Well results on using the pulse charging system for the past few weeks look very good

I had been just charging via the wind turbines 12v controller which spent most of the time dumping the power generated rather than charging the battery. I installed the pulse charger across the terminals on the wind controller as they are too short to go to the terminals on the batteries. The red light came on and it emits a high pitched tone (a sound my dog is not fond of!) So I left it to work its magic. Today I was greeted by a bank of batteries bubbling away and absorbing the full 300W from the turbine and no split or bleeding batteries!! The battery voltage was sitting happily at aprox 13v. So I pulled out a 2Kw square wave inverter and plugged in a wee fan heater, switching it on low setting. I expected the battery voltage to drop and cause the inverter to shut down with a Low battery alarm, but it didn't and the fan started blowing nice warm air in my face

I checked the voltage and it was sitting at 12v so I put the fan setting to high which is drawing 2Kw, it worked fine! Holding at 12v, delivering approx 160amps!
I am a very happy chappy

I was afraid my batteries would just keep splitting and all end up with the scrap man, but this method of charging seems to be giving them a new lease of life.
Fingers and toes crossed ................