Sector

Electrical integrity for renewable generation and storage.

Power, control, and twinning for wind, solar, storage, and grid-edge assets.

From wind and solar farms to BESS and hybrid plants — model power architecture, validate interfaces, and give O&M teams a twin they can trust.

Discuss renewables systems All sectors

How we serve this industry

We model plant electrical architecture, inverter/storage interfaces, and as-built configuration so owners can expand, add BESS, and operate fleets from a twin that stays useful after COD.

Use case

A hybrid wind + BESS project needs interface and protection validation before energisation, then an as-built twin for O&M and a second-phase storage add-on.

Illustrative programme

Coastal hybrid plant electrical twin — illustrative

Twin priority MV/LV distribution and inverter/BESS interfaces, run protection and load scenarios for first energisation, and leave an O&M-ready model for expansion planning.

Fictional but realistic — not a client case study or logo claim.

The engineering challenge

Renewable plants pack high power density, complex power electronics, and remote operations into schedules that leave little room for late electrical surprises.
Design packages, OEM data, and as-built state often diverge before first energisation.
Owners need models that stay useful after COD — for expansion, storage add-ons, and fleet operations.

Our approach

Model plant electrical architecture and critical interfaces
Validate protection, load, and power electronics boundaries
Twin as-built configuration for O&M and expansion planning
Integrate engineering data with operational telemetry where useful
Support phased upgrades without losing system truth

What we deliver

Plant electrical architecture review
Digital twin scoped to priority systems
Interface and protection findings
O&M and expansion readiness recommendations
Maintainable model handover

Capabilities

Plant electrical architecture and power distribution modelling
Storage, inverter, and auxiliary system interface validation
Digital twins for site and fleet electrical state
Operational software for monitoring and engineering workflows
Technical due diligence on renewable electrical packages

Standards awareness

IEC 61400 wind systems awarenessGrid code / interconnection awareness (region-specific)IEC 61850 substation communications awareness

Relevant products & next steps

Products →Methodology →Diagnostic →

Start with one real system

A 30-minute discovery call is free. A diagnostic engagement produces a scoped model, validation findings, and recommendations in one to two weeks.

Book a discovery call Learn about diagnostics

The engineering challenge

Renewable plants pack high power density, complex power electronics, and remote operations into schedules that leave little room for late electrical surprises.

Design packages, OEM data, and as-built state often diverge before first energisation.

Owners need models that stay useful after COD — for expansion, storage add-ons, and fleet operations.