▲The electric food garbage truck is modified using an original vehicle chassis. The drive motor transmits power to the rear axle via a drive shaft, ensuring a safer system, significantly reducing the number of transmission devices, and improving overall vehicle stability.
▲It utilizes sophisticated lithium iron phosphate battery technology, a BMS management system, and multiple cutting-edge scientific and technological protection measures, including pre-charging knowledge, single-chip microcomputer knowledge, insulation monitoring knowledge, high-voltage loop interlocking knowledge, overcurrent detection, and high and low voltage protection.
▲Powered by lithium-ion batteries, it utilizes an intelligent BMS management system and an all-in-one controller (with pre-charging, anti-static protection, insulation monitoring, high-voltage loop interlocking, overcurrent detection, and high and low voltage protection), serving as an intelligent management system for high-voltage system fault diagnosis and safety management. It is a green, low-carbon, environmentally friendly, energy-saving, and noiseless product.
▲The use of a three-phase AC permanent magnet synchronous motor, a matching controller, and an intelligent water-cooled drive system ensures a peak efficiency of 95% for the entire drive system, providing strong load-carrying capacity. This enhances the vehicle's starting acceleration, hill climbing, and overload performance, significantly improving overall vehicle efficiency. 

▲Energy Recovery: The BMS management system communicates with the drive system in real time via the CAN bus. When the drive motor is coasting or braking, the electromotive force generated by the motor's rotation is inverted by the drive controller and then recharged by the BMS management system to the lithium iron phosphate battery, achieving effective energy recovery.
▲The all-electric air conditioning system seamlessly integrates with the standard chassis for easy installation, significantly enhancing vehicle comfort.
▲The intelligent charging system primarily controls battery charging through control modules such as the battery manager and all-in-one controller, ensuring a smooth charging process. Charging options include standard DC charging and optional AC charging.

▲Company Introduction

Zhongke Shangsheng New Energy Vehicle Co., Ltd. specializes in the research and development and production of various new energy sanitation vehicles, including new energy garbage trucks, new energy sweepers, restaurant kitchen trucks, road sweepers, cleaning vehicles, water sprinklers, and dust suppression vehicles. The company currently operates a Yancheng R&D and processing plant and maintains long-standing partnerships with large and medium-sized sanitation companies, universities, and research institutes both domestically and internationally. The company has signed a long-term technical cooperation agreement with the Shanghai Branch of the Chinese Academy of Sciences, providing technical services and support regarding policies, regulations, standards, and market requirements, and jointly developing new technologies and processes for special-purpose vehicle modification. Focusing on the R&D direction of "electrification, intelligence, and connectivity," the company is focusing on new energy product development, product cost reduction, and the development of intelligent vehicle networking systems for sanitation equipment. The company is currently developing a small unmanned sweeper that incorporates intelligent obstacle avoidance, facial recognition assisted driving, and intelligent traffic light start-stop technology. The company has relocated part of its production and technical teams to Suizhou, establishing a standardized assembly line and implementing tooling-based production within the industrial park. The company assembles and manufactures various sanitation vehicles, with an annual production capacity of 800 units. To date, the company has 125 employees, including 92 front-line production personnel, and its output value in 2021 was 200 million yuan.

▲Industry Applications

▲Factory appearance

▲FAQ

Q. How do new energy garbage trucks work?
A. New energy garbage trucks operate similarly to traditional garbage trucks, using the vehicle's powertrain to drive the garbage bins for loading, unloading, and transporting garbage. However, new energy garbage trucks primarily rely on non-traditional power sources such as batteries, electric drive systems, or natural gas engines, reducing fuel consumption and exhaust emissions.

Q. What operating environments are new energy garbage trucks suitable for?
A. New energy garbage trucks are suitable for garbage collection and transportation in most cities. In urban environments, electric garbage trucks, with their zero emissions and low noise levels, are particularly well-suited for residential, commercial, and ecologically sensitive areas. Suitability for cold climates depends on battery technology; modern electric garbage trucks typically operate in temperatures ranging from -20°C to +40°C.

Q. What are the environmental advantages of new energy garbage trucks?
A. New energy garbage trucks offer the following environmental advantages:
Zero emissions: Electric garbage trucks produce no exhaust emissions during operation.
Low noise: Electric garbage trucks operate much quieter than traditional fuel-powered vehicles, making them particularly suitable for nighttime operations or in residential areas.
Reduced carbon footprint: Using clean energy helps reduce greenhouse gas emissions and improve air quality.