AI Mode conversation: please analyse
You said: please analyse
I would love to help you analyse your data or text, but you have not provided any content yet.
Please paste the text, data, code, or context you want me to look at, and I will break it down for you immediately.
To give you the most useful insights, please let me know:
- Your primary goal (e.g., proofreading, code debugging, finding data trends, or summarizing)
- Any specific guidelines or constraints I should follow
- The intended audience or tone for the final result
Show all
You sent: 1 image and said: please analise leaf-spy batter graphics
please analise leaf-spy batter graphics
Searching
This Leaf Spy report reveals a heavily degraded 30 kWh Nissan Leaf battery pack (AZE0) that has likely dropped down to 6 dashboard bars. While the cell balancing looks excellent at the moment, overall capacity is severely reduced.
The breakdown of your metrics explains the exact state of this pack:
📊 Primary Health Indicators
- SOH (State of Health) = 57.16%: The battery holds only 57% of its original factory capacity. For a 30 kWh Leaf, this translates to roughly 60–75 km of real-world range on a full charge.
- Hx = 25.57%: This represents the battery's efficiency and internal resistance. A value this low means the battery struggles to output high currents, resulting in noticeable power limitations (turtle mode) under heavy acceleration or on steep hills, even when the battery charge looks high.
- AHr = 45.43: The current usable Amp-Hour capacity is down from a factory baseline of approximately 80 Ah.
🔋 Cell Balancing & Chart Metrics
- 9 mV Cell Voltage Differential: This is an excellent result. The difference between the highest and lowest cell groups is only 9 millivolts. Any value under 20 mV indicates a beautifully balanced pack.
- Even Chart Profile: All 96 cell bars are aligned uniformly at roughly 4.00V. There are no isolated, deeply sagging bars, which confirms that no single cell group has failed or gone completely bad yet.
- Red & Blue Bars: The red bars indicate cell groups actively undergoing shunt balancing by the car's Battery Management System (BMS) to keep them uniform.
🚗 Usage History
- Odometer = 67,767 miles: This represents moderate overall mileage for the vehicle's age.
- 675 QCs & 2978 L1/L2s: The vehicle has undergone 675 DC Fast Charges (Quick Charges) and nearly 3,000 standard slow charges. While this is a high volume of quick charging, the steady degradation is mostly a symptom of age and the known chemical degradation profile of early 30 kWh Nissan packs.
Summary
The battery pack is very stable and well-balanced, but its total energy capacity is heavily depleted. It is perfectly usable as a predictable, short-distance city commuter, but it will have a severely restricted driving radius.
Would you like to know more about how weather affects this remaining range or explore options for a third-party battery upgrade/replacement?
Show all
Transcribing...
