diff --git a/PZEM004T-Energy-Monitor.md b/PZEM004T-Energy-Monitor.md
index 1d9a153b..e0fa37be 100644
--- a/PZEM004T-Energy-Monitor.md
+++ b/PZEM004T-Energy-Monitor.md
@@ -39,69 +39,3 @@ Configure the GPIO's for hardware serial connection as shown below.
**IMPORTANT: If using the connections as following, the communication works in all cores due to Tasmota using hardware serial. If the user wants to use another GPIOs for communication, Tasmota will emulate a serial interface using software serial. This feature does not work using core 2.3.0 due to insufficient RAM. To use the software serial feature, please compile using core 2.4.2 or greater.**
-
-# Connected Power Meter using PZEM-004T, Wemos D1 Mini and a 1602 I2C display
-
-## Parts needed
-- Wemos D1 Mini
-- PZEM-004T
-- Resistor 1k
-- [Enclosure](https://www.itead.cc/smart-home/sonoff-ip66.html)
-- Power cable
-- Little PSU (search for "700ma 3.5w 5v" on usual stores...)
-- I2C 1602 LCD Display (I had issues with green one, i2c address 0x3F, while no problems with blue ones, address 0x27)
-- Mammuth Clamps
-
-## Preparation
-Install Tasmota on the Wemos D1 Mini and confirm it is functional before connecting the PZEM-004T to its serial interface. You need to compile your own firmware, as none of the actual pre-made binaries have support for both display and PZEM sensor module.
-
-To compile (I used Core 2.3.0), edit these files:
-- sonoff_post.h: look for line (about 230 or so) starting with "**#ifdef USE_DISPLAYS**" and comment out the "**#undef USE_ENERGY_SENSOR**" that follows near there, so it should be like:
-```
-//#undef USE_ENERGY_SENSOR
-```
-- user_config_override.h: before last **#endif**, add this line
-```
-#define USE_DISPLAYS
-```
-- my_user_config.h: uncomment line with "**//#define USE_CONFIG_OVERRIDE**" so it's like:
-```
-#define USE_CONFIG_OVERRIDE
-```
-
-## Tasmota config parameter
-
-Set module as GENERIC (18), then GPIOs as in image:
-
-
-
-- use the "**I2CScan**" command to detect your device address, then set it with: "**DeviceAddress XXX**" (where XXX is the decimal converted address found)
-- set "**TelePeriod 10**" to have the display refresh every 10 seconds (you can't go under this value...)
-- set "**DisplayModel 1**", and "**DisplayMode 0**"
-- finally, add a Rule to display values (I choose these ones):
-```
-rule1 on tele-ENERGY#Power do DisplayText [z] [x1y0]%value%W endon on tele-ENERGY#Today do DisplayText [x8y0]%value%Wh endon on tele-ENERGY#Voltage do DisplayText [x1y1]%value%V endon on tele-ENERGY#Current do DisplayText [x8y1]%value%A endon
-```
-- remember to enable the rule, with "**rule1 1**"
-
-## Images and Wiring diagram
-
-**DANGER - MAINS VOLTAGE**. Be sure to crimp connectors and use heat-shrinking tube wherever possible/needed, and tightly secure any screw.
-
-
-
-How it looks, from web gui:
-
-
-
-How it looks, from closed box (set contrast using the little trimmer/pot on back of display, and i cut a bit of corners from display to have it flush with border, and used 2 exagonal plastic standoffs with nuts and bolts to secure it to trasparent top):
-
-
-
-Mains IN, mains OUT, all sealed:
-
-
-
-Wiring Diagram, check other images in this page for more info about the 1K resistor needed to reduce voltage from 5V to 3V3 for the serial connection.
-
-