Hi all,
As most anyone reading knows, the late John and Gary Bedini's company Energenx has closed. (RIP John and Gary)
As such, their handmade chargers are no longer being manufactured. The Tesla Chargers company says that they are working on possibly bringing new chargers back again... someday.
Let me preface this by saying that I am not trying to steal any proprietary technology or anything like that. I would buy one or more of their chargers if I could. I've built several SG type circuits, capacitory pulsing circuits, etc. While these work to rejuvenate and charge batteries just fine, it isn't practical to do on an ongoing basis. Simply because these simple circuits require close babysitting to make sure we don't overcharge the batteries, etc.
What I'm trying to figure out is how can I build a circuit that can cap pulse my batteries, but also be smart enough to stop once the battery is fully charged? I know of several types of circuits that could be used, and some people have done this with fleeting success from what I've seen. Does anyone familiar with these Tesla chargers know some basic info that might help us experimenters build something like this? I don't expect to be able to build something as smart as say their 2.5A12 Extreme charger that is able to continue charging after the voltage reaches 15.3.. somehow knowing the battery needs more. I'm looking for just a simple voltage cutoff of some kind. This will be for personal use until I can, hopefully, one day buy the real thing.
Thank you in advance. If I am in fact overstepping my bounds here, I will humbly retract my question as I don't want to become another Rick Friedrich! ack!
Regards,
Chris
As most anyone reading knows, the late John and Gary Bedini's company Energenx has closed. (RIP John and Gary)
As such, their handmade chargers are no longer being manufactured. The Tesla Chargers company says that they are working on possibly bringing new chargers back again... someday.
Let me preface this by saying that I am not trying to steal any proprietary technology or anything like that. I would buy one or more of their chargers if I could. I've built several SG type circuits, capacitory pulsing circuits, etc. While these work to rejuvenate and charge batteries just fine, it isn't practical to do on an ongoing basis. Simply because these simple circuits require close babysitting to make sure we don't overcharge the batteries, etc.
What I'm trying to figure out is how can I build a circuit that can cap pulse my batteries, but also be smart enough to stop once the battery is fully charged? I know of several types of circuits that could be used, and some people have done this with fleeting success from what I've seen. Does anyone familiar with these Tesla chargers know some basic info that might help us experimenters build something like this? I don't expect to be able to build something as smart as say their 2.5A12 Extreme charger that is able to continue charging after the voltage reaches 15.3.. somehow knowing the battery needs more. I'm looking for just a simple voltage cutoff of some kind. This will be for personal use until I can, hopefully, one day buy the real thing.
Thank you in advance. If I am in fact overstepping my bounds here, I will humbly retract my question as I don't want to become another Rick Friedrich! ack!
Regards,
Chris
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