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XC918-EV
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Product Introduction
The XC918EV is a high-end, efficient and energy-saving pure electric wheel loader independently developed by XG Group. It represents the latest technological achievements of current construction machinery in the field of new energy, aiming to provide green and intelligent solutions for scenarios with harsh working conditions, high environmental protection requirements, and sensitive operating costs, such as ports, mines, steel mills, coal logistics, and cement mixing plants.
Product Advantage
Zero emissions, environmentally friendly and energy-saving: Fully powered by electricity, there is no exhaust emission during operation, meeting the most stringent environmental protection requirements. It can be widely applied in places with high environmental protection requirements such as tunnels, mines, ports, and urban construction.
The operating cost is extremely low: The electricity cost is much lower than the fuel cost. At the same time, the regular replacement items of engine oil, filter elements, diesel filters, etc. have been eliminated, and the maintenance cost has been significantly reduced by more than 40%.
Strong power and efficient operation: The motor can instantly output the maximum torque, with a fast response speed, stronger lifting force and high working efficiency.
Low noise and good comfort: The operating noise of the motor is much lower than that of the diesel engine, greatly improving the working environment for drivers and reducing the noise impact of the equipment on the surrounding community.
Intelligent management: Integrated with an advanced remote management system, it can monitor in real time the vehicle's location, battery level, working status, energy consumption and other data, achieving intelligent management of the fleet.
Technical Parameters
| Items | Units | Parameters |
| General dimensions | mm | 5630*2060*2750 |
| Rated load | kg | 1800 |
| Rated power | kw | 64 |
| Bucket capacity | M3 | 1 |
| Operating mass | kg | 6700 |
| Dump height | mm | 2670 |
| Dump distance | mm | 775 |
| Wheel base | mm | 2150 |
| Tread | mm | 1550 |
| Max breakout force | kn | 62 |
| Total cycling time | s | 9.7 |
| Min turning radius | mm | 3700 |
Product Uses
In confined Spaces such as tunnels and underground mines: There is no need to worry about ventilation and exhaust gas issues, ensuring the health of construction workers.
Industries with high requirements for environmental cleanliness, such as food, medicine, and cold chain: Eliminate fuel pollution.
Urban construction and municipal engineering: Reduce noise interference to residential areas and carry out construction in areas with high environmental protection requirements at night.
Ports, docks and steel mills: Carry out bulk cargo handling to reduce operating costs.
Green demonstration parks and new energy projects encouraged by the state: highly consistent with the overall environmental protection concept of the project.
Product Operate Guide
Startup and "Preheating"：
Get in the car and fasten your seat belt.
Step on the brake pedal and press the "Start" button. After the system self-checks and finds no errors, it is ready.
Electric vehicles do not require traditional heat engines, but it is recommended to run them under light load for a few minutes in cold weather to allow the battery and hydraulic system to reach the optimal working temperature.
Operation and driving characteristics:
Silent operation: As there is no engine noise, it is necessary to rely more on the rearview mirror and camera to observe the surrounding environment and be vigilant against people approaching.
Strong instantaneous torque: The motor responds extremely quickly. The operating handle needs to be more stable and gentle to avoid rough operation that may cause material spalling or mechanical shock.
Energy recovery: When decelerating or going downhill, the system automatically recovers energy to charge the battery and generate braking force at the same time. The driver needs to adapt to this unique braking feeling.
FAQ
• A: The specific battery capacity may vary depending on the configuration. Generally, it is equipped with a large-capacity lithium iron phosphate battery pack of over 300 kWh.
Charging time: With a DC fast charging station, it takes about 1 to 2 hours to charge the battery from 0 to 100%.
Ac slow charging takes longer (about 8 to 10 hours) and is suitable for replenishing energy during night breaks.
◦ Working time: The battery life is highly dependent on the intensity of the operating conditions. Under typical heavy-load working conditions (such as loading ore), it can work continuously for 4 to 6 hours. Under medium or light load conditions, it can achieve 6-8 hours or even longer shift operations, which is sufficient to meet the needs of most users for one shift (8 hours).
• A: Better power performance. Permanent magnet synchronous motors can instantly output the maximum torque, and their response speed far exceeds that of diesel engines. This means that it starts and accelerates faster, has stronger digging force, and especially feels more powerful when starting under heavy load and loading material piles, with higher work efficiency.
A: Yes, this is one of the core energy-saving technologies of electric loaders. When a vehicle brakes, decelerates or goes downhill, the drive motor will transform into a generator, converting kinetic energy into electrical energy and recharging it into the battery, effectively extending the driving range and reducing the wear of brake pads.
• A: The energy-saving effect is extremely remarkable. The main savings come from:
Electricity cost vs. fuel cost: The electricity cost is less than 30% of the diesel cost, and the energy consumption cost can be reduced by about 70%.
2. Maintenance cost: It eliminates the need for regular replacement of engine oil, filters, and fuel filters, as well as the maintenance of the post-treatment system (DPF/SCR). Daily maintenance only requires checking the brakes, hydraulic system, lubrication, etc., reducing maintenance costs by more than 50%.
• A: The initial purchase cost of a vehicle is usually higher than that of a diesel loader of the same model. However, due to its extremely low operating and maintenance costs, the investment payback period is very short. For users with high annual working hours (such as over 3,000 hours of operation per year), they can generally recover the additional cost of purchasing a car within 1 to 2 years through the savings in fuel and maintenance fees, and then there will be net profits.
• A: Safety is the primary design goal. The entire vehicle is equipped with high-voltage interlock, insulation monitoring, leakage protection and other functions. Once an abnormality occurs, it will automatically cut off the power immediately. The core components such as the battery pack and motor all reach IP67 or above protection levels, which can prevent water immersion and dust from entering, fully adapting to harsh industrial and mining environments.
