 Bateria: Insert a compatible 18650 battery into the battery holder on the back of the board. Ensure correct polarity; the board has reverse polarity protection. The charging chip will manage battery charging when connected via USB-C.
  3. Instal·lació del controlador: Your operating system may automatically install necessary USB-to-serial drivers. If not, you might need to manually install drivers for the USB-to-serial chip (often CP210x or CH340, though specific to the board's revision).
  4. Entorn de desenvolupament: Configure your chosen IDE (Arduino IDE, VS Code, ESP-IDF) to recognize the ESP32-S3 board. Refer to the official ESP-IDF documentation or LILYGO's GitHub for specific board support packages and setup guides.

Sample Code and Resources:

For reference code and further technical details, please visit the official LILYGO GitHub repository for the T-Energy-S3:

https://github.com/Xinyuan-LilyGO/T-Energy-S3

Instruccions de funcionament

Programming the Board:

  1. Connectar: Ensure the T-Energy-S3 board is connected to your computer via USB-C.
  2. Selecciona la junta: In your IDE, select the appropriate ESP32-S3 board model.
  3. Seleccioneu el port: Choose the correct serial port corresponding to your connected board.
  4. Upload Code: Write or load your desired code (sketch) and upload it to the board. The board typically enters programming mode automatically. If not, you may need to manually press the BOOT button while pressing and releasing the RST button.

Using the 18650 Battery Holder:

The integrated 18650 battery holder allows for standalone operation. When a battery is inserted and the board is powered via USB-C, the HX6610S charging chip will charge the battery. The board can also run solely on battery power when disconnected from USB.

Onboard Switch:

The board features an ON/OFF switch. Use this switch to power the board on or off, especially when operating on battery power, to conserve energy.

Manteniment

  • Emmagatzematge: Guardeu la placa en un entorn sec i antiestàtic quan no la feu servir.
  • Neteja: Use a soft, dry brush or compressed air to remove dust. Avoid using liquids or harsh chemicals.
  • Manipulació: Handle the board by its edges to avoid touching components, especially the ESP32-S3 module, to prevent electrostatic discharge (ESD) damage.
  • Cura de la bateria: If using an 18650 battery, ensure it is a high-quality cell and follow standard battery safety guidelines. Do not overcharge or deep discharge the battery.

Resolució de problemes

  • La placa no s'encén:
    • Check USB-C cable connection and power source.
    • Assegureu-vos que l'interruptor ON/OFF estigui a la posició 'ON'.
    • If using an 18650 battery, verify it is charged and correctly inserted.
  • Errors de càrrega:
    • Verify correct board and serial port selection in your IDE.
    • Ensure USB-to-serial drivers are properly installed.
    • Try manually putting the board into bootloader mode (hold BOOT, press and release RST, then release BOOT).
    • Check for syntax errors in your code.
  • Problemes de connectivitat Wi-Fi/Bluetooth:
    • Ensure your code correctly initializes and configures the Wi-Fi/Bluetooth module.
    • Check antenna connections if an external antenna is used (though this board has an onboard antenna).
    • Verificar l'estabilitat del subministrament elèctric.
  • Qwiic 4-Pin Not Working:
    • Ensure correct wiring and I2C address for the connected Qwiic module.
    • Verify that the Qwiic library is correctly included in your project.

Consells per a l'usuari

  • Comença de manera senzilla: Begin with basic examples from the LILYGO GitHub repository to familiarize yourself with the board's functionalities before tackling complex projects.
  • Gestió d'energia: Utilize the 18650 battery holder for projects requiring portability. Monitor battery levels, especially for long-term deployments.
  • Recursos comunitaris: The ESP32 community is vast. Leverage online forums, documentation, and tutorials for project ideas and troubleshooting assistance.
  • GPIO Flexibility: Refer to the pinout diagram carefully when assigning GPIOs for your sensors and peripherals to avoid conflicts and ensure proper functionality.

Garantia i Suport

For any technical support or inquiries regarding your LILYGO® T-Energy-S3 development board, please refer to the following guidelines:

LILYGO Official Exclusive Service customer service notes
LILYGO Official Exclusive Service: Customer service notes.
  • Unclear Order/Product: If you have any questions about your order or the product, please contact LILYGO customer service for a satisfactory solution.
  • Paquet danyat: In case of damage due to external force or transportation, provide a clear picture of the logistics label, carton/bag, and the damaged product. LILYGO will coordinate with the Logistics Service Provider to offer a solution.
  • Customization/Bulk Orders: For customized products, bulk purchases, or any specific product inquiries, feel free to contact LILYGO customer service.

Please check the package and the product immediately after receiving it.

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