Battery software for EVs, BESS & electronics Empowering Every Battery-Powered Future
From consumer devices to EVs and large-scale energy storage, our physics-informed intelligence unlocks longer lifespans, safer operations, and predictable performance—turning batteries into smarter, more profitable assets.
Consumer Electronics
Your Users Want All-Day Battery. For Years.
Physics-informed battery intelligence that fits in 110KB and delivers 2x longer lifespan
What Users Experience Today
- 18-month battery degradation
- Daily charging anxiety
- Slow “fast” charging
- 43% return rate for batteries
What BattGenie Enables
- 3+ years at 80% capacity
- All-day battery after 1000 cycles
- 5 minutes to 50% safely
- <5% warranty claims
110KB of Physics That Changes Everything
Our models understand what's happening inside the battery - SEI growth, lithium plating, thermal stress - not just voltage. This means:
98.7% SOC accuracy
Users know exactly how much battery they have
2x lifespan
1000+ cycles to 80% capacity
Safe fast charging
Prevent degradation while charging quickly
No hardware changes
Software upgrade to existing designs
"BattGenie reduced our warranty claims by 43% and increased battery satisfaction from 3.2 to 4.7 stars. The 110KB footprint meant zero hardware changes."
- A major consumer electronics partner
Development
BattStudio
Test strategies virtually
Production
BMS Solutions
Embed intelligence
Analytics
BattOps
Monitor field performance
10M+
Protecting Devices
98.7%
SOC Accuracy
Zero
Thermal Incidents
8
Week Integration
Electric Vehicles
Unlock 20% More Range From The Same Battery
98.7% SOC accuracy and physics-informed intelligence for OEMs, Tier 1s, and fleet operators
Case study: BG_SOX integrated on a 192S2P LFP pack for a heavy-duty commercial vehicle - state of charge within 1.2% of the reference, 95% of the time.
Current Reality
- ±10% SOC uncertainty
- 20% capacity held in reserve
- 400-mile practical range
- $100B in stranded capacity
- 0% battery oversizing
With BattGenie Physics
- ±1.3% SOC precision (98.7%)
- Only 5% safety margin needed
- 480-mile usable range
- Full utilization of every kWh
- Right-sized packs save $3,000/vehicle
Major OEM
Achieved 520-mile range with 15% smaller battery - saved $2,400 per vehicle
Fleet Operator (1,000 EVs)
92% reduction in roadside failures, 15% more usable range per vehicle
The Physics Advantage
We model SEI growth, lithium plating, and thermal propagation - not just voltage curves. This means accurate predictions even for new chemistries and extreme conditions.
For OEMs & Tier 1s
BattStudio
Optimize pack design with digital twins. Reduce development time by 6 months.
For Production
BMS Solutions
98.7% SOC accuracy in 110KB. Works with existing hardware.
For Fleet Operations
BattOps
Predict failures 90 days ahead. Optimize 1 to 100,000 vehicles.
10M+
Protecting Devices
98.7%
SOC Accuracy
Zero
Thermal Incidents
8
Week Integration
BESS
Unlock 20% Hidden Capacity. Add $2M Revenue Per 100MWh
98.7% SOC accuracy and 90-day failure prediction transform unpredictable assets into reliable revenue
LFP's flat voltage curve makes state of charge hard to track. See how BG_SOX, our physics-based estimator, holds accuracy through it - validated at pack level.
Traditional BESS Operation
- ±10% SOC uncertainty
- 20-80% operating window
- 60MWh usable (100MWh system)
- $4.4M annual revenue
- 7-year payback
Physics-Informed BESS
- ±1.3% SOC accuracy (98.7%)
- 5-95% operating window
- 90MWh usable capacity
- $6.6M annual revenue
- 4.5-year payback
110KB of Physics That Changes Everything
Our models understand what's happening inside the battery - SEI growth, lithium plating, thermal stress - not just voltage. This means:
98.7% SOC accuracy
Users know exactly how much battery they have
2x lifespan
1000+ cycles to 80% capacity
Safe fast charging
Prevent degradation while charging quickly
No hardware changes
10M+
Protecting Devices
98.7%
SOC Accuracy
Zero
Thermal Incidents
8
Week Integration
