Samsung SDI. Co., Ltd. products

Make power tool even more powerful with Samsung SDI. Samsung SDI provides battery cells with the best capacity and performance and the best quality and performance battery packs whose design and production have been thoroughly validated.

No emission during operation. An engine-type garden tool emits toxic gases such as CO, HC, and NOx. However, an electrically-operated garden tool using a Li-ion battery is not harmful to the human body and the environment as it does not produce any emission.

Samsung SDI’s Li-ion battery technology provides more stable suction power for a longer time than other types of batteries such as Ni-MH/Cd batteries that are commonly used in households.

Samsung SDI’s high-capacity and high-quality cell technology enhances the mobility of E-Bike with its differentiated design and performance.

The battery cell compression and retention components of the module are laser-welded, as are the cell-to-cell bus bars, ensuring excellent long-term performance.

Incorporating battery cells with the industry’s highest power density, this battery module offers excellent fuel savings. Also, this battery module itself is mechanically stable against shock as it is built on one robust main frame structure with high-strength steel.

This is a high power density battery pack with high-strength durability in a lightweight design. This battery pack is designed to perform under the toughest moisture and dust conditions, with an IP level of 54 and has an optimized air flow path, resulting in the minimal temperature variation between battery cells.

Samsung SDI has developed a lithium-ion battery pack solution that further increases the fuel efficiency of vehicles equipped with stop/start systems. This new battery pack allows the stop/start system to use more regenerative power than current conventional systems that use a single lead-acid battery.

The most important target of battery pack development is not only to decrease the cost but also to increase the energy density, which means to increase the driving range of BEV or to reduce the volume and weight of a pack. Compact and lightweight modules with prismatic Li-Ion cells guarantee optimization of installation space in a BEV.

The Plug-in Hybrid Electric Vehicle application requires a high power performing energy storage system in combination with optimized energy density on a constant level over the long lifetime. The energy storage system is based on high power, low resistance Lithium-ion Nickel-Cobalt-Manganese (NCM) cell in a standard VDA format that is built into a modular structure. Equipped with a compact integrated liquid cooling system the PHEV energy storage system is characterized by its high energy and lightweight.