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Nord Pool intelligence
Real-time market prices, fees, taxes and future context in one economic layer.
FailureGrid™ control plane
FailureGrid™
Advanced energy intelligence for FailureBat™ battery packs.
FailureGrid™ orchestrates the pack, inverter, grid input and PV path as one deliberate system. It turns Nord Pool prices, stored-energy value, pack state, safety limits and operator intent into clear actions that are easy to see, verify and trust.
- ◎ Price-aware battery decisions with stored-energy economics.
- ⚡ Grid / PV / inverter orchestration without mystery state.
- ⛭ Debuggable by design with support-ready evidence.
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Adaptive charging
Charge windows, current shaping and pack-aware AC charging with clean intent.
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Price gate control
Battery use is allowed only when stored-energy economics make sense.
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Topseli 06 switching
Grid path switching with cooldowns, locks, guards and verified state.
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Growatt synchronization
Inverter status, output priority, battery telemetry and command feedback.
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Pack energy model
Track control energy, integrator state, consistency and pack behavior.
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BatMON telemetry
BLE-to-MQTT pack data, live sampling, adapter mapping and watchdog recovery.
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FailureTools diagnostics
Debug views, logs, compact exports, full reports and snapshots.
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Live UI telemetry
Every important state, decision and reason visible in operator-friendly cards.
Why FailureGrid™ feels different
It is not a loose pile of sensors. FailureGrid™ behaves like an engineered control product: conservative where it must protect the battery, aggressive where it can save money, and always transparent.
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Safety-first by default
Voltage holds, recovery locks, overpower guards and command gates protect the pack before chasing savings.
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Deep market logic
Nord Pool, margins, transfer fees, VAT, taxes and future slots are turned into decisions that actually matter.
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Tracked stored-energy pricing
The system knows that stored energy has a cost. It prices credible inventory and rejects tiny misleading samples.
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Smooth intent handling
BATTERY, GRID_ONLY and GRID_CHARGE are treated as clean intents, with safe transitions instead of relay flapping.
☀
PV-aware orchestration
Live PV coverage, load margin and forecasts help decide when local solar should carry the system.
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Beautiful operational visibility
Dashboards, status cards and popups make a complex battery system feel readable and calm.
Powerful modules. One unified control plane.
Every screen is there for a reason: live operation, economic clarity, pack confidence, inverter truth, or support-ready diagnostics.
Battery dashboard
Live control, economy, hardware path and price timeline at a glance.
Open module →
Price gate detail
Stored-energy source, threshold bands, ratio logic and battery permission in one place.
Open module →
Grid price now
Raw spot, margin, transfer, tax, VAT mode and effective price made visible.
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Pack energy model
Integrator state, scheduler control energy, last-good energy and consistency checks.
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FailureGrid Status
Runtime, control state, power flows and degraded-mode clarity without debug clutter.
Open module →
FailureGrid Debug
TTL-based debug sessions, emit interval, snapshots, UI display and clean disable controls.
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Battery Debug
Pack model, power flow, voltage sources, charge stops and scheduler diagnostics.
Open module →
BatMON bridge ops
Live FailureBat telemetry, hci adapter health, MQTT discovery and watchdog reset instructions.
Open guide →
Growatt dashboard
Output mode, AC input, PV, grid voltage, load, battery and fault state in one view.
Open module →FailureBat™
Pack-centric intelligence that treats a battery like a valuable energy asset — not just a percentage.
Built for FailureBat™ packs
FailureGrid™ gives FailureBat™ packs the control layer they deserve: economics, protection, recovery and diagnostics all tied to real pack state.
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Protects low voltage
Prevents deep discharge and respects recovery before normal economy.
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Respects recovery logic
Cooldowns, locks and recovery holds are visible and intentional.
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Coordinates AC input
Topseli, Growatt and grid state work as one controlled path.
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Manages adaptive charging
Charge only when cheap, safe and useful for the pack.
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Evaluates economics
Stored energy, grid energy and future cost are compared continuously.
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Tracks pack state
Energy, power, voltage sources and consistency stay visible.
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Exposes live diagnostics
Every important decision has a reason and a support trail.
✅
Built for reliability
Verified commands, single relay gate ownership and anti-flap design.
From economics to engineering confidence
FailureGrid™ turns market noise into a clean operational answer: charge, stay grid-only, or use battery/PV — with evidence.
Price-aware thresholds
- Dynamic thresholds
- Fees and taxes included
- Forecast context
Grid preference logic
- Grid-only hold
- Charge windows
- Smart-to-grid stability
Resilient transitions
- Mode anti-flap
- Hysteresis
- Readback waits
Command verification
- Verify and confirm
- Safety interlocks
- No blind switching
Clean feedback
- Reason labels
- Status cards
- Actionable alerts
Live debug views
- TTL windows
- Snapshots
- Repro-ready data
Compact exports
- Lightweight files
- Support-friendly
- Shareable reports
Status clarity
- Runtime state
- Power flow
- What and why
Operational polish in every detail
Even the small things are treated like product features, because small details are what make a live energy system pleasant to run every day.
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Clear reasoning labels
Know why the system decided what it did.
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Strong status cards
At-a-glance confidence in every subsystem.
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Dark dashboards
Purpose-built visibility that looks as serious as the system is.
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Transparent live state
Every watt, every mode and every second is visible.
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Manual overrides
Operator control when you deliberately need it.
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Exportable debug
Logs, snapshots and settings in one click.
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Support-friendly
Built for fast hand-offs and remote diagnostics.