Rebound Technologies Funding for Cooling Platform

Rebound Technologies, a pioneer in advanced thermal energy storage, has successfully closed a strategic investment round, positioning its innovative IcePoint® platform for accelerated deployment across critical infrastructure sectors. The funding, spearheaded by global real asset technology investor Taronga Group, underscores growing market confidence in solutions that enhance energy resilience and operational efficiency amidst escalating power demands.

This significant capital injection, which also saw participation from strategic partners INNOPOWER, Skyview Ventures, and True North Institute, will be instrumental in scaling Rebound Technologies' manufacturing capabilities, fast-tracking commercial installations, and fueling ongoing product development. The move comes as industries worldwide grapple with the dual challenges of increasing power density and the urgent need for decarbonization, making scalable thermal flexibility a cornerstone of modern infrastructure.

At the heart of Rebound Technologies' offering is its proprietary IcePoint® platform, a high-performance thermal storage system designed to produce ice at scale. This technology delivers on-demand cooling, freezing, and dehumidification, transforming static cooling loads into dynamic energy assets. For sectors like data centers, cold chain logistics, and gas turbine power generation, where maintaining optimal temperatures is paramount, IcePoint® offers a compelling value proposition: reduced peak power consumption, lower cooling costs, and increased facility capacity. The global data center market alone, projected to reach over $300 billion by 2028 with a CAGR exceeding 10%, faces immense pressure to manage heat efficiently, highlighting the timeliness of Rebound's solution.

Eric Kish, CEO of Rebound Technologies, emphasized the evolving role of cooling in today's infrastructure landscape. "Cooling is no longer merely about temperature maintenance; it's about unlocking infrastructure performance," Kish stated. "Our IcePoint® technology empowers customers to boost operational capacity, firm peak demand, and convert cooling into a dynamic energy asset. This investment arrives at a pivotal moment for both digital and grid infrastructure, enabling us to expand this capability."

Taronga Group's leadership in this round, alongside INNOPOWER's strategic involvement, brings invaluable expertise in scaling infrastructure technologies globally. Avi Naidu, Managing Director at Taronga Group, highlighted the macroeconomic themes driving institutional investment. "Energy resilience, supply chain transformation, and the AI-driven transition of traditional industries are defining macroeconomic themes for institutional investors globally. Rebound's technology is purpose-built for critical applications in energy, logistics, and digital infrastructure—three asset classes central to these structural shifts," Naidu commented. He added that Taronga Group and its real asset partners are enthusiastic about the potential for Rebound's solution to deliver tangible asset-level impact through enhanced flexibility, resilience, and operational performance.

INNOPOWER, a joint venture formed by three of Thailand's leading energy utilities focused on the energy transition, views Rebound's solutions as highly strategic. Mr. Athip Tantivorawong, CEO of INNOPOWER, noted, "Rebound's proprietary approach addresses a critical lever in the energy transition, improving performance across data centers, industrial, and supply chains. Their turbine inlet cooling solutions are particularly strategic to our shareholders, offering the potential to increase power generation capacity at the lowest incremental cost. We believe Rebound is well-positioned to accelerate decarbonization across multiple sectors and look forward to collaborating closely to support their accelerated market expansion." This investment underscores a broader trend of utilities and infrastructure funds backing innovative climate tech solutions that promise both efficiency gains and decarbonization pathways.