Flint’s Paper Battery Technology Secures US$2 Million in Seed Funding to Revolutionize the Sustainable Energy Storage Space
- Written by: Media Outreach
SINGAPORE - Media OutReach Newswire - 3 January 2025 - Flint, the pioneering deep tech company developing a proprietary paper battery technology, has raised US$2 million in seed funding. This funding round, led by a global consortium of angel investors, will accelerate Flint’s efforts to bring high-performance, sustainable energy storage solutions to market. “This funding milestone represents years of technical breakthroughs, and now, with real-world applications on the horizon, we are laser-focused on delivering our solutions to market,” said Mr. Carlo Charles, Founder and CEO of Flint, who has been recognized by the US State Department, the European Union, Google, TechCrunch, the International Union for Conservation of Nature, the Singapore government, and other esteemed institutions. “Our batteries are engineered to excel where traditional technologies fall short, and we believe they will transform industries that demand superior safety, sustainability, and flexibility.” The funding supports commercial expansion, pilot production, and intellectual property development, positioning Flint to challenge legacy battery technologies like lithium-ion and lead-acid with cleaner, safer, and adaptive alternatives. The company is also set to roll out its first paid pilot project in the immediate future with an international customer in a diversified industry sector. Key Highlights:
- US$2 million seed funding raised from private investors across nine countries and AI-driven VC firm Hatcher+.
- First commercial pilot project secured with a global enterprise, validating Flint’s market readiness.
- Stealth mode exit after intensive R&D and proprietary battery designs now ready for commercialization.
- Funds allocated toward pilot production, key hires, and intellectual property development.
- Highly Sustainable: Using natural and non-toxic materials such as cellulose paper, zinc and manganese, Flint eliminates hazardous components used in conventional battery technologies and are fully compostable at the end of their lifecycle, making recycling easier and cheaper, minimizing electronic wastes, and reducing environmental impact.
- Inherently Safe: Explosion-proof, leak-proof, and immune to combustion risks, ensuring near-zero fire hazards even under extreme conditions.
- Flexible and Durable: Flexible and designed to maintain functionality even when punctured, bent, or damaged, allowing new form factors for various applications.
- Cost-Efficient: Leveraging low-cost input materials and scalable production processes, Flint addresses pricing concerns that have traditionally hindered the adoption of sustainable technologies.
- Scalable for Rapid Adoption: Seamlessly integrates into existing manufacturing infrastructure, lowering barriers to industrial adoption and allowing for quick scaling.
- Defense and Security
- Energy Storage Systems
- Critical Power Supply
- Consumer Electronics
- Space Applications
- Electric Vehicles (EVs)

