ads-tec Energy SPAC Presentation Deck
Where does the Power and Energy come from to charge all these
upcoming electric vehicles?
What is the energy demand of an electric vehicle?
Energy for 100 miles
mileage is about 40 KWh
Energy requirements per year(¹)
1 car
1 million cars
10 million cars
~4 MWh
Germany's excess
energy exported (2016)
-4 TWh
-40 TWh
~50 TWh
What is the difference between Power and Energy
The electro mobility is limited not due to low energy
capacity but rather due to low power from the grid
High
power
250kW
Require time (2)
-10 mins
Energy
(kWh)
It takes a long time to fill the same basin (car battery) with
the same amount of water (Energy) using "low power" and a
very short time to fill it with high power
At many locations our grids are not providing high power
ads-tec Energy has solved that problem
Sources: Management information, company data
Note: (1) Illustrative example calculation assuming average per year and per car mileage of 10,000 miles with 0.4kW requirement per 1 mile. TWh stands for terawatt-hour and is
equivalent to 1,000,000 MWh; (2) Required time to charge ~100 miles assuming 40kW per 100 miles
Low
power
10kW
Require time (2)
-4 hrs
adstec 11
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