I haven't heard of that. I recently had solar panels installed. The power generation is great. I just wished that energy storage was more advanced and more justifiable. The problems outnumber the advantages of energy storage right now because of the massive amounts of resources required to build them and the limited life expectancy of battery life span.
Now. I know of very good battery life but unfortunately, it's not for us to use. I have heard of cellular power battery. It's a long lasting power.
Have you seen something called "Blue Truth." People who passed away for a year could still emit blue tooth Mac address signal. It signified long storage battery. Pacemaker lasts 10 years. How did that accomplished?
Lithium ion battery. The energy storage density is excellent compared to weight and size. Lithium ion can maintain a charge for exceptional high amounts of time because it has very low leakage current. The biggest limitation is that the battery only lasts about 10 years, give or take because of lithium migration. It lasts that long from time of manufacture, not in the amount of usage. If lithium ion battery tech could last decades longer, it would be a far more viable storage media. Low power bluetooth transceivers require very little current. A pacemaker is not designed for extremely long range so it consumes a very small amount of electrical energy to generate such a small amount of RF
I haven't heard of that. I recently had solar panels installed. The power generation is great. I just wished that energy storage was more advanced and more justifiable. The problems outnumber the advantages of energy storage right now because of the massive amounts of resources required to build them and the limited life expectancy of battery life span.
Now. I know of very good battery life but unfortunately, it's not for us to use. I have heard of cellular power battery. It's a long lasting power.
Have you seen something called "Blue Truth." People who passed away for a year could still emit blue tooth Mac address signal. It signified long storage battery. Pacemaker lasts 10 years. How did that accomplished?
Lithium ion battery. The energy storage density is excellent compared to weight and size. Lithium ion can maintain a charge for exceptional high amounts of time because it has very low leakage current. The biggest limitation is that the battery only lasts about 10 years, give or take because of lithium migration. It lasts that long from time of manufacture, not in the amount of usage. If lithium ion battery tech could last decades longer, it would be a far more viable storage media. Low power bluetooth transceivers require very little current. A pacemaker is not designed for extremely long range so it consumes a very small amount of electrical energy to generate such a small amount of RF
I guess that would explain "Blue Truth" if it is Lithium. Thanks.