Applications>Electric Vehicle  
 
Overview:

Due to oil shortage and the effect of Kyoto Protocol, the high-tech and eco-friendly electric vehicle has become one of the most popular “green industries” in the world.
An Electric vehicle is a vehicle propelled by electricity instead of a fuel engine. Common applications are e-bike, e-scooter, HEV, and BEV. Except for HEV, these applications are pure electric-power systems, which accomplish zero emission.

If 50% of global annual production of lead-acid battery is adapted to electric vehicles, which include e-bike, e-scooter, power chairs and e-car, it could provide the power for 380 million vehicles using. This energy equals:

Electricity generated by 10 San-xia dams
110 million gasoline saving
Reducing 224 million CO2 emission, which equals the forest as larger as the          area of Italy.

However, lead-acid battery features low energy density (30Wh/kg), and low energy transfer efficiency (60%) as well. To drive the heavy application such as BEV needs big power, which means more lead-acid batteries are required. It's a vicious circle because of more waste electricity. Due to safety concerns, however, there is no proper substitute. Now, LiFePO4 battery features high safety, high energy density (120Wh/kg) and perfect energy transfer efficiency (95%). It is a great substitute for lead-acid battery. Replacing lead-acid battery with LiFePO4 batteries can reduce 85% of lead usage. The lead reduction can provide power

For 323 million electric vehicles
And is equal to the capacity of 40 nuclear power plants.
E-Bike

E-bike may be an important transportation for short distance. With a motor as an auxiliary power unit, the speed can be up to 20km/hr, and the power durability is over 40km. It satisfies with urban requirements. Even if the e-bike runs out of power on the way home, user still can ride it as normal bike. For recreation purpose, the user can ride easier on steep grades with the auxiliary power unit. So an e-bike can provide a more joyful ride than a normal bike.
Here’s the comparison of lead-acid battery and Aleees’s HIBS (under the same power output):
More importantly, 85% capacity of Aleees’s HIBS battery can be charged in 15 minutes. It means the user doesn't have to waste a lot of time charging.
E-Scooter

Although motorcycle is smaller than car, the former’s emission is 3 to 4 times of latter’s. At present, there are more than 10 million motorcycles in Taiwan, which emit more than 330 thousand tons of CO every year. It causes great impact for ecology system and human life as well

Because e-scooter is propelled by electric instead of petrol, there is no emission problem. The battery charge can be done by normal DC outlet. Comparing with the rising oil price, the energy cost is relative low. Currently, the durability of lead-acid battery for e-scooter is about 40km per full charge. It spends about 2000Wh for full charge. Under the same energy consumption (2000Wh), Aleees HIBS battery is workable for 55km because of transfer efficiency and energy density improvement. 95 unleaded gasoline costs about 0.85USD per liter (in Taiwan), and it can run a motorcycle for about 35km. According to the above information, we can have the comparison below:
Also, the fast charging capacity (15 minutes restores 85% capacity) gives more advantage for Aleees HIBS battery in e-scooter applications.
Power Chair
Power wheelchair and e-scooter are used for disabled or injured people. In the medical rehabilitation industry, e-scooter and power wheelchair are mainly for the means of transportation for aged and disabled people. At present, e-scooters are equipped with Lead-Acid batteries for power storage. However, Lead-Acid batteries are low energy efficient and cause a high level of pollution. Replacing them with HIBS batteries can raise the energy efficiency and make the e-scooter more compact.
Hybrid Electric Vehicle （HEV）
There are two commonly available electric vehicles: Battery on Electric Vehicles (BEVs) and Hybrid Electric Vehicles (HEVs). HEVs are equipped with electric motors and combustion engines. The vehicle computer shifts to the combustion engine to power the vehicle while there is low voltage in the battery. The unique regenerative braking system is able to convert movement energy back to electricity, which means batteries can be charged by putting on the brakes, and there’s no external plug-in necessity. Additionally, according to tests, HEV can save 50% of fuel in the city, and 20% of fuel on the highway.
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