During RE+ 2023, Salient Energy, a pioneering developer of zinc-ion batteries, has announced substantial technological advancements achieved this year. These developments include innovative solutions to eliminate zinc dendrites and address corrosion-related issues, all while boosting cell-level energy density by a remarkable 150%. This energy density enhancement represents a significant milestone, demonstrating the company's commitment to achieving superior cell energy densities.

Additionally, Salient Energy has successfully crafted a more stable aqueous electrolyte, designed to counteract corrosion and limit fluctuations in electrolyte pH. This breakthrough ensures extended cycle-life and enhanced battery durability, ultimately contributing to the overall efficiency and cost-effectiveness of Salient's product. These advancements come without compromising the inherent safety and sustainability characteristics of zinc-ion batteries, aligning with the market's growing demand for seamless alternatives to lithium-ion systems.

Salient Energy's efforts mark a crucial step toward the commercialization of zinc-based batteries, not only benefiting the company but also shaping the future of this emerging battery category.

Ken Rudisuela, the CEO of Salient Energy, emphasized the pivotal role of energy storage deployment in the transition to a smart, decarbonized grid. He noted that the global demand for alternative technologies to accelerate this transition is on the rise. Salient Energy has assembled an exceptional team dedicated to the development of high-performance zinc-ion batteries, which boast sustainability, cost-efficiency, and safety advantages over current lithium-based platforms.

Rudisuela remarked, "As the stationary energy-storage market continues to develop, this is an opportune time to scale our cutting-edge battery to address the market, and environment's, needs." Salient Energy's commitment to innovation aligns with the pressing global need for reliable, eco-friendly energy storage solutions.

One of the key benefits offered by Salient Energy's zinc-ion battery is its potential to significantly reduce financial, supply chain, and operational risks for its customers. The battery's composition includes zinc and manganese, two metals that are abundant in North America and are sourced and processed readily. Moreover, Salient Energy's battery operates on a water-based platform, rendering it incapable of catching fire. This safety feature addresses a significant concern associated with some other battery technologies. Importantly, the battery is designed to provide energy and power performance on par with lithium-ion batteries, making it a compelling option for various applications.

In summary, Salient Energy's recent technological advancements underscore the company's dedication to pushing the boundaries of zinc-ion battery technology. These breakthroughs, including the elimination of zinc dendrites, corrosion mitigation, and an impressive increase in energy density, position Salient Energy's battery as a promising contender in the energy storage market. With sustainability, safety, and cost-effectiveness at the forefront, Salient Energy is poised to contribute to the ongoing transition toward cleaner and more efficient energy storage solutions, driving progress toward a smarter, decarbonized energy grid.