How long will the motorcycle battery last with the charge?
To answer this question I am choosing three motorcycles Pulsar, FG / Fazer and R15. Three practical examples. Just like water, let's get started.
The question here is how fast is our battery recharging our motorcycle? In other words, you can think of playing games by charging your mobile phone. Playing games is running out of battery, the charger is recharging the battery at the same time. If the recharge power is high, the battery will be full while playing games. The same applies to Basic Principal motorcycles. Turning on the headlights, blowing the horn, the battery is being consumed, at the same time the alternator is recharging the battery.
How many ampere batteries of three motorcycle Pulsar, FG / Fazer and R15 cars?
A) Power of Pulsar battery: 12 volts 9 amperes i.e. 108 watts (= 12 * 9)
B) Power of FG / Phaser battery: 12 volts 5 amperes i.e. 60 watts (= 12 * 5)
Ga) R15 battery power: 12 volts 3.5 amperes i.e. 42 watts (= 12 * 3.5)
A full charge Pulsar 9 ampere battery can run continuously or provide power without any recharge:
If you spend 3 hours at 3 amperes (= 36 watts).
If you spend 2 hours at 4.5 amperes (= 45 watts).
Or 1 hour will run if you spend 9 amperes (= 108 watts).
The FG / Phaser's battery, on the other hand, is 12 volts 5 amperes and can run continuously without any recharge:
If you spend 3 hours at 1.6 amperes (= 20 watts).
Or 2 hours at 2.5 amperes (= 30 watts).
Or 1 hour at 5 amperes (= 60 watts).
On the other hand, the battery of Yamaha R15 can run continuously only 3.5 amperes (if you think of a small battery, you will eat DOS, the bike itself produces monster-like energy) without any recharge:
If you spend 3 hours at 1.17 amperes (= 13 watts).
If you spend 2 hours at 1.75 amperes (= 21 watts).
If you spend 1 hour at 3.5 amperes (= 42 watts).
How fast does Pulsar, FG / Phaser and R15 recharge?
The battery is recharged with the energy generated from the alternator. The Pulsar can produce only 60 watts, while the FG / Phaser produces 125 watts, the Yamaha R 15 and 160 watts. It is understood that R15 produces a lot of current. This current is in AC condition. We need DC current.
What happens when we put a charger in the mobile? The mobile charger receives 220 AC volts in the house, converts it to DC, and recharges by lowering the limited 4 volts suitable for small batteries. Similarly, the motorcycle's regulator rectifier device receives AC volts, converts them to DC, and recharges them down to 14 volts, suitable for 12-volt batteries. If the motorcycle is turned on, the battery recharge is also turned on.
The Pulsar motorcycle's regulator rectifier can give the battery a maximum of 5.56 amperes.
Yamaha FG / Fazer's regulator rectifier can give a maximum of 20 amperes.
Yamaha R15's regulator rectifier can give a maximum of 14 amperes.
In other words, Yamaha FG / Fazer (20 amperes) is the first in terms of battery recharge speed.
In terms of current generation, Yamaha R15 is the first (160 watts).
Pulsar comes first in terms of battery capacity (9 ampere battery).
Tomorrow I post part-02.
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