2. ABOUT US

3. Enwair Energy Technologies Corp.
Established in 2015 at Technology Development Area of ITU, Istanbul, Turkey

4. Focus of company is development of Lithium ion batteries
Active Material Development
Silicon Based Anode
Lithium Rich Cathode
Pouch Cell Production
Electrochemical Analysis

5. TEAM
Our group consist of:
4 PhD
3 PhD candidates
3 MSc Students
Enwair has the young, analitical and innovative engineers in the team.

6. BATTERY TEST and MANAGEMENT
CORE TEAM
Dr. Neslihan Yuca
ANODE DEVELOPMENT
Murat Ferhat
Doğdu
BATTERY TEST and MANAGEMENT
Mehmet Emre
Çetintaşoğlu
CATHODE DEVELOPMENT
Dr. Ömer Suat
Taşkın
POLYMER DEVELOPMENT

7. COLLABORATIONS VESTEL IETT ITU ARI TECHNOCITY KOSGEB TUBITAK MAM
ITU ENERGY INSTITUTE
ITU Chemistry Department
ITU Material Science Department
ISTANBUL UNIVERSITY
PATRAS UNIVERSITY, GREECE
IFE, NORVAY
UCM, SPAIN
VESTEL
IETT
ITU ARI TECHNOCITY
KOSGEB
TUBITAK MAM
BORUSAN R&D

8. R&D PROJECTS
AWARDS
Lithium Rich Cathode for Electric Vehicles, $50.000, Ministry of Turkey
Silicon Anode Production for Lithium Ion Batteries, $ , SME Development Organization, TURKEY
Termoelectric Cooling System for Lithium Ion Batteries, $ , SME Development Organization, TURKEY
New Generation Smart Phone with Domestic Lithium Ion Battery, $1M, TUBITAK
Hybrid materials for Si surface passivation and battery applications,$ , M-Era.net, EU
ITU Big Bang Race, 1st of Automotive Category, 2015
ITU Big Bang Race, 3rd of General Category, 2015
1st of Automotive Project Competition, Automotive Industry Exporters' Association, 2015

9. LITHIUM ION BATTERY TECHNOLOGY

10. PROBLEMS of BATTERY
Low Capacity
Short Life Time

11. FUTURE : ELECTRIC VEHICLE Battery Life – Range Problem
2013
$17,5 Billion
400K Electric Vehicle
3,5 Million Electric Vehicle
2015
2020
$ 3,5 Billion
$76,4 Billion
Battery Life – Range Problem

12. Cathode cost in the battery is %18
Anode cost in the battery is %13
Total market of electrodes in 2020 is
$24 billion
Pillot C., Micro hybrid, HEV, P-HEV and EV market impact on the battery business, Aivcenne Energy, 2013.

13. STUDIES in ENWAIR

14. Graphite- Maximum teoritical capacity is 372 mAh/g (LiC6) Silicon
ANODE TECHNOLOGY
Graphite- Maximum teoritical capacity is 372 mAh/g (LiC6)
replace to
Silicon
- Maximum teoritical capacity 4200mAh/g (Li4.4Si)

15. LiMO2 CATHODE TECHNOLOGY Li-Rich replace to ̴ 370 mAh/g
- Maximum theoretical capasity
̴ 200 mAh/g
replace to
Li-Rich
̴ 370 mAh/g

16. Enwair Cathode
Enwair Anode

17. Enwair Lithium Ion Pouch Cells
Enwair Anode+Commercial Cathode
Enwair Anode+Enwair Cathode
Enwair Cathode+Commercial Anode
Commercial Anode+Commercial Cathode

18. info@enwair.com | www.enwair.com
THANKYOU
CONTACT: |