English
The 8x4 Left-Hand Drive Electric Concrete Mixer Truck (6-14m³) is an eco-friendly operation equipment tailored for modern low-carbon projects. Adopting a pure electric drive design, it completely eliminates exhaust emissions, perfectly meeting the strict environmental requirements of urban and industrial construction projects. Equipped with a 6-14m³ large-capacity mixing drum, the vehicle adapts to different engineering volume needs. The 8x4 drive form endows it with strong off-road passability and load-bearing capacity, and the left-hand drive layout conforms to the driving habits in most regions around the world. With its efficient mixing system, low-energy operation advantages and stable core performance, it has become the preferred mixing equipment for road and bridge construction, real estate development, municipal engineering and other scenarios, helping projects achieve the dual goals of green construction and cost reduction and efficiency improvement.
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X7E
CAMC
This electric concrete mixer truck takes "environmental protection upgrade and efficient adaptation" as its core positioning, focusing on the green transformation needs in engineering construction. The whole vehicle is made of high-strength steel, with a solid and durable body structure that can cope with long-term wear and tear in complex construction site environments; the mixing drum adopts an optimized double-helix blade design, with high mixing uniformity and less residue, effectively improving the quality of concrete; the pure electric drive system is matched with a large-capacity lithium battery, which has a cruising range that meets daily construction needs, convenient charging and operating costs far lower than traditional fuel-powered concrete mixer trucks. The combination of 8x4 drive and left-hand drive design allows the vehicle to flexibly adapt to different road conditions and driving regulations in different regions. The capacity selection range of 6-14m³ can accurately match the diverse needs from small municipal projects to large infrastructure projects.
Zero Emission & Strong Policy Adaptability: Pure electric drive, no exhaust emissions and no noise pollution. It can freely enter and exit the core urban areas and construction sites with strict environmental control, fully complying with low-carbon environmental policies around the world and avoiding the risk of environmental penalties.
Large Capacity Adaptation & High Operation Efficiency: Multiple capacities of 6-14m³ are available, which can be flexibly deployed according to the project volume to reduce transportation times; the double-helix blades of the mixing drum ensure uniform mixing, fast mixing speed and low residue rate, improving the quality and efficiency of a single operation.
8x4 Powerful Drive & Wide Road Adaptability: The 8x4 drive form provides sufficient power output and strong climbing ability, which can easily cope with complex construction site road conditions such as mud and steep slopes, ensuring continuous operation; the left-hand drive layout conforms to mainstream driving habits and can be adapted to multiple countries and regions without modification.
Low Energy Consumption & Low Operation Cost: Compared with fuel-driven, electric drive reduces energy consumption cost by more than 60%; the electric system has a simple structure, low failure rate, low later maintenance cost, and significant cost-performance advantage in long-term use.
Intelligent Control & Good Driving Experience: Equipped with an intelligent central control system that can real-time monitor mixing status, remaining power, driving parameters and other information; the cab is spacious, the seats are comfortable, and the operation panel layout is reasonable, reducing the driver's labor intensity.
① Check if the battery power is sufficient and the charging interface is intact to ensure stable power supply; ② Check if the mixing drum, feed inlet and discharge outlet are clean and free of residues, and if the blades are tight and undamaged; ③ Check if the oil levels of the hydraulic system, braking system and steering system are normal and if there is any leakage; ④ Check the tire pressure, wear condition and the tightness of the hub bolts; ⑤ Enter the cab, adjust the seat and rearview mirror, and confirm that all indicator lights on the operation panel are normal.
① Insert the key or press the start button to start the vehicle power system and wait for the system self-inspection to complete; ② Shift into the appropriate gear, release the handbrake, slowly step on the accelerator pedal, and start the vehicle smoothly; ③ After arriving at the loading location, stop the vehicle and pull the handbrake, operate the mixing drum control switch, adjust the mixing drum speed to the loading mode, and start loading; ④ After loading, adjust the mixing drum to the mixing mode and keep low-speed mixing to avoid concrete segregation; ⑤ During driving, pay attention to observing the road conditions, abide by traffic rules, avoid sudden acceleration and sudden braking, and monitor the operation status of the mixing drum at the same time.
① After arriving at the unloading location, stop the vehicle smoothly, pull the handbrake, adjust the vehicle position to align the discharge outlet with the receiving equipment; ② Operate the control switch, adjust the mixing drum to the unloading mode, and control the unloading speed; ③ During the unloading process, observe the concrete discharge status. If segregation or caking occurs, the mixing speed can be appropriately adjusted; ④ After unloading, operate the mixing drum to reverse, clean the residual concrete in the drum, and add water to rinse if necessary; ⑤ Turn off the mixing drum, confirm that there is no residue at the discharge outlet, then sort out the equipment and prepare for the next operation.
① After the operation is completed, park the vehicle in a flat and safe area, pull the handbrake, and turn off the power; ② Thoroughly clean the residual concrete in the mixing drum, feed inlet and discharge outlet to avoid solidification and caking; ③ Check the oil and power of each system, and if the power is insufficient, connect the charging equipment to charge in time; ④ Check if the vehicle appearance, tires, blades and other components are damaged, and repair them in time if there is any problem; ⑤ Complete the operation record, including operation time, project volume, equipment operation status, etc.
User 3 (Overseas Engineering Equipment Dealer): This left-hand drive electric concrete mixer truck is very popular in our local area, complying with local driving habits and environmental policies. Customers are most satisfied with the low operating cost and simple maintenance. Compared with traditional fuel-powered vehicles, it greatly reduces their use cost. The 6-14m³ capacity covers most engineering needs, and the sales volume is good. We have also done after-sales tracking. The equipment has a low failure rate and a good customer reputation. We will continue to purchase in batches.
