- SCiB™ Rechargeable battery
- Power Systems
Long-life and high-reliability SCiB™ enables frequency regulation using a storage battery system.
The shift from coal- and oil-fired thermal power generation to renewable energy generation is proceeding rapidly in order to reduce CO2 emissions. However, the use of renewable energy increases the number of factors that cause grid frequency fluctuation. It is therefore important to deploy a solution for this problem. SCiB™ is well suited to providing highly reliable frequency regulation at low life-cycle cost.
Reduction in initial
and operating costs
High safety and reliability
Because of its excellent cycle life characteristics, SCiB™ is suitable for battery energy storage systems for primary frequency regulation.
The grid frequency fluctuations are caused by an imbalance of electricity supply and demand. Frequency fluctuations consist of multiple components ranging from seconds to hours. Frequency regulation at an interval of several seconds increases the number of battery charge/discharge cycles and is not feasible with typical lithium-ion batteries (LiBs). Because of its excellent long cycle life characteristics, SCiB™ supports grid frequency regulation that requires repeated charging/discharging.
Tohoku Electric Power Co., Inc.
Battery energy storage system for reducing grid frequency changes at Nishisendai Substation
Yokohama Smart City Project (YSCP)
Storage battery for supply-and-demand regulation system
Willey Battery Utility, LLC in the U.S.
Large-scale battery energy storage system for frequency regulation
Terna S.p.A in Italy
For Terna Storage S.p.A., Italy. BESS for Frequency Regulation
High-power battery system demonstration project at Drogenbos Thermal Power Plant in Brussels, Belgium.
Lineup of SCiB™
Nominal capacity: 40Ah, Nominal voltage: 27.6V, Dimensions: W190 x D361 x H125mm, Weight: Approx.14kg
Nominal capacity: 45Ah, Nominal voltage: 27.6V, Dimensions: W190 x D361 x H125mm, Weight: Approx.15kg
Battery energy storage system for public and industrial applications
The medium-scale lithium-ion battery energy storage system is designed for the purpose of energy-saving and electric load leveling and shifting.
Rated capacity: 23Ah, Nominal voltage: 2.3V, Dimensions: W116 x D22 x H106mm, Weight: Approx.550g
Rated capacity: 20Ah, Nominal voltage: 2.3V, Dimensions: W116 x D22 x H106mm, Weight: Approx.515g