Halocell Energy has signed a memorandum of understanding with MSWay which will provide electrode materials to support the expansion of flexible perovskite PV cell production at Halocell’s manufacturing facility in the New South Wales Riverina region and accelerate the commercialisation of the technology.
Under the agreement, MSWay will supply its proprietary flexible transparent electrode (FTE) materials for integration into Halocell’s roll-to-roll (R2R) manufacturing processes at its production facility in Wagga Wagga.
Halocell, which produces lightweight and flexible PV modules optimised for low-light conditions, said FTEs are a critical component in perovskite solar cells, directly determining the charge collection efficiency, light transmittance, and flexibility of the cells.
“As a result, FTE technology plays a decisive role in the overall performance, durability, and reliability of next-generation flexible solar applications,” the company said.
Halocell said MSWay’s perovskite electrode solutions feature high optical transparency, low sheet resistance, and excellent mechanical flexibility, making the technology a natural fit for its R2R printed perovskite solar modules.
“MSWay’s technology aligns directly with our pursuit of lightweight, high-efficiency, flexible solar solutions for satellites, fixedwing drones, and other advanced applications,” the company said. “By combining MSWay’s advanced electrode tech with Halocell’s scalable printing process, we are one step closer to lightweight, high-efficiency solar energy everywhere.”
The partnership comes after Halocell last month secured a $606,680 (USD 423,462) grant under the Australian government’s Industry Growth Program to expand its manufacturing capabilities, upgrade equipment and grow operations at its Wagga Wagga headquarters.
Hallcell said the funding will allow it to introduce advanced R2R equipment and optimise manufacturing processes for higher quality and consistency.
The project is expected to boost production of the company’s indoor perovskite PV modules from 7,000 to 100,000 units per annum.
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