BESS battery intelligence and state estimation dashboard
BESS owners & operators

The largest energy storage investments depend on their least predictable asset

BESS Developers & EPC Players
Pre-deployment design and sizing
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Asset Owners & Operators
Operational performance and maintenance
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Energy & Utility Platforms
Renewable firming and dispatch optimisation
PRE-DEPLOYMENT
Systems designed on linear models often fail in real world context
Battery system techno-economic analysis dashboard
Degradation-aware system sizing
Physics-based degradation modelled across multiple cell chemistries
Multi-scenario comparison engine
Compare dispatch strategies, sizing and thermal conditions
Energy throughput prediction
Actual energy delivery over the full system lifetime under real operating conditions
SAFETY-RISK MANAGEMENT
BMS alone is insufficientprotection for large-scale assets
Battery thermal safety and HVAC intelligence dashboard
Thermal Runaway Warning Score
Detect precursor signatures early to prevent fire events
Thermal Gradient Detection
Detect cooling imbalance and hidden failures before they develop
Intelligent Alert Prioritization
Rank alerts by severity and business impact reducing operational overload
SYSTEM AVAILABILITY
Reactive maintenance erodes system availability & revenue
Battery state estimation and module diagnostics dashboard
Availability Loss Analytics
Quantify operational and technical losses
Stress Factor Attribution
Quantify impact of temperature, C-rate, SOC window and cycling
Predictive Fault Detection
Detect faults before operational failure
How we work together
1
Share
historical BESS, EMS and BMS data from your existing infrastructure to establish an operational baseline.
2
Model
battery degradation, performance and failure modes using physics-informed intelligence built on real operational context
3
Deploy
the model to the cloud, ready to receive and interpret live data from your BESS environment
4
Stream
real-time telemetry from every cell, module and rack, feeding the model with continuous operational data
5
Monitor
battery health, safety and performance continuously as the model interprets incoming data against degradation baseline
6
Optimise
asset availability, maintenance planning and project returns through predictive insights delivered throughout the full BESS lifecycle
Battery Intelligence in the field
BESS CASE STUDY
50% unplanned downtime reduced in BESS project
FAQ
How are Fawkes Energy analytics different from what my BMS/EMS provides?

BMS and EMS systems are designed to control the battery and report operational status, they are not designed to provide independent visibility into degradation, lifetime economics or safety risk. Their data is inherently biased toward protecting the hardware and the manufacturer's warranty, not the asset owner's financial exposure. Fawkes Energy is an independent layer that operates on top of existing systems, providing physics-based intelligence that no OEM or BMS provider can objectively supply about their own product.

How does Fawkes Energy protect contracted availability commitments?

Most availability losses in BESS are preceded by detectable signals; degrading racks, cooling anomalies, cell imbalance, that go unaddressed because operators rely on reactive maintenance schedules. Fawkes Energy identifies these signals continuously, allowing maintenance to be targeted and timed before availability is affected. Every percentage point of contracted availability protected translates directly to revenue.

Why are BESS sized using standard degradation models insufficient?

Standard degradation models assume linear capacity fade under idealised conditions. Real-world BESS assets age non-linearly, influenced by ambient temperature, cycling depth, resting SOC and load profile. The gap between modelled and actual degradation is where revenue shortfalls, unexpected augmentation costs and warranty disputes originate. Fawkes Energy models degradation against your specific operating context, not industry averages.

What is the financial risk of not having independent battery monitoring on a large-scale BESS?

Across a 250 MWh portfolio over an 8-year period, unmonitored degradation, undetected failures and reactive maintenance can represent significant losses across multiple value dimensions - from revenue shortfalls and augmentation costs to warranty disputes and insurance exposure. The cost of independent monitoring is a small fraction of the value at risk.

How does Fawkes Energy help with warranty management and OEM accountability?

Warranty claims require evidence. Without independent, continuous monitoring from day zero, the manufacturer's data is typically the only record available for dispute resolution. Fawkes Energy provides an immutable operational baseline, independent of the OEM, that documents battery behaviour from commissioning, supporting warranty claims and holding manufacturers accountable to contracted performance.

Does Fawkes Energy integrate with existing BESS infrastructure?

Yes. Fawkes Energy ingests data from existing BMS, EMS and SCADA systems without requiring hardware modifications. The platform is designed to sit alongside existing infrastructure as an independent intelligence layer, not replace it.

We're working with early partners across EV and BESS.
If batteries are central to your business,
let's talk
Let's Talk