diff --git a/tri.py b/tri.py
index 0fdccef..dc3c989 100755
--- a/tri.py
+++ b/tri.py
@@ -52,18 +52,6 @@ while a > 1:
 	  test=adcc.read_adc(i,gain=GAIN)
 	  print("a{0} ".format(i) + ": {0} ;".format(test))
 	  f1.write("a1_{0}".format(i) + ":{0};".format(test))
-
-#  curr_batt_diff = adcc.read_adc(3, gain=GAIN)
-#  curr_batt_mppt = adcc.read_adc(2, gain=GAIN)
-#  curr_out_1 = adc.read_adc(2,gain=GAIN)
-#  curr_out_2 = adc.read_adc(3,gain=GAIN)
-#  uv_ind=adc.read_adc(1,gain=GAIN)
-
-#  f1.write("{0} ;".format(curr_batt_diff))
-#  f1.write("{0} ;".format(curr_batt_mppt))
-#  f1.write("{0} ;".format(curr_out_1))
-#  f1.write("{0} ;".format(curr_out_2))
-#  f1.write("{0} ;".format(uv_ind))
   
 #read the registers from logical address 0 to 30.
   rr = client.read_holding_registers(0,90,unit=1)
@@ -111,35 +99,22 @@ while a > 1:
   hourm = rr.registers[42]*65536+rr.registers[43]
   charge_state = rr.registers[50]
 #debug
-  print "Battery Voltage: %.2f" % volt_batt
-  print "Battery Voltage_t: %.2f" % volt_batt_t
-  print "Battery Voltage Sense: %.2f" % volt_batt_sens
-  print "Array Voltage: %.2f" % volt_arr 
-  print "Battery Current: %.2f" % curr_batt 
-  print "Array Current: %.2f" % curr_arr 
-  print "Power in: %.2f" % power_in 
-  print "Power out: %.2f" % power_out 
+#  print "Battery Voltage: %.2f" % volt_batt
+#  print "Battery Voltage_t: %.2f" % volt_batt_t
+#  print "Battery Voltage Sense: %.2f" % volt_batt_sens
+#  print "Array Voltage: %.2f" % volt_arr 
+#  print "Battery Current: %.2f" % curr_batt 
+#  print "Array Current: %.2f" % curr_arr 
+#  print "Power in: %.2f" % power_in 
+#  print "Power out: %.2f" % power_out 
 
-  print "Controller Temp: %.2f" % temp_heatsink
-  print "Battery Temp: %.2f" % temp_batt
-  print "AH total: %.2f" % ah_total
-  print "kWh total: %.2f" % kwh_total
-  print "hours: %.2f" % hourm
-  print "charge state : %.2f" % charge_state
+#  print "Controller Temp: %.2f" % temp_heatsink
+#  print "Battery Temp: %.2f" % temp_batt
+#  print "AH total: %.2f" % ah_total
+#  print "kWh total: %.2f" % kwh_total
+#  print "hours: %.2f" % hourm
+#  print "charge state : %.2f" % charge_state
 
-#  out = "V:%.2f" % battsV + " A:%.3f" % chargeI + " AV:%.2f" % arrayV + " D:%.2f" % pwmDuty + " S:" + state[statenum] + " CT:%.2f" % regTemp + " P:%.2f" % powerIn + " AH:%.2f" % ampH + "\n"
-#  fil = open('/home/pi/dumpdata.txt', 'w')
-#  fil.write(out)
-#  fil.close()
-  counter += 1
-
-#  if counter == 24:
-#    tid = time.ctime()
-#    out = str(tid) + ",%.2f" % battsV + ",%.3f" % chargeI + ",%.2f" % arrayV + ",%.2f" % pwmDuty + "," + state[statenum]  + ",%.2f" % regTemp + ",%.2f" % powerIn + ",%.2f" % ampH + "\n"
-#    fil = open('/mnt/dumplog.csv', 'a')
-#    fil.write(out)
-#    fil.close()
-#    counter = 0
 
   time.sleep(5)
   f1.write("\n")