A1: The cruising range of this vehicle is ≥200km (full load condition), which is mainly suitable for engineering operation scenarios in cities and surrounding areas. If long-distance transportation is required, it is recommended to plan charging stations in advance or choose a version with a larger capacity battery, which can further improve the cruising range. At the same time, the vehicle supports fast charging, which can effectively shorten the charging waiting time and ensure operation efficiency.
This electric concrete mixer truck takes "environmental protection upgrade and efficient adaptation" as its core positioning, focusing on the green transformation needs in engineering construction. The whole vehicle is made of high-strength steel, with a solid and durable body structure that can cope with long-term wear and tear in complex construction site environments; the mixing drum adopts an optimized double-helix blade design, with high mixing uniformity and less residue, effectively improving the quality of concrete; the pure electric drive system is matched with a large-capacity lithium battery, which has a cruising range that meets daily construction needs, convenient charging and operating costs far lower than traditional fuel-powered concrete mixer trucks. The combination of 8x4 drive and left-hand drive design allows the vehicle to flexibly adapt to different road conditions and driving regulations in different regions. The capacity selection range of 6-14m³ can accurately match the diverse needs from small municipal projects to large infrastructure projects.
Zero Emission & Strong Policy Adaptability: Pure electric drive, no exhaust emissions and no noise pollution. It can freely enter and exit the core urban areas and construction sites with strict environmental control, fully complying with low-carbon environmental policies around the world and avoiding the risk of environmental penalties.
Large Capacity Adaptation & High Operation Efficiency: Multiple capacities of 6-14m³ are available, which can be flexibly deployed according to the project volume to reduce transportation times; the double-helix blades of the mixing drum ensure uniform mixing, fast mixing speed and low residue rate, improving the quality and efficiency of a single operation.
8x4 Powerful Drive & Wide Road Adaptability: The 8x4 drive form provides sufficient power output and strong climbing ability, which can easily cope with complex construction site road conditions such as mud and steep slopes, ensuring continuous operation; the left-hand drive layout conforms to mainstream driving habits and can be adapted to multiple countries and regions without modification.
Low Energy Consumption & Low Operation Cost: Compared with fuel-driven, electric drive reduces energy consumption cost by more than 60%; the electric system has a simple structure, low failure rate, low later maintenance cost, and significant cost-performance advantage in long-term use.
Intelligent Control & Good Driving Experience: Equipped with an intelligent central control system that can real-time monitor mixing status, remaining power, driving parameters and other information; the cab is spacious, the seats are comfortable, and the operation panel layout is reasonable, reducing the driver's labor intensity.
① Check if the battery power is sufficient and the charging interface is intact to ensure stable power supply; ② Check if the mixing drum, feed inlet and discharge outlet are clean and free of residues, and if the blades are tight and undamaged; ③ Check if the oil levels of the hydraulic system, braking system and steering system are normal and if there is any leakage; ④ Check the tire pressure, wear condition and the tightness of the hub bolts; ⑤ Enter the cab, adjust the seat and rearview mirror, and confirm that all indicator lights on the operation panel are normal.
① Insert the key or press the start button to start the vehicle power system and wait for the system self-inspection to complete; ② Shift into the appropriate gear, release the handbrake, slowly step on the accelerator pedal, and start the vehicle smoothly; ③ After arriving at the loading location, stop the vehicle and pull the handbrake, operate the mixing drum control switch, adjust the mixing drum speed to the loading mode, and start loading; ④ After loading, adjust the mixing drum to the mixing mode and keep low-speed mixing to avoid concrete segregation; ⑤ During driving, pay attention to observing the road conditions, abide by traffic rules, avoid sudden acceleration and sudden braking, and monitor the operation status of the mixing drum at the same time.
① After arriving at the unloading location, stop the vehicle smoothly, pull the handbrake, adjust the vehicle position to align the discharge outlet with the receiving equipment; ② Operate the control switch, adjust the mixing drum to the unloading mode, and control the unloading speed; ③ During the unloading process, observe the concrete discharge status. If segregation or caking occurs, the mixing speed can be appropriately adjusted; ④ After unloading, operate the mixing drum to reverse, clean the residual concrete in the drum, and add water to rinse if necessary; ⑤ Turn off the mixing drum, confirm that there is no residue at the discharge outlet, then sort out the equipment and prepare for the next operation.
① After the operation is completed, park the vehicle in a flat and safe area, pull the handbrake, and turn off the power; ② Thoroughly clean the residual concrete in the mixing drum, feed inlet and discharge outlet to avoid solidification and caking; ③ Check the oil and power of each system, and if the power is insufficient, connect the charging equipment to charge in time; ④ Check if the vehicle appearance, tires, blades and other components are damaged, and repair them in time if there is any problem; ⑤ Complete the operation record, including operation time, project volume, equipment operation status, etc.
User 3 (Overseas Engineering Equipment Dealer): This left-hand drive electric concrete mixer truck is very popular in our local area, complying with local driving habits and environmental policies. Customers are most satisfied with the low operating cost and simple maintenance. Compared with traditional fuel-powered vehicles, it greatly reduces their use cost. The 6-14m³ capacity covers most engineering needs, and the sales volume is good. We have also done after-sales tracking. The equipment has a low failure rate and a good customer reputation. We will continue to purchase in batches.
A1: The cruising range of this vehicle is ≥200km (full load condition), which is mainly suitable for engineering operation scenarios in cities and surrounding areas. If long-distance transportation is required, it is recommended to plan charging stations in advance or choose a version with a larger capacity battery, which can further improve the cruising range. At the same time, the vehicle supports fast charging, which can effectively shorten the charging waiting time and ensure operation efficiency.
