Applications of Battery Lids and Connectors
Storage is the key to safety, flexibility, and mobility in the use of energy. Since electricity is a fleeting power, it must be used as it is generated, or converted immediately into another form to save for later use. SCHOTT supplies components for durable, high-performance energy storage devices serving innovative and demanding applications.
E-Mobility
Efficient, leak-tight battery cells are paramount to the success of electric vehicle (EV) applications. Battery cells that are not leak-tight can suffer from moisture intrusion that affects battery chemistry, resulting in reduced capacity and performance, as well as a shortened lifespan. Hermetically sealed battery covers from SCHOTT eliminate moisture intrusion and enable battery and capacitor designs with longer service lives and better performance.
eBus
Metropolitan buses and trams are rapidly adopting electrification, often using lithium batteries or supercapacitors due to their fast charging capabilities. Since TOC (Total Cost of Ownership) is key for communal transportation, manufacturers are looking for especially rugged and long-lasting components. Hermetic glass-to-metal sealed battery and supercapacitor covers from SCHOTT can withstand thousands of charging and discharging cycles, even under extreme conditions.
Energy Storage Systems
Renewable energy sources have variable outputs, requiring the use of storage technologies to create a supply and demand equilibrium. Lithium-ion batteries are the most popular option for this, owning the largest share of the global grid battery storage market. SCHOTT hermetic lids are custom-designed to extend the lifetime of batteries and ultracapacitors used in energy storage. They deliver reliable safety and high-temperature resistance thanks to their inorganic glass and metal materials.
Industrial / Internet of Things
High performance industrial devices require batteries with robust designs and long service lives to endure harsh conditions – often in hard-to-reach locations where self-power is required and battery replacement is problematic or even impossible. Additionally, support for miniaturization and wireless systems (IoT, Bluetooth) is becoming increasingly important. SCHOTT hermetically sealed covers are the preferred and proven housing technology.
Defense
Mission-critical applications necessitate the highest levels of product performance and reliability. Applying decades of knowledge and expertise in glass manufacturing and sealing processes, SCHOTT utilizes a mix of carefully selected glass and metal materials to create a hermetic seal of battery feedthroughs to provide long-lasting protection. These robust seals can be applied to all commonly used lithium battery chemistries, including thermal batteries.
Active implantable medical devices
Battery lids are critical components in implantable medical devices, including neurostimulators, cardiac implants, and other life-saving devices. SCHOTT MiniCaps™ InVivo ultra-thin battery lids combine exceptional moisture protection with biocompatibility. Their compact design enables smaller active implantable medical devices while enabling long-term safety and reliable functionality. Made from biocompatible materials such as titanium and platinum, these lids can be fully customized to meet the unique requirements of demanding medical applications.
Wearables
A long runtime as well as reliability and robustness are crucial for a positive consumer experience for wearable devices. Glass-to-metal sealed SCHOTT MiniCaps® create additional space for the battery electrolyte thanks to their extremely flat design. This enables not only extended runtimes, but even completely new packaging designs for rechargeable microbatteries used in devices such as earbuds, fitness trackers, AR glasses and health applications.
Carrissa T Ng
Sales Manager, Battery Solutions