LG Chem North America
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Cool. At least it isn't the other guy and his promises. But I did not see even a hint what the price was or the life expectancy. Both of those data points will be interesting to learn and determine the return on investment time frame (if any). -
A more detailed write-up:
https://www.solarquotes.com.au/blog/...per-powerwall/
Here is the manual for the 400 V, 9.8 kWh version. More technical details in there.
CS6P-260P/SE3000 - http://tiny.cc/ed5ozxComment
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Wow. The 6.5kWh unit is expected to provide 16,100kWh and cost about $14,000 installed. That comes to a very expensive cost of $0.87/kWh if it last 3200 cycles delivering 2500kWh per kWh nameplate. Still too rich for my blood.Comment
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Or, maybe one better metric without the promise/uncertainty of # of cycles : $14,000/6.5 kWh = $2,153/kWh of storage capacity, and then some way to figure a divisor based on allowable depth of discharge and let a warranty cover the # of cycles. I'll be back when such a price drops to ~ $100/net storage kWh. I figure I'll be waiting awhile.Comment
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Or, maybe one better metric without the promise/uncertainty of # of cycles : $14,000/6.5 kWh = $2,153/kWh of storage capacity, and then some way to figure a divisor based on allowable depth of discharge and let a warranty cover the # of cycles. I'll be back when such a price drops to ~ $100/net storage kWh. I figure I'll be waiting awhile.
CS6P-260P/SE3000 - http://tiny.cc/ed5ozxComment
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Here is one version of the warranty, showing how they consider lifetime energy throughput (without explicitly stating the cycle depth x number of cycles, beyond whatever controls are hardcoded)
https://www.360energy.com.au/wp-cont...arranty-AU.pdfLast edited by J.P.M.; 04-26-2017, 10:00 PM.Comment
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MSEE, PEComment
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