Compactness and lightweight design, high output, and freedom in pack shape. This is the ideal battery pack for robots that developers are seeking!
Our company is a technology group specialized in the development and commercialization of high-performance lithium-ion batteries. Enax offers one-stop solutions. 1. "I want a power source for a power suit" with a capacity of ○○ and performance of ×××. This is where everything begins. → 2. Concept design → 3. Cell or pack design → 4. Engineering sample production → 5. Process design → 6. Mass production. We have challenged various developments in lithium-ion battery functions and have worked collaboratively with our customers to solve problems. Compactness, lightweight design, high output, and flexibility in pack shape. This is the ideal form of a battery pack for robots that developers seek. Since support suits are "wearable" and directly attached to the human body, higher safety measures against heat generation are desired. [By utilizing parallel battery packs, we achieve the following:] ■ Long usage time: Compact and high capacity ■ Fast charging capability: Significantly surpassing conventional 18650 cylindrical batteries in fast charging ■ Low heat generation: Lightweight cooling system, enabling immediate recharging after use ■ High safety: Advanced cell balance control achieved through a battery management system *For more details, please refer to the PDF document or feel free to contact us.
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【Case Study】 ■ Are you looking for such LIB batteries? - For customers who need rapid charging and discharging (powerful regeneration) We provide special cell + pack technology. - For customers who want to use battery packs in ultra-high temperature environments We offer high-temperature compatible batteries + pack technology. - For customers looking for batteries + packs that operate in ultra-low temperature ranges We provide extreme low-temperature batteries + pack technology. - For customers who want to use lightweight + high-output batteries safely We ensure safety with BMS (including some AI technology) and battery evaluation technology, along with "multi-parallel laminated cell packing" technology. ▼ Solution Provision ■ Achievable Performance ⇒ Benefits - 90% charge in 3 minutes ⇒ Customer satisfaction gained. - Usable at 80°C in -100°C environments ⇒ Also at -40°C. - Operable at -40°C ⇒ No need for auxiliary heating systems. - Reliability and safety proven by the above technological innovations backed by other achievements (accumulation) for automotive applications. * For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Enax is a company that has made rapid prototyping possible in the development and commercialization of high-performance lithium-ion batteries. Our company is responsible for the development of high-performance charge and discharge characteristics using our proprietary super high-rate lithium-ion battery technology, achieving the following: ◎ High input/output characteristics ◎ Fast charging capability ◎ High-temperature characteristics ◎ Safety control technology for "multi-parallel connected" laminar cell packs (including AI utilization technology) If you are facing any of the issues listed below or are looking for technical solutions, please consult with us. We can respond with product offerings or customization through joint development. ■ For customers who need rapid charge and discharge (powerful regenerative power) ⇒ We provide special cells + packs ■ For customers who want to use battery packs in environments of 80-100°C ⇒ We provide high-temperature compatible batteries + pack technology ■ For customers looking for batteries + packs that operate at -40°C ⇒ We provide ultra-low temperature batteries + pack technology ■ For customers who want to safely use lightweight + high-output battery packs with multi-parallel connections of small laminar cells ⇒ We safely provide "multi-parallel laminar cell packs" with BMS (including some AI technology) and battery evaluation technology.