View difference between Paste ID: s4cbvPcX and 1sqCRqjj

 --[[
 	Simple Energy storage display for redstone energy cells
 	and on-demand engine control
 	The engine control part is optional, don't connect a rednet
 	cable if you only want to display energy storage.
 
 	by got_m1lk
 --]]
 
 --Specify side of wired modem
 -- Valid: "left", "right", "front", "back", "top", "bottom"
 local modemside = "left"
 
 --Specify side of rednet cable
-local rednetside = "bottom"
+local rednetside = "back"
 
 --Specify side of monitor
 --If the monitor is attached to the modem specify peripheral-ID instead.
 local monitorside = "top"
 
 --Adjust the textscale if you have a bigger/smaller monitor
 --Increments of 0.5
 local textsize = 1
 
 --Specify at what percentage the engines turn on
 local min = 25
 
 --Specify at what percentage the engines turn off
 local max = 95
 
 --Specify the peripheral-IDs of you redstone cells
 --Remove/add units from the table to fit it to the amount
 -- of cells you are using
 local storageUnits = {
 	{
-		 ["id"] = "redstone_energy_cell_0",
+		 ["id"] = "cofh_thermalexpansion_energycell_0",
 		 ["name"] = "Cell1"
 	},
 	  {
-		 ["id"] = "redstone_energy_cell_1",
+		 ["id"] = "cofh_thermalexpansion_energycell_1",
 		 ["name"] = "Cell2"
 	}
 
-		 ["id"] = "redstone_energy_cell_2",
+
-		 ["name"] = "Cell3"
+
 
 local mon = peripheral.wrap(monitorside)
-		 ["id"] = "redstone_energy_cell_3",
+
-		 ["name"] = "Cell4"
+
-	}
+
 mon.clear()
 mon.setTextScale(textsize)
 mon.setTextColor(512)
 mon.setCursorPos(1,2)
 mon.write(" Energy Remaining:")
 mon.setCursorPos(1,10)
 mon.write("  Engine Status:")
 mon.setTextColor(2)
 rs.setBundledOutput(rednetside,colors.black)
 
 while true do
 
 	capacity = 0
 	amount = 0
 
 	for i=#storageUnits,1,-1 do
 		  storageUnit = storageUnits[i]
 		  capacity = capacity + net.callRemote(storageUnit["id"], "getMaxEnergyStored")
 		  amount = amount + net.callRemote(storageUnit["id"], "getEnergyStored")
 	end
 
 
 	percentage = tonumber((amount / capacity) *100)
 	percentage = math.floor(percentage)
 
 
 	if percentage <= min then
 	  rs.setBundledOutput(rednetside,colors.white)
 	end
 
 	if percentage >= max then
 	 rs.setBundledOutput(rednetside,colors.black)
 	end
 
 
 	percentage = string.match(tostring(percentage),'[^%.]+')
 	mon.setCursorPos(8,4)
 	mon.clearLine()
 	mon.setTextColor(2)
 	mon.write(percentage .. "%")
 	mon.setCursorPos(1,6)
 	mon.clearLine()
 	mon.setTextColor(512)
 	mon.write("Energy: ")
 	mon.setTextColor(2)
 	mon.write(string.match(tostring(amount),'[^%.]+') .. " MJ")
 	mon.setCursorPos(1,7)
 	mon.clearLine()
 	mon.setTextColor(512)
 	mon.write("  Size: ")
 	mon.setTextColor(2)
 	mon.write(string.match(tostring(capacity),'[^%.]+') .." MJ")
 
 	if rs.getBundledInput(rednetside) == colors.black then
 	     mon.setTextColor(colors.red)
 		 mon.setCursorPos(8,11)
 		 mon.write("OFF")
 	elseif rs.getBundledInput(rednetside) == colors.white then
 		 mon.setTextColor(colors.lime)
 		 mon.setCursorPos(8,11)
 		 mon.write(" ON")
 	end
 
 
 	sleep(1)
 end