HARDHITTER Pinggu Bus Charging Station | Eight Years of Stable Operation, Setting a New Benchmark for Industry Development
New Energy Buses - The Key Force in Green Travel
In the wave of green transformation of urban transportation, new energy buses have become an indispensable part of daily life. The Beijing Pinggu Bus Terminal Charging Station, built with the assistance of HARDHITTER, has been in stable operation for 8 years since it was put into use at the end of December 2016, continuously contributing to green travel.
Advanced Equipment Ensures Efficient Charging
The Pinggu Bus Terminal Charging Station, located at No. 51 Pinggu Street, Pinggu District, Beijing, is the largest bus charging station in the Beijing area.
The station is equipped with 220 fast-charging guns, all of which adopt the HARDHITTER intelligent power scheduling charging system. It can accurately allocate power according to the vehicle's needs, ensuring that each bus can receive timely and efficient charging services and guaranteeing the high efficiency and orderliness of the charging process. It perfectly meets the large-scale and high-intensity charging requirements of buses.
Characteristic Operation Mode Achieves Efficient and Economic Management
Through the charging settings of rapid energy replenishment during the day and cost savings during the evening off-peak electricity price period, the station has achieved efficient and economic operation management.
Bus vehicles can be continuously recharged during the day, with charging available at any time. After entering the station, they can quickly replenish energy, ensuring the smooth operation of bus lines. At 23:00 in the evening, the timed charging program makes full use of the low electricity price period to save charging costs for the bus company.
Eight Years of Stable Operation Creates Outstanding Benefits
Over the past eight years, the station has been in continuous and stable operation. The annual charging volume is as high as 10 million kWh, and the average daily charging volume is close to 30,000 kWh. It has brought significant economic benefits to bus operations, with a cumulative savings of 50 million yuan in vehicle operation costs.
As one of the earliest companies in China to engage in the charging pile industry and has long been concerned about the bus charging market, HARDHITTER has accumulated rich industry and project experience. It has built many large-scale exemplary bus charging stations in many regions across the country, including Beijing, Shandong, Shanxi, Hubei, etc.
At the same time, the intelligent power scheduling charging system independently developed and patented by HARDHITTER in 2014 accurately regulates the charging power, ensuring the stability and high efficiency of the charging process and greatly improving the operation efficiency and service quality of the charging piles.
In terms of product and technology research and development, HARDHITTER insists on resource investment and promotes technological innovation and upgrading. It optimizes the internal structure and circuit design of the charging piles and improves the safety protection level of the equipment, enabling the charging piles to maintain a stable and reliable state during long-term operation.
In terms of production process, strict control is implemented. From the selection of raw materials to each production link, strict standards are followed to ensure that each charging pile has excellent quality.
It is the combined effect of these comprehensive factors that enables the HARDHITTER charging piles to operate stably for eight years.
Industry Model Leads Green Development
The successful practice of the Pinggu Bus Charging Station has set an example for the industry. It reflects the reliable ability of HARDHITTER charging piles in dealing with high-load and long-time operation scenarios.
The stable, reliable, and sustainable product characteristics of HARDHITTER contribute to the rapid development of green transportation and help the industry move forward in a more environmentally friendly and efficient direction.