Corporate Social Responsibility & Sustainability
What Drives Us
Firstly, we believe that advanced battery technologies can make reliable and affordable energy storage accessible to more people and communities around the world. By supporting renewable energy and improving access to reliable electricity, energy storage can enhance living standards, strengthen communities and create new opportunities for economic and digital development.
Secondly, we believe that energy storage must contribute to a more sustainable energy future. Our battery technologies are designed to support the integration of renewable energy, reduce reliance on conventional energy sources and provide efficient, reliable and increasingly sustainable alternatives for energy storage.
Thirdly, we believe that sustainability must extend throughout the entire life cycle of a battery. Durability, responsible use of materials, safety, recyclability and end-of-life management are essential considerations when evaluating any energy storage technology. Electrification and the energy transition should not come at the expense of the environment.
Finally, we believe that the future of energy storage requires technological diversity and continuous innovation. Different applications require different solutions. By developing and offering advanced technologies such as Vanadium Flow Batteries and Sodium-Ion Batteries, StorEn is working to provide safe, reliable, scalable and sustainable energy storage solutions tailored to a changing energy landscape.
REDUCED CO2 EMMISSIONS
StorEn develops advanced energy storage solutions based on Vanadium Flow Battery and Sodium-Ion Battery technologies, designed to support the transition towards a more sustainable energy future.
Our Vanadium Flow Battery technology has undergone independent validation by the New York State Pollution Prevention Institute (NYSP2I) in Rochester. Testing found that StorEn’s vanadium flow batteries have the potential to reduce CO₂ emissions by more than 50% over the warranty period compared with commercially available lithium-ion batteries.
By combining different battery technologies, StorEn provides sustainable and reliable solutions for the evolving needs of energy storage.
UP TO 100% RECYCLABILITY
StorEn develops battery technologies designed with recyclability, resource efficiency and long-term sustainability in mind.
Our Vanadium Flow Batteries and Sodium-Ion Batteries offer different approaches to reducing the environmental impact of energy storage while supporting a more circular battery lifecycle.
Vanadium Flow Batteries use highly recyclable components such as plastic, stainless steel and vanadium electrolyte. The electrolyte can be recovered and reused in a new battery, allowing the vanadium to retain its value beyond the first life of the system and reducing the need for new raw materials.
Sodium-Ion Batteries use sodium, an abundant and widely available element, and avoid the need for lithium as the primary charge carrier. Their chemistry provides an alternative pathway for developing more resource-efficient energy storage solutions, particularly for large-scale and stationary applications.
For both technologies, long service life, responsible material use, recyclability and end-of-life management are key considerations in StorEn's approach to sustainable energy storage.
SUSTAINABILITY
Sustainable Energy Storage for a Changing World
StorEn develops advanced energy storage technologies based on Vanadium Flow Batteries and Sodium-Ion Batteries, combining performance, durability and sustainability to support the transition to a cleaner energy future.
Our Vanadium Flow Batteries offer significant sustainability advantages, including a water-based, non-flammable electrolyte and highly recyclable components. The vanadium electrolyte can be recovered and reused in new batteries, helping reduce the need for new raw materials and supporting a more circular approach to energy storage.
Our Sodium-Ion Batteries use sodium, an abundant and widely available element, offering an alternative to battery chemistries that rely on more critical raw materials. This makes sodium-ion technology particularly attractive for applications where resource availability, cost and sustainability are important considerations.
By developing both technologies, StorEn is building a diversified portfolio of energy storage solutions designed to reduce environmental impact while delivering reliable, long-lasting energy storage.