Hmmmmmmm...
Search Term For Amazon... High Sensitivity LM393 1CH Thermistor Temperature Sensor Module by Gino
Forum Discussion
Ever hear a professor scream? When ours determined someone in class rendered a value in Fahrenheit it was like we stabbed him. But nevertheless quipping "Wow! It feels like it's thirty-seven-point-eight, today" does not seem to carry the weight equal to "Wow! It's a hundred!"
But for energy kilowatt hours or fractions thereof is the only way to go. "My battery bank was discharged to 12.10 volts and it was charged 12.16 kWh today" tells me everything (useful when the size of the bank is known)" By rendering data in kWh, factoring in inverter percentage efficiency, and charge efficiency factor (CEF) genuine energy estimates can be generated. X-out and X-in.
Apply equal loads to 2 different chemistry electrical storage devices. Starting at a value of 13.00 volts. Discharge exactly 100 ampere hours from each. But battery a) delivered .939 kWh but battery b) delivered .706 kWh. Hey they both delivered "100 amp hours" what happened? Both are supposedly equal in "amp hour capacity". What is your summation? You're already chuckling, now the kicker is stated: Both batteries end up at 12.00 volts.
But for energy kilowatt hours or fractions thereof is the only way to go. "My battery bank was discharged to 12.10 volts and it was charged 12.16 kWh today" tells me everything (useful when the size of the bank is known)" By rendering data in kWh, factoring in inverter percentage efficiency, and charge efficiency factor (CEF) genuine energy estimates can be generated. X-out and X-in.
Apply equal loads to 2 different chemistry electrical storage devices. Starting at a value of 13.00 volts. Discharge exactly 100 ampere hours from each. But battery a) delivered .939 kWh but battery b) delivered .706 kWh. Hey they both delivered "100 amp hours" what happened? Both are supposedly equal in "amp hour capacity". What is your summation? You're already chuckling, now the kicker is stated: Both batteries end up at 12.00 volts.
