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Most charging stations are equipped with 120kw DC chargers because they primarily serve users such as ride-hailing cars, taxis, and logistics vehicles, which typically have power ratings of around 50kw. With this power level, these vehicles can be fully charged within an hour, meeting the charging needs of most electric vehicles. The 120kw DC charger can quickly charge electric vehicles, providing great convenience for users who urgently need their vehicles.
Additionally, as electric vehicles become more popular, 120kw DC charger can accommodate the simultaneous charging needs of more users, thereby improving the efficiency of charging stations.
Furthermore, choosing 120kw DC charger takes into account the future development trends of electric vehicles. With ongoing advancements in battery technology and improvements in electric vehicle range, the demand for higher power charging will gradually increase. Opting for 120kw DC chargers better prepare charging stations to meet the future charging demands of electric vehicles and supports the long-term development of charging stations.
Moreover, the selection of 120kw DC fast charging stations also considers economic factors. Higher power chargers can complete charging tasks more quickly, increasing the turnover rate of charging stations and thereby boosting revenue. Additionally, the construction and maintenance costs of 120kw DC chargers are relatively lower, providing better returns on investment for charging station operators.
So the reasons why most charging stations use 120kW DC charger can be summarized as follows:
① Rapid Charging: 120kW DC fast charging stations provide high power output, significantly reducing charging time and improving user efficiency. This is a significant advantage for users who require fast charging.
② Strong Compatibility: These chargers can adapt to different models and brands of electric vehicles, offering a wider range of choices to meet the needs of different users.
③ High Efficiency: They utilize advanced charging technology to minimize energy loss, increase charging efficiency, and help save energy and reduce charging costs.
④ Smart Features: Typically equipped with intelligent charging management systems, they can monitor various parameters during the charging process and adjust accordingly, making the charging process safer and more reliable.
⑤ Adaptation to Technological Development: 120kW DC charger can meet the charging power requirements of mainstream electric vehicles today and also adapt well to the technological developments expected in the next 2-5 years.
Furthermore, despite the availability of higher-power chargers on the market, 120kW DC charger has become a more common choice due to technological and safety considerations, as well as differences in production standards among different automakers. They ensure the longevity of the power battery while providing sufficient charging speed to meet the needs of most users.
In summary, the choice of equipping most charging stations with 120kw DC chargers is based on a comprehensive consideration of user needs, future development trends, and economic benefits. This selection effectively enhances the service quality of charging stations, meets users’ charging demands, and supports the sustainable development of charging infrastructure.
