Can a bicycle be as fast as an electric car? How long does it take to ride a hundred miles by bike?

In general, bicycles are not as fast as electric cars. Electric vehicles are typically battery-powered and have higher power and range, allowing them to travel longer distances in less time.

However, whether a specific bike can compare to an electric vehicle depends on factors such as road conditions, the rider's physical strength and skill, and the performance of the vehicle itself. In some cases, an experienced rider may take advantage of the characteristics of the road and their own skills to bring the speed of the bike close to or equal to that of an electric vehicle.

As for how long it takes to ride a hundred miles, it also depends on the situation. Generally speaking, the time to ride a hundred miles is affected by a variety of factors such as road conditions, weather, and the rider's physical strength and skill. In good road conditions and weather conditions, it usually takes an experienced rider about 3-5 hours to complete this journey.

Of course, it can't be compared, the speed of electric cars is more than 40 per hour, and the bicycle takes 4 hours for more than ten kilometers per hour.

It depends on the individual, and generally people who ride regularly are faster than electric vehicles. There are people who are particularly bullish and can race four wheels in the city. The general riding speed is about 20-30 miles, and the maximum speed can reach more than 50 or 60 kilometers per hour, and 100 kilometers is three or four hours, which is calculated by people who ride regularly.

It depends on how fast you ride on a bicycle and what your skills are. It has something to do with road conditions and models.

It is possible to run 30-40 km. There is no need to do special maintenance on the battery on a daily basis. Pay attention to the number of charges, and try to wait for the battery to run out before charging. to prolong the service life.

Calculate 36V8A1 kWh, that is, 1KWh-1000Wh, 36V 8AH=288Wh=, and the charging efficiency of the general lithium battery charger on the market is about 80%.

That is, the kilowatt-hour of electricity, probably the kilowatt-hour of electricity.

Lithium batteries are a class of metals made from lithium.

or lithium alloy as a positive and negative electrode material.

Batteries that use non-aqueous electrolyte solutions. In 1912, lithium metal batteries were first developed by Gilbert NLewis proposed and studied.

In the 70s of the 20th century, the brigade withered, m s.Whittingham proposed and began research on lithium-ion batteries.

Due to the very active chemical properties of lithium metal, the processing, storage and use of lithium metal have very high environmental requirements. With the development of science and technology, lithium batteries have become the mainstream.

Lithium batteries can be broadly divided into two categories: lithium metal batteries and lithium ion batteries. Lithium-ion batteries do not contain lithium in a metallic state and are rechargeable. Rechargeable battery.

The fifth-generation lithium metal battery was born in 1996, and its safety, specific capacity, self-discharge rate and performance ratio.

Both are superior to lithium-ion batteries. Due to its own high technical requirements, only a few companies in a few countries produce this lithium metal battery.

There are two types of electric motors, electric and electric motorcycles, and the mileage of electric vehicles is determined according to the capacity of the battery pack. For electric and banquet according to the new car, the 48V12A can run about 40 kilometers, the 48V20A and 64V12A can run about 70 kilometers, the 60V20A and 64V20A are about 90 kilometers, and the 72V20A is about 120 kilometers. The 48V20A of the electric motorcycle is about 40 kilometers, the 60V20A and 64V20A are about 55 kilometers, and the 72V20A is only about 70 kilometers, and the electric one is generally a 350W controller and a 350W motor.

The fastest speed of the electric car and the fastest speed of the bicycle are faster, the bicycle travels at a limit speed of 229 km/h, and the uphill and downhill sections of the Tour de France often exceed speeds of 100 km/h. The torque of the battery bike will drop greatly at high speeds, and the wind resistance is much greater than that of a road bike, and it is difficult to reach 100 per hour.

Bicycles, also known as bicycles or bicycles, are usually small land vehicles with two wheels. After people ride on the car, they are powered by pedals, which is a green and environmentally friendly means of transportation. English bicycle. where bi means two, and cycle means wheel, i.e., two-wheeled vehicle.

Bicycle is a traditional industry, with a history of more than 100 years, due to environmental protection and traffic problems, bicycles have once again become the world's most popular transportation, fitness tools in developed countries, the focus of the world's bicycle industry is changing from the traditional means of transportation to sports, mountainous and leisure.

In developed countries such as the United States, Europe, and Japan, bicycles are a relatively common sports, fitness, leisure and recreational product. Every year, the world's bicycle demand is huge, and Japan's Cyclepress statistics show that the world's bicycle demand remains at the level of 100 million units, and the annual bicycle transaction volume is about 5 billion US dollars.

Electric vehicle mileage = battery power supply capacity (voltage capacity) motor power (W) * speed.

The driving range of electric vehicles is related to the battery voltage and current, and it is also related to the motor type and rated power.

There is a relationship between output efficiency and load capacity.

According to the calculation of 64V20A battery and 500W motor, the driving range is equal to = 20 (500W 64V 20A)*80%*30kmh=km. In other words, if the electric vehicle is driven under normal conditions (the road is in good condition, the temperature is between 10 degrees and 35 degrees, and only one person is carried), the motor efficiency can reach 80%, then it can continue for about 61 kilometers.

Precautions for the use of electric vehicles:

1. Choose and use qualified electric bicycles produced by regular manufacturers.

Chargers and batteries, regular maintenance, unauthorized modification is strictly prohibited.

