How long does a 36V electric car ride 15KM

1. Working 15km, 36V electric car generally does not exceed 25 yards per hour, then the result of riding down is about 50 minutes;

The V battery depends on the road conditions, if it is a section with more ramps, it is generally a 30km trip, and if it is a flat road, it is about 50km. Usually the battery is not very durable, and it needs to be assisted by feet, and 36V electric vehicles are mainly simple models. (It is a simple model with a foot pedal).

3. Giant electric vehicle is a second-tier brand, the quality of the car is good, the simple model is the main, and the luxury and neutral models are not dominant. The main problem is that the style of the Giant car is old. It's not as bright as other brands, and it's no problem to ride it.

1》16km should take about 20 minutes......

2》How far can the 36V battery ride, it depends on whether your battery is new or old, if you buy a new one within half a year, it should be about 40 kilometers, but the quality of the current battery is not good, if the battery is used for about a year, it will not work, and it will run about 20 kilometers......

3》If it's a bicycle, Giant is one of the best, but it doesn't matter in an electric car It depends on the landlord to decide ...... himself

Generally, 36V, you use it for more than half an hour, and after 3-6 months, you have to charge it one way, don't listen to the merchants.

Minute. 2 new 50 km.

3 very good, brand, inspection-free, excellent quality.

The cruising range also depends on the speed at maximum power, if the 800W motor is 50km h, then it can run at least 120km. If the maximum speed of the 1000W motor is 60km/h, it can run kilometers.

The same 60V32Ah battery, the battery life of the 1000W motor is definitely shorter than that of the 800W. By the formula of this discharge duration p (power) u (voltage) i (current), current i = p u, i = 1000w 60v. And the discharge duration s=capacity current 32ah hours.

If it is an 800W motor, then the discharge time is hours.

If only the power consumption of the motor is considered, the 800W motor electric vehicle can run farther in the case of maximum power driving. But in fact, it is not so simple, you also have to consider the power consumption of electric vehicle controllers, headlights, instruments and other electrical appliances, as well as friction, load and other resistance energy consumption, which have a very large impact on the battery life of electric vehicles.

Under normal circumstances, if you want to achieve the longest range of a 60V32Ah electric vehicle with a speed per hour, then a controller equipped with an 800W motor and a 700W controller is the most suitable. At this time, the speed can be close to 50km h, and with a load of 150 kg, it can drive continuously for about 2 hours, and the mileage can reach about 100 km.

The 60v32ah electric car can run about 70 to 80 kilometersThe battery number 60V32Ah means that the electric vehicle is installed with 4 32A batteries, 60V is the rated voltage value of the battery, 32Ah is the rated capacity value of the battery, the rated voltage of the battery determines the best voltage applicable to the working electrical appliances, and the rated voltage of the battery provides a reference value for the output voltage of the charger, that is, it should be greater than 60V.

Electric vehicles are electric drive vehicles, also known as electric vehicles, divided into AC electric vehicles and DC electric vehicles, which are vehicles that use batteries as energy **, through controllers, motors and other components, to convert electrical energy into mechanical energy movement, and to control the current to change the speed. The electric vehicle battery is the power of the electric vehicle**, which is equipped with a lead-acid battery, which can be charged and used repeatedly.

Electric Vehicle Battery:

In 1860, France's Plantai invented a battery that used lead as electrodes. The unique feature of this battery is that it can be recharged and can be used repeatedly, so it is called a "lead-acid battery". Therefore, the vast majority of electric vehicles are equipped with lead-acid batteries, because lead-acid batteries are low cost and cost-effective.

At the same time, some electric vehicle batteries use lithium batteries.

Maintenance skills: 1. It is strictly forbidden to lose electricity when storing;

2. Regular inspection;

3. Avoid high-current discharge;

4. Correctly grasp the charging time;

5. Prevent exposure;

6. Avoid hot plugs while charging.

Battery principle: lead-acid battery (sealed rechargeable battery): In addition to lithium batteries, lead-acid batteries are also a very important battery system.

However, its size and weight have not been effectively improved, so it is most commonly used in automobiles and motorcycles. The biggest improvement of lead-acid batteries is the recent use of high-efficiency oxygen recombination technology to complete water regeneration, so as to achieve the purpose of complete sealing without adding water, and the life of the "water-free battery" can be as long as 4 years (single plate voltage 2V).

