diff --git a/README.md b/README.md
index 16c06dc..1877dec 100644
--- a/README.md
+++ b/README.md
@@ -6,18 +6,21 @@ weatherstation coding for:
   * BME280 sensor
 
 This weatherstation will connect to a wifi network, then start a webserver, and serve up the data it collects.
-The DHT11 sensor provides temperature and humidity.  The BME280 sensor provides temperature, barometric pressure, and altitude.  On the BME sensor altitude is reckoned using barometric pressure and sealevel pressure - i didnt want to mess with that because my sensors will be distrubuted.  Because of that I set altitude as a contant for the location im setting up for.
+The BME280 sensor provides temperature, barometric pressure, and altitude.  On the BME sensor altitude is reckoned using barometric pressure and sealevel pressure - i didnt want to mess with that because my sensors will be distrubuted.  Because of that I set altitude as a contant for the location im setting up for.
 
 photo/schematic will be posted soon
 ![weatherstation pinouts esp8266MOD and bme280](http://dkc-hvac.com/images/projects/esp8266MOD-pins-from-underside.jpg)
 the setup is pretty simple
 
 ### I am using an esp8266-MOD
-
+![esp8266 pinouts](http://dkc-hvac.com/images/projects/esp8266-pinout-map.png)
 the bme280 sensor is connected like this:
   * sensor +     ---> esp 3.3v
   * sensor gnd   ---> esp gnd
   * sensor SCL   ---> esp SCL (d1/gpio 5)
   * sensor SDA   ---> esp SDA (d2/gpio 4)
 
+For the solar charging i wanted to stay as close to a gardenlight as possible - so i am using a 5v 500mAh solar panel
+and a lm4056 breakout board to charge 4x 1.2v NIMH rechargable batteries, which powers the station.  Here is a schematic i got off the net:
+![esp8266 solar charge schematic](http://dkc-hvac.com/images/projects/arduino-solar-powered.png)
 download the .ino file and alter to your specification
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