Graphene batteries are good. A comparison of whether Emma's original battery or graphene battery is better:
1. Graphene battery has higher energy density and can provide longer battery life. Second, graphene battery has faster charging speed and can be fully charged. charged in a short time. Additionally, graphene batteries also have a longer lifespan and can undergo more charge and discharge cycles.
2. There are issues with Emma's original battery life. Its number of uses is limited, it cannot withstand frequent charging and discharging and requires more maintenance.
3. To summarize, graphene batteries are good.
How does Emma know if it is a graphene battery?
The Air Force One A500 launched by Emma has battery life of 150 kilometers. The engine developed by. Emmhas the maximum energy which reaches 190 kilometers. For an electric vehicle, the most important thing is naturally its power system. This time, Emma A500 is equipped with a unique MAX motor power aggregation system, which effectively solves the problem of battery life and power supply problems of electric vehicles. .
Emma Air Force One A500 lithium battery overview
The first is the motor drive part. The A500 is equipped with a new generation of independent research from Emma. and a development that took two years. The motor's MAX energy harvesting motor drive system reduces losses by 15% and increases torque by 15% compared to the previous generation motor, resulting in increased horsepower. As for the battery, the A500 is equipped with a benchmark second-generation anti-aging graphene battery, which has a sizesmaller and higher energy storage efficiency.
The energy density of the battery has been increased by 20%, and the A500 also supports flash charging mode across the board, which can charge 80% of the battery in one hour. Of course, innovation is not limited to performance. The A500 is also equipped with Emma's patented SDS intelligent power system, which can intelligently identify intersections and automatically adjust the output torque.
For example, when you encounter a steep slope, it can automatically adjust the force according to the slope to achieve an easy climb. In addition, the A500 is also equipped with a CES brake energy recovery system, which can recycle kinetic energy during descents and braking, further improving cruising range. It is reported that this system can increase energy usage efficiency by 10%.
AfIn order to further improve the vehicle's cruising range, the Emma A500 has also been adjusted in various details. The whole vehicle uses an LED lighting system, low rolling resistance tire technology and smooth dynamic drag reduction design to reduce energy loss by 50% and increase brightness by 30%.
The graphene battery of Emma electric vehicle can be judged by the following methods:
1. Check the outer packaging: the outer packaging box of ordinary Emma graphene battery. There will be "graphene battery" marked on the box, and the font marked "graphene battery" is red, while the "graphene" font on other packaging boxes is black.
2. Check Battery Weight: Regular LoveMargraphene batteries are heavier than regular batteries due to the addition of lead plates, graphene and other materials.
3. Observe the internal structure of the battery: The internal structure of the standard Emma graphene battery includes graphene alloy materials and energy harvesting nets. Its internal structure is more stable and its performance is more outstanding.
4. Check the battery logo: Regular Emma graphene batteries will have the “Emma” or “Emma Auto Electric” logo on them. These logos have been strictly tested and certified and can be used as a judge. it's a regular graphene battery.
It should be noted that some marketers claim that their batteries are graphene batteries, but in fact they may just be ordinary lead-acid batteries or ordinary lithium-ion batteries. It is therefore recommended to understand carefully. product information before purchasing. And choose to purchase through formal channels.