The range of electric vehicles has always been a top concern for people. Traditional electric vehicles have limited range and require frequent charging during long-distance driving, resulting in high waiting time and cost for charging

The range of electric vehicles has always been a top concern for people. Traditional electric vehicles have limited range and require frequent charging during long-distance driving, resulting in high waiting time and cost for charging. The precious schedule was inevitably disrupted by the waiting time for charging. If there is an electric vehicle with a range of over 500 miles, the convenience and mood of long-distance travel will be greatly improved, which is not immediately met by the Gold Medal H6 electric vehicle.

The manufacturer of this electric vehicle claims that its range can reach 500 miles, and it should be noted that this electric vehicle is equipped with a 72 volt 35 ampere graphene battery. Some people say that a 72 volt 35 ampere battery cannot reach a range of 500 miles at all, because a 72 volt 20 ampere lead-acid battery can travel up to 80-90 kilometers in summer. According to this inference, a 35 amp battery cannot run this far at all?

Many friends believe that the range of this electric vehicle is a false standard. Because when we purchase electric vehicles, there is a significant difference between the seller's theoretical range and the actual range. Generally speaking, the range claimed by sellers is actually discounted by 70%. In order to confirm the true range of this electric vehicle, Sister Zeng personally drove this electric vehicle for actual testing, and the actual test results exceeded 500 miles. So how does this electric vehicle achieve a range of 500 miles? First look at the measured results and then analyze them.

On October 2nd, Electric Car Sister Zeng released a video showing that an electric car with a range of 500 miles can be purchased in the early 3000's, making it the gold medal H6 immediately. Sister Zeng said: "The H6 immediately won the gold medal. In the recent endurance distance challenge, it had a full charge ride from Dengfeng, Henan to Kaifeng, and from Yuzhou, Henan to Bozhou, Anhui, both of which exceeded 500 miles.

Many friends don't believe that this electric car can really run that far. One emotionally excited friend even said in the comment section, 'If a 72 volt 35 ampere lead-acid battery could run that far, I would eat this car.'. An electric vehicle dealer replied: Welcome to test ride, we will compensate you twice if you fail to reach the range.

Some friends say that Sister Zeng, an electric vehicle, is doing false advertising, especially the one who said that if she could reach a range of 500 miles, she would eat the electric vehicle. In order to meet the requirements of netizens, Sister Zeng conducted a real car test on October 24th while driving the instant gold medal H6, which was fully charged before departure.

Sister Zeng drove from Xiagang Town, Jiangyin, Jiangsu, passing through Lingshan Buddha in Wuxi, Gehu Park in Changzhou, Maoshan Scenic Area, Tangshan in Nanjing, and the final destination was the Nanjing Platinum Hanjue Hotel. The navigation map shows that the entire journey is about 280 kilometers, and the distance here is over 500 kilometers. Moreover, Sister Zeng recorded the entire driving process through video recording, which avoids the suspicion of fraud.

When the dashboard displayed a range of 95 kilometers, Sister Zeng drove to the Lingshan Buddha in Wuxi. Don't think that driving this electric car is all slow. The first car in charge of leading the team is driving at a speed of 30-40 kilometers per hour, which is much faster than the driving speed of the new national standard electric car, because the driving speed is measured by GPS data, not the joy meter of electric cars.

After a period of driving, Sister Zeng followed the convoy to the second checkpoint, the Gehu Park in Changzhou. At this point, the dashboard of the electric vehicle shows that it has driven 155 kilometers. Surprisingly, when the electric vehicle stops, the battery level display is still in a fully charged state, indicating that the battery life of this electric vehicle is still a bit impressive.

When driving the electric car to the second checkpoint, Sister Zeng was already a bit tired, so she found a place to rest. Then, Sister Zeng led the convoy to continue moving forward. When she arrived at the Maoshan Scenic Area, the electric vehicle's dashboard showed that it had a range of 250 kilometers, and by now it was already dark. Sister Zeng continued to drive her electric bike on the city road, quickly heading towards the next target location.

When we were about to reach Tangshan in Nanjing, Sister Zeng stopped on the road and said, 'We are currently entering the official Nanjing area, and the mileage displayed on the dashboard is 264 kilometers. At this point, we are very close to our destination.'. After a journey of 264 kilometers, the battery level of the car shows that there are still three grids left, so driving to the destination is not a problem at all. However, Sister Zeng said, 'I'm a bit overwhelmed.'.

Assuming that Sister Zeng drove the gold medal H6 immediately and drove at an average speed of 35 kilometers per hour, it would take 7.5 hours to drive 264 kilometers. The average person really couldn't afford it. In order to give everyone a satisfactory explanation, Sister Zeng really went all out.

About 40 minutes later, Sister Zeng finally drove to her destination. At this time, the electric vehicle dashboard displayed a range of 293 kilometers, and the navigation displayed a range of 280 kilometers. Anyway, this range was properly over 500 kilometers.

Why do netizens question the immediate gold medal H6 range?

The range of electric vehicles is closely related to battery capacity and motor power, and the larger the battery capacity, the farther the range. In general, a 48 volt 12 ampere electric vehicle can have a range of 30 kilometers, a 48 volt 20 ampere electric vehicle can have a range of 45 kilometers, a 60 volt 20 ampere electric vehicle can have a range of 55 kilometers, and a 72 volt 20 ampere electric vehicle can have a range of about 60 kilometers.

The theoretical range of the instant gold medal H6 electric vehicle is significantly different from the measured results, so how does it achieve a charging range of 500 miles?

