1. Charging Station for Electric cars with 60-75 DC power
Development of modern charging station for electric cars and organizing its mass production
PJSC “ELMIZ” – 2016

2. PROJECT GOAL AND AIMS:
- Electric cars chargers infrastructure development in Kyiv and Ukraine;
- Improving ecology in Kyiv City and reducing greenhouse gas emissions;
- Promoting electric transportation;
- Active participation in the new global market;
- Increasing income, profit, and taxes payments;
Additional results:
- Drastic increase of power network efficiency due to the usage of controlled load distribution;
- Peak load balancing due to compensation of night time decrease of power networks’ load;
- Development of intellectual infrastructure according to EV demands (Smart Charging).
Project realization planned on: March 2016 – December 2018

3. ELECTRIC CARS MARKET TODAY
An electric car is an automobile that is propelled by one or more electric motors, using electrical energy stored in rechargeable batteries or another energy storage device.
By the end of 2016 the number of electric cars will exceed 1.26 mn, and by 2020 their number will reach 20 mn
After 8 months of 2016 the number of imported electric cars reached 1550, whereas in 2015 it equaled 731, and 95 in 2014.

4. CHARGING STATION
Electric vehicle charging station is an electric device for charging electric car batteries according to specific programs
According to Pike Research & Frost & Sullivan about 2 mn of charging stations will be selling by Average increase rate of charging stations market equals 86%

5. Charging station developed by PJSC ELMIZ
PJSC ELMIZ has developed and is planning for mass production a new dual-standard charging station of kW capacity with the option of 3-phase 22 kW AC charging
These stations are designed for speed charging specifically. Their high capacity enables electric transport to be charged under 30 min.
The stations allow gradual (1-2 seconds) increase of current in the initial phase of charging, and gradual decrease of current in the end of charging process. This allows to charge an electric vehicle battery for 100% without damaging the batteries.

6. Possible use
Electric vehicle 75 kW direct current chargers are designed to create the charging network for commercial use with a single control center, mainly:
- a medium sized network consisting of a small number of stations in a single locality
- urban or regional network of stations organized after conventional gas stations pattern;
- the highway network of chargers placed along main highways;
- interregional network of charging stations.
Apart from that, potential customers may also be represented by hotels, business centers, restaurants, trading or sporting centers, local authorities etc.

7. Charging station design

8. Transportable version of charging stations

9. Charging station tested during the charging process

10. Specifications Max capacity, kW 60 75 Input Mains voltage, V
220/ /-20%
Input rated current at maximum power, A 91
114
Power factor
More than 0.95
Output voltage (DC) GB/T, CCS, CHAdeMO (on demand)
Output voltage range, V
72-500
Max current, A
250
Output (AC) Type 2 %
3х32 22

11. Specifications Weight, kilos 665 Cooling Forced air cooling
Framework (case)
Weight, kilos
665
Cooling
Forced air cooling
General specifications
Efficiency,% 98
Emergency stop button
Yes
Environment conditions
Protection
IP55
Temperature, С0
-30 … +40
Max humidity, % 95

12. Future perspective
Developing charging stations operating from 22 to 150 kW
Developing emergency stop system (not needing driver’s involvement

13. Size of investment needed
Project budget $300,000
Main financial indicators:
profitability 15-20%
payback 1 year

14. Preferred investment instruments
Credit
Bond issue

15. Summary The project presented is investment attractive because:
the demand on electric cars charging devices is growing
modern hi tech is involved
electric transport infrastructure is usually backed up by local and international authorities and programs
significant social impact

16. THE END THANK YOU!