diff --git a/Power-monitoring-calibration.md b/Power-monitoring-calibration.md
index 6a596bc0..eda1104c 100644
--- a/Power-monitoring-calibration.md
+++ b/Power-monitoring-calibration.md
@@ -1,18 +1,24 @@
You might need to calibrate your power monitoring device as correct measurements are influenced by hardware and timing differences.
-For proper calibration you will need:
+## What you need
- your power monitoring capable device flashed with Tasmota and configured to a correct module/template that supports power monitoring
- calibrated multimeter (AC capable)
- incandescent light bulb (we use a 60 W one in the example)
-- (optional) power meter (aka Kill A Watt)
+- *(optional)* calibrated power meter (aka Kill A Watt)
-1. Connect the light bulb to your device.
+### Step 1
+Connect the light bulb to your device.
* *Optional: Plug your device into the power meter*
-2. Open the web UI for your device in one window and another window to that same devices Console
-3. Turn power on and wait a few seconds for the power metering to settle on a stable power reading
-4. Verify the **Power** reading in the web UI (optionally with the power meter as well) for the expected 60 W and if needed change the power offset with command:
`PowerSet 60.0`
*(if you're using something with different power draw enter the appropriate number)*
-5. Verify the **Voltage** reading with the multimeter and if needed change the voltage offset in V with command:
`VoltageSet 235.5`
*(235.5 would be replaced with your measurement which varies depending on the electrical standards and your electrical grid)*
-6. Verify the **Current** reading by calculating current value (amperage) using formula **P(W)/I(V)=I(A)** and if needed change the current offset in *mA* (mA=A\*1000) with command:
`CurrentSet 254.777`
*(instead of 254.777 enter your calculation value of ***A multiplied by 1000***)*
+
+Turn power on and wait a few seconds for the power metering to settle on a stable power reading
+### Step 2
+Open the web UI to your device in one window and open another window to that same devices Console
+### Step 3
+Verify the **Power** reading in the web UI (optionally with the power meter as well) for the expected 60 W and if needed change the power offset with command:
`PowerSet 60.0`
*(if you're using something with different power draw enter the appropriate number)*
+### Step 4
+Verify the **Voltage** reading with the multimeter and if needed change the voltage offset in V with command:
`VoltageSet 235.5`
*(235.5 would be replaced with your measurement which varies depending on the electrical standards and your electrical grid)*
+### Step 5
+Verify the **Current** reading by calculating current value (amperage) using formula **P(W)/I(V)=I(A)** and if needed change the current offset in *mA* (mA=A\*1000) with command:
`CurrentSet 254.777`
*(instead of 254.777 enter your calculation value of ***A multiplied by 1000***)*
Current calculation:
```
@@ -22,3 +28,5 @@ W(atts)/(V)oltage=(A)mperes
watts/volts *1000=CurrentSet value
(60.0/235.5)*1000=254.777
```
+### End
+Congratulations!!! Your device can now reliably monitor power consumption!
\ No newline at end of file