We provide blabla... write a nice 2 sentences of introduction here.
To get started,

Step 1 - Plug your NodeMCU into this computer via USB.
Step 2 - Install ("flash") our sensor software onto the NodeMCU.
Step 3 - Configure wifi, database, and which sensors you want to use below, and hit "SAVE".
Step 4 - Plug in any sensors you want to use according to the wiring diagrams below.
Step 5 - That's it. You can now disconnect the NodeMCU and move it to the greenhouse.

Step 1 - Plug in NodeMCU

Make sure your NodeMCU is not connected to any devices (sensors or battery) before plugging it into this computer.

Step 2 - Flash our software onto the NodeMCU

NOTE: Make sure to close anything using your devices com port (e.g. Serial monitor, Arduino IDE, etc.).
Click the FLASH button and follow the on-screen instructions.

Step 3 - Configure your NodeMCU

NOTE: Click the "SAVE & UPLOAD" button when you're done entering all the settings.

General Settings

Name of your NodeMCU (should be unique for each NodeMCU)

Wifi network name

Wifi password

Database Settings

You should get these from whoever is running the database.

Influx Server Address and Port

Influx Token

Influx Organization

Influx Database ("Bucket")

Influx Database Timezone

Sensors

Sensor Name

Use Sensor?

Recording Frequency

Wiring Diagram

Temperature & Humidity Sensor
(BME280)

Lux Sensor
(VEML7700)

CO2 Sensor
(CSS811)

Step 4 - Plug in Sensors

At this point, if you've saved your settings to the NodeMCU and everything went through without any errors, you can unplug the NodeMCU from your computer, plug in any sensors,...

Step 5 - Deploy

...and bring it to the growhouse of your choice. The NodeMCU can be powered through USB (including from a computer, external power adapter, or battery) and by connecting the GND, VIN pins to ground and a 5V or 12V power supply respectively.

Credits and license

TODO: add our names here

Version: 1.13