What Does 750 Watts Supposed to Mean for E-bikes

Potential consumers for fat tire electric bikes often find themselves lost in confusing terminologies, such as 250-watt, 750-watt, 1,000-watt, 36V, 48V… What do these terms supposed to mean? Do they have anything to do with our purchasing an E-bike? Is 750 watt an appropriate figure? To get more news about **ebike for sale**, you can visit magicyclebike.com official website.

What's a Watt?

Let's start with a bit of a Physics lesson. A 'watt' is a unit of power, named after Scottish Engineer James Watt. It is used to measure the instantaneous power output (or input) of a machine. Say, the electric motor on your E-bike. To get more news about **electric bike**, you can visit magicyclebike.com official website.

The equation goes as: watt = voltage×current.

Here it is. You just multiply the voltage of the battery by the maximum current the E-bike can handle. For example, an E-bike motor connected to a 24V battery being supplied with 10 amps of current would be powered at 24*10=240 watts. In this case, we are looking at an E-bike of approximately 240 watts. To get more news about **Fat Tire Electric Bikes**, you can visit magicyclebike.com official website.

Generally speaking, the higher the wattage, the higher your electric bicycle power will be. The stronger your E-bike motor is, the more terrains it is able to fit. Do the math just like this on any electric bicycle to determine just how much power that specific E-bike is capable of delivering.

Special attention goes to '52V' and '15Ah' in the picture. According to the equation, the watt of this Magicycle comes near 750 watts with 52 voltages multiplied by 15 amps.

Solved problem No.1, now to problem No.2. What does 750 watts mean for an E-bike? With this question answered, you will come clear why it is a huge bargain to buy a Magicycle E-bike.

What does 750 Watts Supposed to Mean for an E-bike?

To start with, we need an overall idea of the power supply of E-bikes at present. As said above, two variables produce the final 'watt' - voltage and current. While current is somewhere near 15-30 amps, it is voltage that weighs heavier in the final watt. A common electric bicycle setup is a 36V (volt) battery and a 15A (amp) controller. Wattage is just voltage multiplied by current, so 36 volts x 15 amps = 540 watts. In this sense, an average proper Ebike approximates where near 500 watts.

Nevertheless, a 750-watt-powered E-bike like Magicycle is the best option, because it is in the mid-range of power and this brings benefits such as better control, stability, and maneuverability.

On top of that, 750-watt electric bikes are lighter than those E-bikes that are more powerful, and yet they still distribute weight evenly so good traction is guaranteed.

A 750-watt is more practical among the others. Since Electric bikes with 750 watts are usually associated with a maximum speed of 20 mph or 32 km/h while most countries and states have to follow a speed limit of road rule, you may spare the anxiety, worrying the E-bike you require turns out to be overly powerful. A 750-watt will be perfect for commuting or strolling around.

A 750-watt is a safe choice for comfortable cycling. More often than not, a comfortable E-cycling experience depends on two factors: your weight and whether you will be riding up decent-sized hills. The heavier you are and the steeper hills you amount, the more power you need to accelerate the E-bike. Usually, for a man who weighs about 68kg cycling on a flat ground, a 500-watt E-bike would be about the minimum comfortable level while a 1,000-watt one would be way too far from daily needs. Even under the circumstance that the man cycles in a sportier manner, 1,000-watt wouldn't be the perfect choice. However, whether you fancy a romantic journey with families, friends or an adventurous sprint, 750 watt fits all occasions.