diff --git a/p1-logger/DOCS.md b/p1-logger/DOCS.md
index 8fcab15..88e8925 100644
--- a/p1-logger/DOCS.md
+++ b/p1-logger/DOCS.md
@@ -1,16 +1,16 @@
 # Documentation
 
-NB: This documentation page is a work-in-progress and unfinished at the moment of writing. The ESPhome section still needs to be written. However, experienced ESPHome users should be able to figure the configuration out themselves using [the ESPhome configuration available in the P1 logger git repo](https://git.hollander.online/energy/p1-logger/src/branch/main/esphome) and the brief explanation below.
+NB: This documentation page is a work-in-progress at the moment of writing. The ESPhome section still needs to be written in a beginner-friendly way. However, experienced ESPHome users should be able to figure the configuration out themselves using [the ESPhome configuration available in the P1 logger git repo](https://git.hollander.online/energy/p1-logger/src/branch/main/esphome) and the details provided below.
 
 ## Installation instructions
 
 These instructions contain 5 steps:
 
 1. This add-on requires a PostgreSQL database, optionally with TimescaleDB support. In this example, we'll Expaso's TimescaleDB add-on in order to store data.
-2. Install and setup the Mosquitto MQTT broker from the official add-ons repository.
-3. Install and setup ESPhome to commission a P1 reader.
-4. Install P1 Logger to connect to a P1 reader through the MQTT broker and record data into the database.
-5. Finally, we setup Grafana to visualise the data recorded by P1 Logger.
+2. Secondly, we install and setup the Mosquitto MQTT broker from the official add-ons repository. MQTT is a standard used to exchange IoT data.
+3. Thirdly, we setup ESPhome to commission a P1 reader, which will send P1 meter messages to the MQTT Broker.
+4. Then, we setup P1 Logger (this add-on) to monitor the MQTT broker for new messages and record data into the database.
+5. Finally, we setup Grafana to visualise the data recorded in the database.
 
 ### Install Expaso's TimescaleDB add-on