Salion Energy
Salion Energy develops high-power aqueous batteries providing a new class of safe, sustainable, and cost-efficient energy storage for data centers and grid backup.
About Us
Salion Energy is developing high-power aqueous batteries for data centers, UPS systems, and grid backup. Our technology uses abundant, safe, and cost-effective materials to deliver energy storage solutions designed for daily operational use, combining high power, long cycle life, and safety.
Targeting AI data centers and large-scale grid storage, Salion’s batteries provide a scalable alternative that meets critical needs current technologies cannot fully address. Our solutions focus on operational reliability, safety, and long-term cost efficiency, supporting infrastructure that requires dependable, high-performance backup.
Salion’s team brings decades of experience in energy, technology, and research, working closely with leading academic institutions to advance our development and validate the technology.
As an early-stage venture, we are focused on demonstrating our technology’s potential and readiness for real-world applications, positioning us to meet the growing demand for stationary energy storage solutions while maintaining a clear path toward scale and commercial adoption.
Relevant Challenges
Charging Infrastructure
Focuses on improving accessibility, speed, efficiency and integration with renewable energy sources such as fast, wireless or robotic charging options, smart charging systems, bi-directional charging, charging network connectivity and grid-integrated charging.
Clean Energy Sources
Focuses on transitioning to renewable, and low-emission energy options or alternative fuels to power transportation systems, such as hydrogen fuel cells and solar arrays.
New Materials
Emphasizes the development and use of environmentally friendly materials in the production of vehicles and infrastructure, such as biodegradable composites, aiming to reduce the ecological impact and enhance recyclability.
Circular Economy
Promotes the principles close loop recycling to minimize waste and maximize resource efficiency throughout the lifecycle of vehicles, infrastructure and related services such as tires, vehicle body, batteries.