The lead-acid battery of the two-wheeler can run about 80 kilometers on a full charge, and the lithium battery can run about 100 kilometers.

Note: Sudden start and sudden braking of an electric vehicle will consume battery power severely, so slow start and smooth riding at medium speed can increase battery life. Do not charge the battery when it is fully charged, which will seriously affect the battery life and even damage the battery.

The battery of the electric vehicle shows that the battery is low, so do not continue to use it, although the car can be ridden for a while, but this may cause the battery to run out of power, and seriously shorten the life of the battery.

72V20A runs 75 kilometers, 60V32A new battery should be able to 80 kilometers, feel that it is not enough, you can buy a hybrid electric vehicle.

The new battery can run about 80 kilometers.

Looking at the type of electric vehicle, the more light motor power is not large, the national standard speed limit of 25 kilometers of electric vehicles, 250 watt motors, can reach 4 kilometers ah, 10ah lithium battery pack, electric vehicles are lightweight, can last 40 kilometers.

If the same 250 watt motor, the speed limit is lifted, and the speed is 35 kilometers per hour, and the range can only be up to 3 kilometers, that is, it can run 30 kilometers.

The shape of the 350 watt motor electric motorcycle, the speed limit is 20 to 24 kilometers per hour, the road is straight and smooth at a constant speed, and it can run 35 kilometers, and the 500 watt motor, the speed is 40 kilometers per hour, and it can run up to 25 kilometers.

An electric car with a 36-volt 10-ampere battery is fully charged, and the latter will be about ready to go. 20 km from it.

1. The common 60V electric vehicle on the market can run about 60 kilometers, and the specific situation should be related to the configuration parameters of the electric vehicle itself.

2. The electric vehicle with a higher configuration can reach 70 kilometers, which is related to the motor power, controller and battery power used in the tram itself.

3. There are many factors that will affect the distance of electric vehicles, we should be familiar with the performance of our own cars, as well as the road conditions that are often walked, and make a proper assessment of our tram trips, so as not to have the embarrassing situation of running out of power on the way.

Factors influencing the distance traveled by an electric vehicle:

1. Uphill and downhill, the mileage that the tram can run is definitely different, and the distance that the uphill road will definitely run will be small. In addition, the road conditions are bumpy and undulating, and the distance traveled by the train will also be smaller.

2. The number of braking times will affect the tram trip, which will cause the tram to waste energy and its travel will become smaller.

3. The weather conditions are mainly reflected in two aspects: the weather against the wind and the wind, the weather with the tailwind, the car is labor-saving, and the running is far, on the contrary, the running trip will be much closer; When the temperature is low, the battery energy consumption will be higher and the distance will be shorter, so the distance of the tram will be smaller in winter.

4. Insufficient tire gas will lead to the laborious operation of the tram, resulting in excessive energy consumption, and the journey will become smaller.

Only 80 kilometers can be run.

The charging voltage of an electric vehicle is as follows:The no-load voltage of the charging source is chaotic - hail orange file - for the three-stage charger, this voltage is the floating charge voltage, usually a single battery is marked on the general battery, and it can also be found according to the manual), then for 36V, it is: - For 48V, it is:

54v -

A 72-volt electric car can run about 70 to 80 kilometers on a full charge. The general electric car is basically a volt running about one kilometer, seventy-two volts is more than 70 kilometers, but it depends on the balance of whether you run more uphill roads, or more flat roads, if there are more uphill roads, that is, about 70 kilometers, if it is more flat roads, about 80 kilometers.

Impact72vFactors for the range of an electric vehicle

There are many factors that affect the range of an electric vehicle, such as road conditions, driver weight, and tire pressure.

wind direction and so on. The electric vehicle is a simple means of transportation.

Its main components include the rack, power dissipator, battery, and controller. The controller is generally fixed under the rear seat. The controller is used to control the circuitry of the entire car. Without a controller, an electric car cannot run properly. The electric motor is an electric vehicle.

Providing power, an electric motor can propel the electric car forward. Batteries are the part of the electricity that electric vehicles use to store electricity.