Battery charge
Loading charge history…
Waiting for complete days
Coverage & daily values
Completed days need 90% coverage and no Camping pause to count. Today is separate. Peaks may include grid charging.
Average charge accounts for time spent at each level. Gaps over two minutes are excluded.
| Date | Peak | Average | Reserve | Coverage |
|---|
Solar weather
Forecast loadingSystem
—Understanding the current power flow
LIVEWaiting for enough live data to explain the system.
Power outages
Watching the utility connection through the SOLIX.
Outage timeline
Event timeline
See what changed, why it matters, and exactly what the S2000 was doing around each event.
Historical context
Event
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Recorded changes
Calculating readiness
Combining battery charge, projected runtime, overnight demand, weather, connectivity, temperature, and recent load.
Every factor, shown plainly
A conservative local estimate
Scores are rounded down to five-point steps. The displayed range widens when history or inputs are limited.
Readiness over time
Monthly impact
Measured energy, grid independence, outage support, and conservative stored-solar use from the S2000.
Loading telemetry coverageSolar relative to network output
Output delivered without grid input
Measured solar harvested
No recorded outages this month
Energy-only Xcel TOU estimate
Conservatively proven after tracking began
How the month accumulated
Measured, not guessed
Transparent estimates
Taxes, fixed fees, and demand charges are excluded.
Building an LFP baseline
Collecting the charge, discharge, temperature, and SOC evidence needed for responsible trends.
Estimated battery-side throughput
Needs three qualified discharge spans
Needs two qualified charge spans
Tracked operating temperature
Recorded neutrally for this LFP battery
Strict low-input, low-output detector
Cycles and temperature
Designed around this S2000
Charging this LFP battery to 100% for backup or camping readiness is normal. The lab records high charge without assigning a fault. It calls attention only when high SOC overlaps sustained warmth, because temperature is the stronger calendar-aging stressor.
Temperature exposure
Capacity and efficiency spans
No black-box health score
Local observations are not a manufacturer state-of-health diagnostic.
Calculation version —Storm Watch
Monitoring official alerts near the system.
Automatic, reversible preparation
For tornado, severe-thunderstorm, blizzard, high-wind, and winter-storm watches or warnings, BKV Solar saves the current S2000 settings, enables Standard/UPS backup charging toward 100%, and keeps AC output on. It restores the saved settings after every qualifying alert ends. Camping mode always takes priority.
Weather events
App & notifications
Home Screen identity, offline-safe launching, and private standards-based alerts from this BKV host.
Looking for standalone app mode.
Registering the safe offline experience.
Updates install automatically when the app reconnects.
Important changes, even when closed
Checking notification support on this device.
Plan your departure
Set a departure time and expected load, then turn on Camping mode to prepare the battery.
Prepare the S2000
Charge toward 100%, keep AC output on, and pause normal analytics.
Before you unplug
Every check comes from live S2000 telemetry.
Last reported S2000 settings
Values update from live S2000 telemetry.- Device
- Anker SOLIX S2000
- Operating mode
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- Charge target
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- AC output
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- Battery temperature
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- Usable energy
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