One model.
Better decisions.
Exafloat combines engineering expertise with specialist digital toolkits that connect site definition, system design, delivery planning and commercial analysis—reducing rework between disciplines.
Three platforms for complex infrastructure programmes
Available through Exafloat and our specialist engineering partner network, these toolkits help teams move from early assumptions to traceable, execution-ready decisions.
Application Engineering Toolkit
A unified workflow for site design, distributed-energy modelling and project economics.
- Location-aware site and asset definition
- PV, BESS, EV, load, generator and utility modules
- Feeder, conductor and installation costing
- CapEx, OpEx, IRR, payback and sensitivity analysis
- Exportable solution summary and proposal inputs
AI-enabled PMO Toolkit
A live workspace for project intake, resources, capacity, risk and executive reporting.
- Portfolio status, priority, dates and ownership
- Assigned hours compared with available capacity
- Forward-looking workload heatmaps
- Automated status roll-up and risk detection
- Natural-language portfolio questions and summaries
SCOP Design Platform
A single live model connecting racks, IT load, electrical design, spatial layout and lifecycle economics.
- Site, facility and rack-level design inputs
- Generated electrical architecture and single lines
- White-space, grey-space and plant layout
- CapEx, OpEx, TCO and sensitivity analysis
- Design outputs that update when assumptions change
From concept to operation without rebuilding the model
Each toolkit follows the same principle: capture the engineering basis once, then use it across design, economics, delivery and operational decisions.
Define
Capture the site, load, objectives, constraints and commercial assumptions.
Model
Build a traceable technical representation of assets, interfaces and capacity.
Decide
Compare configurations using performance, risk and financial outcomes.
Deliver
Generate the outputs needed for execution, governance and continuous improvement.