1. Equipped with a large capacity lead-acid battery

The immediate gold medal H6 electric vehicle is equipped with a 35 ampere high capacity graphene lead-acid battery. The lead-acid batteries used in electric vehicles are divided into 12 amperes, 20 amperes, 35 amperes, etc. According to their capacity, the higher the battery capacity carried, the longer the range of electric vehicles.

Batteries are an important component of electric vehicles, and their quality determines the range of electric vehicles. The 35A graphene battery equipped with the immediate gold medal H6 has a higher energy density than ordinary lead-acid batteries, which can provide electric vehicles with longer battery life requirements.

When the electric scooter Zeng Jie finally arrived at her destination, the instrument panel of the vehicle showed that she had traveled 296 kilometers, and the battery gauge showed that there was still remaining battery power, which is enough to prove that the battery density is very high. The instant gold medal H6, equipped with high-energy graphene batteries, has undergone over 500 miles of actual testing in many stores across the country, and the results have been successful, proving the extraordinary strength of this battery.

2. Suitable tire pressure

The smaller the resistance of an electric vehicle during driving, the lower the output power of the battery, which can lay the foundation for the long range of the electric vehicle. When the instant gold medal H6 is tested in other stores across the country for actual cycling, the tire pressure of the electric vehicle is scientifically calculated to ensure that the contact area between the tires and the ground is small, resistance is reduced, the motor load is small, and the battery current output is small, which can provide a longer output voltage. The electric vehicle naturally runs far.

3. Seasonal factors

Lead acid batteries are greatly affected by environmental temperature, and the optimal temperature is 25 degrees Celsius. Immediately, the Gold Medal H6 electric vehicle underwent multiple 500 mile endurance tests in other stores across the country, all during the summer and autumn seasons with suitable temperatures. This season, the temperature is generally above 25 degrees Celsius, and the activity of the active substances inside the battery is the strongest, which can charge more electricity into the battery. Of course, it also lays a solid foundation for long-term endurance. If the temperature is low in winter and the actual capacity of lead-acid batteries is only 60% of that in summer, then they will definitely not be able to run that far.

4. Good mastery of driving speed

I once conducted a test using a 60 volt 20 ampere electric vehicle. This electric vehicle has a motor power of 600 watts and is available in three speeds: low, medium, and high. The battery is fully charged for about 8 hours, and when driving at full speed using high gear, the battery runs out of charge after 1 hour and 20 minutes of continuous discharge, driving for 35 kilometers.

At night, the battery was fully charged, and on the second day, it was tested again. Riding at medium speed, the battery continued to discharge for 3.5 hours, and finally drove 55 kilometers. I ran 20 kilometers more in medium speed than in high speed. This is because at low speeds, the discharge current of the battery is small, and the internal resistance loss is small. The capacity of the battery will be significantly larger, and the electric vehicle will naturally run further if the discharge time is long.

The instant gold medal H6 electric vehicle has a voltage of 72 volts, a battery capacity of 35 amperes, a motor power of 1200 watts, and a maximum speed of 60 kilometers per hour. When riding the electric bike, the driving speed of Sister Zeng was always controlled at 35-40 kilometers per hour, and the battery was discharged at a constant speed. In addition, it was equipped with a high-energy graphene battery, which had a long discharge current time, naturally achieving the ideal range process.

5. This car has an excellent electric motor

The combination of batteries, controllers, and motors is crucial for electric vehicles to run far. In addition to being equipped with high-energy graphene batteries, its controller and motor are all excellent.

Firstly, the controller of this car has good electrical energy conversion rate and low energy loss. The motor has advantages such as low running resistance and energy conservation. At the same time, I speculate that this electric vehicle must have energy recovery technology, which means that the current generated by the electric motor during driving will be recharged into the battery. Simply put, charging while walking indirectly increases the electric vehicle's range.

6. Route selection is very important

The smaller the driving resistance of an electric vehicle during driving, the less electrical energy loss, the longer the battery discharge time, and the farther the electric vehicle naturally runs. Throughout the several 500 mile tests conducted on the instant gold medal H6 electric vehicle, the planned route has low pedestrian flow and good road conditions. When driving an electric bike, riders can maintain a stable speed and reduce the frequency of using the brakes.

The electric vehicle consumes a lot of electricity during the starting stage. When we first start using an electric vehicle, the instrument panel will suddenly lose 1-2 grid of electricity when we rotate the acceleration knob. When the electric vehicle reaches a stable driving speed, the electricity meter will return to normal state.

Throughout the entire driving process of the instant gold medal H6 team, there were almost no obstacles encountered on the road, the frequency of using brakes during driving was less, the number of repeated braking starts was less, and the consumption of electricity was reduced, which also contributed to the successful 500 mile test.

summary

Today, with the widespread use of electric vehicles, we have accumulated rich experience in using them. Based on the battery capacity, we can roughly estimate the actual battery range. Based on past experience, the H6 immediately won the gold medal, and the 72 volt 35 ampere graphene battery it is equipped with cannot travel 500 miles at all.

However, science and technology are constantly advancing, and we cannot judge the actual range of an electric vehicle based on past experience. Immediately, the gold medal H6 completed a journey of 500 miles through multiple practical tests, providing a satisfactory answer for those who have doubts about the endurance of this electric vehicle.

The main reason why the instant gold medal H6 successfully completed the actual driving test of 500 miles is that the car's electric motor is equipped with an energy recovery device that can be charged while walking, the graphene battery has high energy density, seasonal reasons, the vehicle's driving speed is well controlled, the road is smooth during driving, and there is no frequent braking and starting, reducing battery consumption. Under the influence of multiple factors, the gold medal H6 immediately successfully completed multiple 500 mile actual driving tests.

Do you have any further opinions on this? Feel free to leave a message in the comments section!

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