Ambient Modules

Halocell’s Ambient Modules deliver lightweight, flexible, and highly efficient energy for indoor electronic devices. Unlike traditional solar cells, these modules are especially made to perform effectively in low-light conditions, making them ideal for homes, offices, and industrial settings. They provide continuous, reducing reliance on batteries, and are particularly beneficial for IoT devices, smart home gadgets, and other low-power electronics.

Halocell Ambient Module 116x57_9

Device Area:

116 x 57 mm

Voltage (Vmp):

5.16 V

MPP @ 1000Lux:

1.22 mW

Download Spec Sheet

Purchase

Halocell Ambient Module 60x41_4

Device Area:

59.5 x 41 mm

Voltage (Vmp):

2.55 V

MPP @ 1000Lux:

0.49 mW

Download Spec Sheet

Purchase

If our standard module sizes do not fit your requirements, we offer to customize shape, size and power output. Contact us below:

Designs we do for Partners:

Electronics

Halocell is passionate about reducing the waste from single use batteries by integratring our ambient modules into any currently battery powered device, to extend the range, recharge, or replace the need for batteries.

“Halocell’s technology is going to be a gamechanger in the world of medical instrumentation. The opportunity for reliable indoor portable power for hospital and medical equipment is vast. I present regularly at biomedical conferences. Recently I began demonstrating our ProSim 3 Vital Sign Simulator using a Halocell PV module to groups of BioEngineers. They instantly saw the future of portable power for medical instrumentation! The first time I did the demonstration, they actually did not want me to leave with the device!”
‍
‍Michael Anderson, General Manager, Domo Technica

A picture of the Halocell Ambient Module 116x57_9 attached to Fluke devices

Drones

Halocell, together with V-Tol Aeorpspace and Li-S Energy, was awarded a grant of $1.35M AUD to develop a drone that integrates LIS’ next generation batteries and advanced solar cells that can be deployed from ‘dawn to dusk’ without landing or recharging.‍

"Winning this grant is a significant acknowledgement by Government that the work V-TOL, Li-S Energy and HaloCell are conducting is of national importance. This exciting opportunity, will enable our sovereign technology collaboration to design, develop & manufacture a family of world leading energy sustainable drones."
‍
Mark Xavier, V-TOL Aerospace Managing Director

Space

Gallium Arsenide is currently the primary material used as solar material for satellites and represents a substantial component cost of satellites. Gallium is a ‘critical mineral’ with over 80% processed in China.
PSCs are 10 times less expensive, made from readily sourced materials, and represent the most compelling power source alternative in the rapidly growing satellite market. Halocell has secured over $1M grant funding in Australia and is producing perovskite solar space modules for commercial space technology companies.

Ask us about Collaborations, or a specific design you would like to see:

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Products

Ambient Modules

Halocell Ambient Module 116x57_9

Device Area:

116 x 57 mm

Voltage (Vmp):

5.16 V

MPP @ 1000Lux:

1.22 mW

Halocell Ambient Module 60x41_4

Device Area:

59.5 x 41 mm

Voltage (Vmp):

2.55 V

MPP @ 1000Lux:

0.49 mW

Designs we do for Partners:

Electronics

Drones

Space

Ask us about Collaborations, or a specific design you would like to see:

Thank you!