2. Electric vehicles should be parked in a safe place, and it is strictly forbidden to park in stairwells, evacuation passages, and safety exits, and shall not occupy fire truck passages.

3. It is strictly forbidden to charge in corridors, stairwells, evacuation passages, etc., charging should be carried out outdoors to ensure that there are no combustibles around, and try to charge at centralized charging points.

4. In the summer when the temperature is high, try not to use the electric vehicle continuously for a long time to prevent the motor from heating due to the old and high temperature of the line.

and other factors that cause circuit failures**.

The specific cruising range of the battery car varies according to the model. In fact, battery cars are mainly divided into electric bicycles and electric motorcycles. The ability of a battery car to renew its finger navigation depends entirely on the battery capacity of the battery car.

The larger the battery capacity, the better the range. Therefore, for a battery car, if it is a new electric bike, if it is a 48V12A battery, the cruising range is about 40 kilometers or so. If it is an electric motorcycle, the battery capacity is also 48V20A, and the cruising range is almost the same as that of an electric bicycle, which can be said to be almost the same.

The mileage of the battery car is not only related to the battery capacity, but also related to the motor carried by the battery owner. If the motor of the e-bike is 400W, and the maximum speed of the riding vehicle is 25km per hour, the rated current of the battery is calculated by combining the battery's 48V20A. Taking into account the power of the engine, it can be calculated that the range of the electric bike can reach around 60 km.

Electric bikes, in my personal opinion, depend on the capacity of the battery, because the larger the capacity, the farther it will run.

There are two types of electric vehicles: electric and electric motorcycles, and the mileage of electric vehicles is determined according to the capacity of the battery pack. For electric vehicles, the 48V12A can run about 40 kilometers according to the new car, about 70 kilometers for 48V20A and 64V12A, about 90 kilometers for 60V20A and 64V20A, and about 120 kilometers for 72V20A.

The 48V20A of the electric motorcycle is about 40 kilometers, the 60V20A and 64V20A are about 55 kilometers, and the 72V20A is only about 70 kilometers, and the electric one is generally a 350W controller and a 350W motor, and the greater the battery power, the bigger the car moves, and the less distance it runs.

At present, the lead-acid battery is assembled in 12V, and it is mostly used in series with 3 and 4 pieces, that is, 36V and 48V, and the four pieces of 18V are connected in series to 64V, and there is no 70V in principle. How many kilometers can an electric vehicle run, called the driving range in the industry, it is not only related to the battery voltage and current, but also related to the motor type, rated power, output efficiency, load, etc.

According to the calculation of 64V20A battery and 500W electric motorcycle, the driving range is approximately equal to = 20 (500W 64V 20A) * 80% * 30 km h = km. In other words, if your electric car is driving under normal conditions (the road is in good condition, the temperature is between 10 degrees and 35 degrees, and only one person is carried), the motor efficiency can reach 80%, then it can continue for about 61 kilometers.

It mainly depends on the capacity of the battery, which depends on whether the merchant is black-hearted or not.

There are 4 batteries in the larger electric car, which should be 50 kilometers, no problem.

The seller tells you that 70 kilometers, that will definitely not run, in the battery is new and old you can't know! If it's that little electric car.

Then your day is full!

Electric cars can generally be ridden for about 30 miles.

But it also depends on the battery life of your electric car.

If the length of use is not the same.

The distance traveled will also be different.

1. The bicycle is a rickshaw, and the speed depends on your leg strength and courage;

2. A healthy ordinary person in the urban street environment, pedaling a bicycle is generally about 10 25 yards, and the average speed is about 15 yards;

3. In the Grand Tour stage, the cruising speed of cyclists is maintained at 30 40 yards, and the sprint speed is 70 80 yards;

4. The speed of extreme cyclists is relatively fast, starting at 100+ yards; The world record for DH speed was 333 yards, but after that guy set the record, the frame broke and the man fell and was paralyzed for 2 years.

It depends on what kind of electric vehicle the electric car is, if it is a new national standard electric bicycle, its speed limit is 25 kilometers per hour, and the bicycle will definitely be able to surpass it if it is pedaled hard, but if it is a modified electric motorcycle, its speed may reach more than 60 kilometers per hour, and the bicycle can not catch up.

Summary. Hello, the electric car can ride about 50 kilometers.

Hello, the electric car can ride about 50 kilometers.

The battery of an electric vehicle is different, so the range is also different. The battery car can travel about 30 kilometers on the ridge; The battery car can travel about 40 to 50 kilometers; The battery car can travel about 60 kilometers; 4.The cruising range is not only related to the battery car itself, but also to the driver's weight and driving traffic conditions.

The load capacity of the battery car is usually limited, and the maximum load capacity is usually 150 kg. If you drive with a load for a long time, the frame of the battery car is prone to a small range of deformation, and in the long-term deformation part, the paint will fall off and be oxidized and corroded by the air. If you want to prolong the service life of the battery car, you should pay attention to the maintenance of the battery car on weekdays, and do not stay outdoors for a long time.

When buying a battery car, if you want to ride a long distance, you need to try to buy a bicycle-type electric car, not a pedal-type battery car. Because the bicycle electric vehicle body is light, the same battery has a longer range than the pedal type, and the service life is also longer than the latter.

The normal commuting is 15 km/h. Electric vehicles are generally greater than 20 km/h and not more than 50 km/h.