Technology
| LTO Longer life |
LFP Balance between energy and power |
NMC Higher energy density |
|
|---|---|---|---|
| Energy | 28 kWh | 47 kWh | 56.5 kWh |
| Weight | 480 kg | 380 kg | 345 kg |
| Dimensions | L 1700mm x W 1065mm x H 315mm | L 1200mm x W 850mm x H 265mm | L 1090mm x W 550mm x H 482mm |
| Energy Density | 58.3 Wh/kg | 123.9 Wh/kg | 163.8 Wh/kg |
| Life | 20000 cycles | 4000 cycles | 3000 cycles |
Lithium-Ion Cell Types
There is no “best lithium battery”. There is a “best solution” for your application.
Our battery design team designs the right chemistry for your needs and develops suitable energy storage solutions.
The chart below shows a comparison of different cell chemistries and their properties.
Thermal Management
Smart Cooling
- Heat Dissipation Analysis
- Cooling Plate Design
- Pressure Drop Optimization
- Thermal Behavior Based on Driving Cycle
BMS ve TMS
Altınay has been designing and building Lithium-Ion Battery systems for the last 10 years. The heart of such systems is the Battery Management System (BMS). All Altınay battery packs are equipped with the Altınay BMS, specifically designed for NMC, LTO and LFP cell chemistries. Altınay’s battery packs are liquid cooled/heated. The Thermal Management System (TMS) is designed, CFD and validated in-house.
Mechanical Design
Quick Customization
Altınay’s battery packs are designed entirely in-house. With our extensive knowledge of battery pack design, we can customize our ready-to-use battery packs to meet customer needs.
Technical Support
Our technical support team is also our core technical development team who have very deep knowledge of the battery system and can dive deep into battery technology when it comes to assistance and troubleshooting. Our experts are always ready to assist you.
Future Perspective: Why Do You Need Us?
In future battery technology, unlike current batteries, it is envisaged that batteries with smaller volumes but higher energy density will be used. This technological development will contribute to environmental cleanliness in the world and will also allow for more intensive use of energy in smaller sizes.
