The operating system for the battery & energy lifecycle.

BESS investment workspace — pipeline, technical due diligence, revenue-stack modelling, and post-COD performance tracking.

Screen candidate battery sites before spending survey budget — terrain analysis from satellite elevation data (slope, buildable area, earthworks) plus flood, planning and grid constraints from around 30 public datasets.

Import or draw a site boundary, lay out the plant with vendor components at true physical dimensions, preview it in 3D, and hand a costed concept to finance and EPC — one project record, no re-typing.

Model BESS trading revenue against real GB market data — wholesale and balancing-mechanism screening grounded in Elexon settlement data, with scenario matrices across power, duration and degradation. Screening-grade by design.

Battery finance workflows — business cases built from costed site concepts, line-level CapEx traceability, portfolio dashboards, and reporting views for lenders and CFO teams.

Structured due-diligence reviews of battery assets and portfolios — technical, commercial, and regulatory — with full audit trail.

Battery-specific risk analytics for insurers — Thermal Event Risk Score, claims prediction, fleet benchmarks, and underwriting decision support.

End-to-end tender response workspace — ingest RFPs, extract requirements, draft compliant responses with AI, and benchmark bids against historical wins.

Carry the project's design and cost basis into EPC procurement — the EPC workspace reads the canonical project record, so contractors and owners negotiate from the same design-backed numbers the developer produced.

Day-to-day BESS operations: SoC management, augmentation planning, contract compliance, availability KPIs, and revenue stack reporting.

Generate realistic BMS telemetry streams under custom duty cycles to test pipelines, alarms, and diagnostics before deployment.

Solar generation forecasts, BESS dispatch optimisation, and energy-market trading signals — co-optimised against weather and price curves.

Single source of truth for every battery asset across modules — solar farms, BESS sites, EV fleets, recycled packs — federated under one schema.

SoH and RUL assessment for every battery in an EV fleet — drives predictive maintenance, second-life eligibility, and remarketing pricing.

Live model replicas of fielded batteries — combine BMS telemetry with calibrated physics to predict thermal events and degradation in real time.

Statistical process control, defect analytics, and yield tracking for cell and pack production — linked back to field performance.

ADR / IATA / IMDG-compliant shipping workflows for batteries — UN38.3 documentation, hazard classification, route risk and chain of custody.

Run battery R&D programmes end-to-end. Plan experiments, track samples, capture cell test data, and link results back to projects and hypotheses.

Screen electrode and electrolyte materials with AI-assisted property prediction before committing to wet-lab synthesis.

Pseudo-2D electrochemical simulations powered by BattMo — model SEI growth, lithium plating, and capacity fade for any cell design.

Screening-grade electrochemical and thermal simulation for early cell comparison — 8 chemistry types and 6 test protocols (CC, CV, CC-CV, pulse, drive cycle, calendar ageing) with time-series voltage, SoC and temperature output.

Fit semi-empirical and physics-informed ageing models to calendar and cycling data, then predict end-of-life under any operating profile.

Build, fit, and simulate equivalent-circuit models (1-RC, 2-RC Thevenin) for fast online state estimation and SoC/SoH algorithms.

The federated data platform underneath everything — ingestion, quality monitoring, lineage, and governed access across all collections.

Multi-model AI orchestration — GPT-5.2 by default with Claude, Gemini, and domain models composable into auditable analytical workflows.

EU 2027-ready digital product passport — materials, carbon, lifecycle and supply-chain attestations rolled up into a public-facing record.

Match end-of-first-life packs to second-life applications by SoH, chemistry, and form factor — track circular value and recycling routes.

Manage warranty coverage, reserves, and claim cycles — link claims back to manufacturing lots, field telemetry, and ageing predictions.

Cradle-to-grave carbon accounting for batteries — embodied emissions from materials, operational CO₂ avoided/created, and recycling credits.

Investor-facing portal — company narrative, product suite and financial model in a live, role-scoped view with exportable presentation materials.

The live catalogue of every platform module and service package — counts and claims drawn from the same registry the product runs on, exportable as PDF and PPTX packs.