Lithium storage and solar power

Economies don’t grow in the dark.

Batteries for any site, on or off the grid. Solar power where the grid doesn't reach.

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7,960 kWhbattery storage supplied since 2020

8countries

1,281rack battery modules supplied

219.5 kWpsolar supplied

Case study

One remote site, one night, one year.

From the field

Powering Singapore security sites since 2022.

See the project

Solar canopy over the battery and control cabinets

The pipeline station, with the solar canopy and cabinets at left

Site photos, May 2022.

Trusted by operators and integrators

Products

Two product lines. One team.

Off-grid

Starlit Nebula Power Station

Solar, battery and monitoring in one cabinet.

100 W to multi-kW loads
Standard cabinet: 480 W, 5.5 days with no sun
One warranty, supply to service

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Containerised lithium battery energy storage system

Grid, hybrid and off-grid

Industrial lithium batteries

From 48 V rack modules to MWh containers.

Lithium iron phosphate
Sized, supplied and supported by us
Backing Optus and Telstra networks

See the range

Where we work

Our sites, live.

Tap a point.

Free tools

Size your system in two minutes.

Free. Instant. No sign-up.

Solar canopy and battery cabinet at a fenced jungle site

Off-grid

Nebula sizer

Tell it your equipment. Get the system.

Remote site with solar, battery, grid line and generator at night

Hybrid

Hybrid Power Simulator

Solar, battery, grid and diesel, hour by hour, anywhere.

Impact

Carbon Impact Studio

Your clean energy in tonnes, trees and car trips.

Marine

Marine Operations

Compare two ways to run an offshore job.

Sustainability

Every generator Nebula replaces stops burning fuel on day one.

What our projects have kept out of the air since 2020.

CO2 avoided

14,300 t

estimated, across our projects

Trees

650,000

to absorb that in a year

Space rocket launches

worth of CO2

Per Nebula site

11.7 t

of CO2 a year, against a generator

Each icon is 6,500 trees.

Each icon is one space rocket launch, 270 t of CO2.

Work out your own impact

Source: Starlit project references, October 2026. Batteries: avoided grid power at 0.9 kg CO2e per kWh, one cycle a day for four years. 22 kg per tree a year, 270 t per launch. Estimates, not certified reductions.