Performance through chemistry: solutions for Battery Energy Storage Systems
Battery Energy Storage Systems (BESS) are at the forefront of the energy transition, enabling the storage of electricity in rechargeable batteries for renewables integration and grid stability. Energy Storage Systems capture energy from renewables like solar and wind, or from the grid, and releases it during peak demand or outages. These systems respond in under a second, using lithium-ion batteries to cover durations of between 1 to 4 hours. Key components of BESS include battery modules, inverters for DC-AC conversion and energy management systems.
The cells used to build the battery modules play a central role in the efficiency of Battery Energy Storage Systems, with key attributes such as high energy capacity, optimized cycle life and safety, crucial to their performance.
Efficiency in Power: Innovative Solutions for BESS battery cells
Synthomer’s advanced SBR binders from the LITEX™ range are designed for Battery Energy Storage Systems to boost the cell performance by maintaining electrode integrity and enhancing cycle stability and energy density.
Global R&D and Manufacturing Footprint
Proximity to our cell manufacturing customers is a key attribute of our offering and we are proud to be able to support any of your BESS projects in the world with regional R&D and manufacturing networks in China, the USA and Europe.
Jeff Chaapel - VP Energy Solutions
“Energy storage systems demand materials that deliver consistency, durability and cost-efficiency at scale. Our SBR anode binders are engineered to meet these requirements, enabling robust electrode integrity, long cycle life and reliable performance in BESS applications. We are proud to support our partners in building the next generation of resilient, high-performance energy storage solutions.”
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