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Commercial storage.
Built to scale with you.

A modular rack-format concept for commercial energy storage — planned around operating hours, load profiles and the way a business grows.

Concept of a modular rack-mounted lithium battery system with five stacked battery modules

01Overview

Modular by design.
Planned around the site.

Commercial sites rarely use energy the way a home does. Operating hours, demand peaks and critical processes all shape what storage should do — from making better use of on-site solar to supporting demand management.

The modular rack architecture stacks battery modules in a single frame, so a configuration can be planned to the site today with a clear path for tomorrow.

02Design principles

Engineered for
working days.

Modular architecture

Battery modules share one rack format, so configurations are planned module by module.

Load-profile led

Operating hours and demand peaks define the configuration — not a fixed product size.

Service-minded layout

Front-facing modules and clear access are part of the concept from the start.

Growth path

Expansion plans are considered up front so the system can grow with the business.

03Where it fits

Where commercial
storage earns its place.

Sites with rooftop solar

Store daytime solar surplus and use it across the working day and beyond.

Demand management

Help manage peaks in site demand where the tariff and system design make it worthwhile.

Critical operations

Support selected critical loads during interruptions, as defined in the system design.

04How it connects

Storage that fits
the site’s energy system.

The rack connects through power conversion to the site’s distribution, alongside solar generation and the grid connection. Each element is planned together so the system behaves as one.

Solar Commercialstorage Loads Grid Inverter

05Prepare your brief

What to have
ready to share.

The more we know about how the site uses energy, the better the first conversation.

Start a project brief
  • Operating hours and a recent load profile or bills
  • Peak demand and any demand-related charges
  • Existing solar, inverters and switchboard details
  • Available plant room or technical space
  • Critical loads and expansion plans

06Questions

Good to know
before you start.

How is the right configuration chosen?

From the site’s load profile, operating hours, existing equipment and the role storage should play. The brief captures these so a configuration can be specified and confirmed.

Can the system be expanded later?

The modular concept is planned with growth in mind. Expansion options are defined during project engineering and confirmed against the final product documentation.

Does it work with our existing solar?

Integration depends on the existing inverters, connection arrangement and site design. Share the details in the brief and compatibility will be reviewed first.

07Explore other systems

Other formats.
Same engineering.

Concept of a wall-mounted residential lithium battery with an ivory casing and a navy side seam Residential

Home energy storage

Residential storage

Wall-mounted architecture
Concept of an outdoor lithium battery energy storage cabinet with double doors and side ventilation Project scale

Integrated energy systems

Integrated ESS

Cabinet system architecture

Let’s take the next step

Let’s plan your
site’s storage.

Bring your load profile and site details — we’ll help shape the right modular configuration.