ABOUT
Vanadium Flow & Sodium-Ion Battery Technologies for Cost-Effective Energy Storage
ABOUT US
StorEn Technologies develops advanced battery technologies for the future of energy storage.
Originally founded around the development of proprietary Vanadium Flow Battery technology, StorEn has built its expertise through years of research, development and innovation in energy storage.
Today, StorEn is expanding its technology portfolio to include both Vanadium Flow Batteries and Sodium-Ion Batteries, addressing the growing demand for safe, reliable, sustainable and cost-effective energy storage solutions across residential, commercial, industrial and utility applications.
Our Vanadium Flow Battery technology builds on the inherent advantages of flow batteries — including long service life, high durability, safety and recyclability — while StorEn’s proprietary innovations focus on improving stack efficiency, energy density, power density and overall system performance.
With the introduction of Sodium-Ion technology and the Galileo battery platform, StorEn is extending its approach to energy storage with a chemistry based on abundant and widely available sodium.
Our goal is to develop the right battery technology for the right application — combining performance, durability, safety, sustainability and cost-effectiveness to accelerate the transition to a more resilient energy future.
StorEn Answers The Call For Long-Lasting, Sustainable and Economical, Energy Storage.
Enabling The Transitions To Renewables
The transition to a cleaner energy system is accelerating, with solar and wind becoming an increasingly important part of global electricity generation. But renewable generation comes with a fundamental challenge: the sun does not always shine, and the wind does not always blow when energy is needed.
Solar power, for example, typically reaches its highest production during the day, while electricity demand often increases in the evening. Without effective energy storage, part of the renewable energy generated at peak production can be lost or remain unavailable when demand is highest.
Energy storage is therefore a critical link between renewable generation and energy consumption. It allows electricity to be stored when it is available and delivered when it is needed — improving energy independence, grid flexibility and the value of renewable generation.
Different applications require different storage solutions. Short-duration applications may prioritize power density and fast response, while long-duration energy storage requires technologies capable of delivering reliable performance over extended periods and frequent cycling.
StorEn develops two complementary battery technologies — Vanadium Flow Batteries and Sodium-Ion Batteries — designed to address different energy storage requirements.
By combining these technologies, StorEn aims to provide safe, reliable, scalable and cost-effective energy storage solutions for residential, commercial, industrial and grid applications.
USING ENERGY MORE EFFICIENTLY
The transition to a more sustainable energy system requires not only more renewable generation, but also a more efficient way to store and manage the energy we produce.
Electricity demand varies throughout the day, while solar and wind generation are inherently intermittent. When renewable energy is produced when demand is low, part of that energy may be curtailed or remain unused. At times of peak demand, additional generation may be required to maintain a reliable supply.
Energy storage helps bridge this gap. By storing electricity when it is available and delivering it when it is needed, batteries can improve the efficiency of renewable generation, reduce energy waste and support a more flexible and resilient energy system.
Long-duration and stationary energy storage can play an increasingly important role in this transition, helping utilities, businesses and households make better use of renewable energy while reducing dependence on conventional peak-generation resources.
StorEn develops Vanadium Flow Battery and Sodium-Ion Battery technologies designed to store energy efficiently, reliably and sustainably.
By combining complementary battery technologies, StorEn aims to maximize the use of renewable energy, reduce wasted generation and contribute to a more sustainable and resilient energy future.
