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Battery×エナックス - List of Manufacturers, Suppliers, Companies and Products

Battery Product List

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Super High Rate Lithium-Ion Battery Technology for EV Sports Cars

Super High Rate Lithium-Ion Battery Technology for EV Sports Cars

High-performance charge and discharge characteristics expected for next-generation HEVs / high-speed model EV sports cars.

Our company is a technology group specialized in the development and commercialization of high-performance lithium-ion batteries. Enax offers one-stop solutions. 1. "We want a power source for next-generation HEVs" 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 lithium-ion battery function developments and worked collaboratively with our customers to solve problems. High-performance charge and discharge characteristics expected for next-generation HEVs and high-speed model EV sports cars. [Super high-rate functionality achieves the following] ■ Fast charging: Enables 90% charge in 3 minutes ■ High-temperature characteristics: Can charge and discharge at 80°C ■ Low-temperature startability: Can charge and discharge even in extreme cold at -40°C ■ Power regeneration: Recovers regenerative energy efficiently with over 100c input/output performance Enax is responsible for this development with its self-developed super high-rate lithium-ion battery technology. *For more details, please refer to the PDF materials or feel free to contact us.

  • Lithium-ion battery

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[High-Performance Battery Development] Ultra High Input-Output Battery <World's Fastest Level of Input and Output>

[High-Performance Battery Development] Ultra High Input-Output Battery <World's Fastest Level of Input and Output>

Securing over 10 times the capacity while ensuring high output beyond that of a capacitor! Manufacturing at low cost is possible.

Our company is currently using capacitors in the development of HEVs and starter batteries, and we are introducing a solution to meet the demand for higher capacity. By achieving heat resistance that can withstand ultra-high temperature environments of over 80°C, which is close to the temperature conditions in the engine room, we have made it possible to reduce the weight of the battery pack by minimizing the cooling function. As a result, we have successfully contributed to the improvement of weight and capacity energy density and increased the design flexibility of our products. 【Required Performance (Excerpt)】 ■ Voltage: 2.0–4.0V (Rated 3.1V) ■ Capacity: 4.0Ah (12.4Wh) ■ Size & Weight: W149 x D175.5 x T4.2 mm 192g ■ Operating Temperature Range: 0–80°C (Current limit applies depending on temperature) ■ Product Features: High-temperature compatibility, compact high-current applications *For more details, please refer to the PDF document or feel free to contact us.

  • Lithium-ion battery
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[High-Performance Battery Development] Silicon Anode Battery Extends Flight Range of Large Drones

[High-Performance Battery Development] Silicon Anode Battery Extends Flight Range of Large Drones

A cell structure unique to laminated cells that allows for external pressure application! It addresses concerns about lifespan and safety.

For solutions represented by drones and flying cars, requirements include "high capacity," "mid-rate," "light/small," and "high safety." Batteries that can withstand high loads in a short time while ensuring safety are necessary. At Enax, we are currently developing silicon anode cells with performance equivalent to widely used lithium polymer cells, significantly improving safety, reliability, and lifespan, which are their drawbacks, through module technology for new solutions. In collaboration with material manufacturers possessing core technology in silicon anodes, we are addressing concerns about lifespan and safety by utilizing a cell structure unique to laminated cells that allows for external pressure application to suppress silicon expansion. 【New Si-based Battery】 ■ Weight Energy Density: 180–240 Wh/kg ■ Input/Output Performance: Continuous 10C, Momentary 20C ■ Safety Performance: Fire Resistance 〇, Drop Impact 〇 ■ Battery Lifespan (Cycles): 〇 500 cycles *For more details, please refer to the PDF document or feel free to contact us.

  • Lithium-ion battery
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Next-Generation Battery Development: Lithium-Sulfur Batteries Aiming for High Energy Density

Next-Generation Battery Development: Lithium-Sulfur Batteries Aiming for High Energy Density

More than twice the advantage in weight energy density! It is used in products that require safety and lightweight, such as high-altitude unmanned aerial vehicles.

Our efforts towards lithium-sulfur batteries are being promoted in collaboration with major domestic and international partners as one of our challenging development themes, focusing on the practical application of medium to large lithium-sulfur batteries. With an energy density of over 400Wh/kg, they are very high-density and lightweight, making them suitable as the main power source or auxiliary power for airplanes, airships, and balloons that conduct observations at high altitudes for several months or more. Additionally, compared to conventional liquid lithium-ion batteries, they offer significantly higher safety and a wider usable temperature range, preventing potential fire accidents and minimizing the necessary components for insulation. **Features** - Excellent for low-rate long-duration operation - Higher safety - Low-cost materials - Maintenance-free - Low environmental impact *For more details, please refer to the PDF materials or feel free to contact us.*

  • Lithium-ion battery
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Compact laminated lithium battery suitable for industrial drones.

Compact laminated lithium battery suitable for industrial drones.

The use of "high-capacity compact laminated lithium batteries" enables "lightweight" and "high capacity," significantly extending the range!

Our company is a technology group specialized in the development and commercialization of high-performance lithium-ion batteries. We provide a one-stop solution. 1. "I want a power source for a drone" 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 of lithium-ion battery functions and worked collaboratively with our customers to solve problems. When considering drones, safety and the ability to achieve long flight times through weight reduction are essential elements. By using "high-capacity small laminated lithium-ion batteries," we enable "lightweight" and "high capacity," significantly extending the range. 【The management capabilities of the 'small laminated lithium-ion battery' achieve the following: ■ Long range: Use of lightweight small laminated cells ■ Low heat generation: Low internal resistance - enabling lightweight cooling systems ■ High safety: Advanced battery management systems achieve sophisticated cell balance control *For more details, please refer to the PDF document or feel free to contact us.

  • Lithium-ion battery

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[Information] Enax Corporation Company Profile

[Information] Enax Corporation Company Profile

Proposing suitable "solutions"! Featuring high-performance battery development and business models, among others.

This document primarily introduces Enax Inc., which is engaged in the development, prototyping, manufacturing, and sales of lithium-ion secondary batteries. It includes an overview of the company, high-performance battery development in the IB business, and the business model of the PB business. If you have any themes you are pursuing, please feel free to consult with us. Whether simple or complex, we will surely propose suitable "solutions." For more details, please download and review the PDF below. [Contents] ■ Chapter 1: Company Introduction ■ Chapter 2: IB Business ■ Chapter 3: PB Business ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

  • Lithium-ion battery
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[Development of New Battery Structure] Third Battery Shape <Special Packaging and Structural Patent>

[Development of New Battery Structure] Third Battery Shape <Special Packaging and Structural Patent>

Introducing a new battery shape using our patented "Rivet-type Electrode Extraction Structure"!

Our company has successfully improved the reliability of sealing and the rigidity against pressure, which were difficult to achieve with aluminum laminate packaging, by using SUS and nickel-plated steel sheets instead of aluminum laminate materials. By sealing the exterior material using laser and resistance welding technology, and employing our patented "Rivet-type Electrode Extraction Structure," the new battery shape ensures high safety and long-term reliability in the battery pack while maintaining design flexibility for laminate cells. Furthermore, by adopting the "third battery shape," the exterior body has increased rigidity compared to traditional aluminum laminate, allowing for a simplified structure for cooling the cells with very high pressure or heat dissipation plates. [Features] ■ It is possible to ensure the following advantages of existing battery shapes in a single solution: - Laminate sheet type: high energy density, excellent heat dissipation, lightweight, design flexibility, pressure application to electrodes - Can type: sealing reliability, exterior strength, ease of handling *For more details, please refer to the PDF document or feel free to contact us.

  • Lithium-ion battery
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