What We Do

Capabilities across the full energy stack

The team energy companies call when a problem is too hard, too physical, or too specialised for a generalist. Hardware to markets, concept to production.

The full stack, worked together

Energy problems rarely respect a single discipline. A monitoring project surfaces a control problem. The control problem needs a market model to justify fixing it. The market model needs data infrastructure nobody's built yet. That's the shape of work Full Stack Energy exists for — the kind that crosses lines other vendors hand off between subcontractors.

On the physical side, that's custom hardware and firmware design working alongside IoT and edge processing — sensing and control that gets real data off real assets. AI and mathematics does the analytical heavy lifting: LP, MILP and applied machine learning turning telemetry into a number worth defending. Software engineering and renewable opportunity intelligence turn that analysis into something a team can actually run in production, not just a notebook. And strategy and concept modelling, product development, and EV and e-mobility work carry it through to a business case, a shippable product, or a fleet that genuinely electrifies within the grid you have.

Nine capabilities, laid out below. Most engagements draw on more than two of them at once.

Physical & connected layer

Custom Hardware & Firmware

PCB design, BLE mesh and embedded firmware. Prototype to production.

Learn more →

Physical layer, connected

IoT & Edge Computing

SCADA integration, sensor networks, edge processing and real-time telemetry — connecting physical assets to the cloud and keeping them connected.

Learn more →

Platforms & systems

Software Engineering

Full-stack web applications, data platforms, APIs and cloud infrastructure.

Learn more →

Analytical rigour

AI & Mathematics

ML, MILP, linear programming, statistical modelling. Production-grade analytical depth.

Learn more →

Asset performance & optimisation

Energy Asset Optimisation

Getting the most from energy assets — battery dispatch, storage optimisation, demand response and control.

Learn more →

Opportunity identification

Renewable Intelligence

AI-powered site selection for solar, battery and wind. Building-level scoring.

Learn more →

Fleet electrification

EV & E-Mobility

Fleet charge management, smart & V2G charging, OCPP systems and feasibility.

Learn more →

Decision support

Strategy & Concept Modelling

Energy market modelling, feasibility, PPA structuring and investment case development.

Learn more →

From concept to market

Product Development

Whiteboard to working prototype to market-ready product. Hardware, software and go-to-market under one roof.

Learn more →

One capability set, many kinds of operator

The capabilities above are what we do; these are who we do it for. Most engagements draw on several at once.

01

Renewable developers & operators

Site & opportunity intelligence, dispatch optimisation, and revenue assurance across wind, solar and storage.

02

Utilities & grid operators

Grid services, flexibility, DERMS/VPP orchestration and the reliability tooling behind a changing network.

03

Commercial & industrial energy users

Monitoring, M&V, peak-shaving and efficiency — turning meter data into lower bills and cleaner operations.

04

EV fleets & charge-point operators

Fleet load management, smart & V2G charging and OCPP-based systems that electrify within the grid you have.

05

OEMs & product teams

Custom hardware, firmware and embedded platforms — from prototype to production, with the IP staying yours.

06

Traders & asset optimisers

Market modelling, forecasting and dispatch algorithms that turn price signals into better decisions.

Got a problem that crosses boundaries?

That's exactly what we're built for. Problem definition is often where we create the most value.