Our state-of-the-art advancements are revolutionizing the driving experience, making it truly captivating and awe-inspiring. Imagine electric vehicles with an impressive range of over 500km on a single charge, or high-performance cars excelling in competitive races while also being more fuel-efficient to reduce carbon footprints. These cutting-edge developments in battery technology and design are turning these visions into a tangible reality for automakers and future drivers alike.

 

The ultimate battery would be safe, compact, and lightweight, yet capable of delivering substantial amounts of energy. Through our breakthroughs in consumer battery applications, we have recognized that our latest battery technologies can support the automotive industry in overcoming various challenges, including enhancing powertrain performance, improving fuel economy, and reducing CO2 emissions.

 

Innovative Prism-Shaped Battery Cell Technology

Energterra is getting ready to manufacture battery cells with the highest energy/power density in the industry, ensuring excellent safety and reliability for electric vehicles. The new material and structural advancements in Energterra's battery cells significantly improve vehicle performance. These innovations are made possible by the unique properties of their advanced prismatic form factor, allowing flexibility in material selection to unlock untapped potential. Unlike other forms of batteries, there are no limitations on cathode, anode, and electrolyte materials when it comes to prismatic batteries due to their stable outer design against internal gas pressure. This wider spectrum of active materials available for increased energy density sets prismatic batteries apart from others.

 

Energterra's commitment to safety has allowed us to achieve a remarkable zero-defect track record in producing advanced built-in safety devices for automotive-grade prismatic batteries. Safety is paramount in battery production due to the volatile nature of the chemicals involved in discharging electricity, especially in batteries with high energy density. Energterra has innovated and implemented various safety devices like the Protection Fuse, Pin Safety Device (PDS), Charging Safety Device (CSD), and Safety Efficient Sheet (SSEL) to guarantee the safety of drivers even in challenging situations.

The electric vehicle's decreasing driving distance over time has raised concerns among both the market and the public. While it is normal for batteries to experience capacity reduction, the key question is how to maintain optimal performance throughout the battery's entire lifespan. Energterra addresses this issue with its prismatic battery, which is sealed using a laser welding assembly to prevent outside humidity from affecting it. Additionally, the battery retains a sufficient quantity of electrolytes to ensure long-term performance stability.

 

The Energterra battery cell features an outer casing made of stackable prismatic aluminium, which not only allows for easy modularity but also provides durable and robust shielding for the internal components. The aluminium can is designed to minimize packaging space and optimize portability, making the battery cell an ideal power source for mobile applications. Furthermore, the aluminium casing acts as a natural heat sink, eliminating the need for additional cooling structures. This innovative design ensures that the battery cell remains cool and safe, even during extended use or under high-stress conditions.