Technology
Technology
EL EVATA is at the center
of state-of-the-art battery
and electric vehicle technologies
EL EVATA's
Technological Strengths
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Advanced R&D capabilities in collaboration with top-tier research institutions in Germany and India
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Development of MCB, the next-generation Kill-Chain battery that will change the battery paradigm
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World's safest LFP batteries with the highest life cycle and energy density
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Advanced technology in development and production of electric vehicles
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Sustainable manufacturing process that reduces the carbon footprint right across the value chain, and factories built
with zero liquid discharge system -
State-of-the-art battery production line through the automation of our gigafactories
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First in the world to develop transmission technology specialized for electric vehicles
Outstanding
R&D ability
R&D is key in achieving our product objectives which are to be the best in performance, safety and affordability. EL EVATA began its research in 2007 at its R&D center in Germany and has been accumulating numerous cutting-edge technologies and know-hows throughout years of restless research.
Our LFP battery products are guaranteed as the safest and best in quality and also, we are currently revolutionizing the battery paradigm with the development of MCB, the next-generation battery type no one has ever seen.
Nanophosphate Technology
EL EVATA's specialized technology which delivers exceptional performance, durability, and reliability.
Technological Excellence
- New-concept batteries, which are now a concentration of next-generation technologies
- Have battery technology that will transform the paradigm of existing batteries
- Has LFP battery technology that is similar in performance and efficiency to lithium-ion batteries but is much safer and more affordable
- Maximum life battery without explosion (Life Cycle up to 5000 times)
- European CE Certification
- UN Security Certification
- Winning SGS certification, the most credible testing agency
- World's largest battery production possible from 12Ah to 45 & 48 Ah (2023)
Technology Comparison
Table
| ITEMS/Types Type | Li-ION (LG, SDI & SK) | LiFePO4 (China) | EL EVATA Battery |
|---|---|---|---|
| Type | Li-Ion | Li-FePO4 | LiFePO4 |
| Nominal Voltage [V] | 3.7 | 3.2 | 3.3 |
| Max. Voltage[V] | 4.2 (4.35) | 3.7 | 3.9 |
| Over.max [V] | 4.3 (4.4) | 4 | 3.9-4.1 |
| Lwr max [V] | 2.5 | 2 | 2.7 |
| Life Cycle (Average) | 500-1500 | <2000 | 3.000--4,000 |
| Life Cycle (Max) | <1000 | <4000 | >5,000 |
| E.Density (Wh/kg) | 168--182 | 110--150 | 148--162 Wh/kg |
| C Rate (Max) | 10 C | 20 C | 10 C |
| Safety | Medium & Low | Normal | Excellent |
| Self Dis-charge Rate |
>1% | >3% | >2% |
| Temperature | -20-50°C | -20-40°C | -30-60°C |
| Advantages | H/Energy Density | Life Cycle | High Volume/Life Cycle |
| NMC | Li & Fe | Li & Fe | |
| Disadvantages | Explosion | Cheaper Price than Li-ion | Cheaper & Safe |
| Good Quality | Low Quality | High Quality | |
| Mostly Used Area | Japan, Korea, EU & USA | CHINA & Korea | EU & KOREA |
Certification
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UN Certification
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European CE Certification
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SGS test Certification