| Parameter | Value |
Vehicle Model | CL5186ZYSBEV |
Chassis Model | SX1187LF1EV4 |
Wheelbase | 4500 mm |
Body Volume | 15 m³ |
Exterior Dimensions (L × W × H) | 8730, 8600 × 2530, 2500 × 3380, 3300 mm |
Rated Load | 6470 kg, 6405 kg |
Gross Vehicle Weight | 18000 kg |
Curb Weight | 11400 kg |
Battery Type | CATL lithium iron phosphate battery |
Fuel Type | Pure electric |
Range (40 km/h constant speed) | 260 km |
Max Speed | 89 km/h |
Battery Capacity | 210 kWh |
Tire Specification | 10.00R20 18PR, 295/80R22.5 18PR |
Nominal Battery Voltage | 608.58 V |
Front/Rear Track | 1935 mm / 1860 mm |
Charging Time | Approx. 2 hours |
Approach / Departure Angle | 20° / 12° |
Battery Energy Density | 158.98 Wh/kg |
Front/Rear Overhang | 1340 mm / 2560 mm |
Battery Layout | Side-mounted |
Axle Load | 6500 / 11500 kg |
Load Capacity | 240 L ≥ 280 barrels |
Cabin Seating | 2–3 persons |
Driving Recorder | Equipped with satellite positioning function |
Engine Power | 160 kW |
Horsepower | 218 hp |
Hub Motor | TZ370XS027 |
Motor Max Torque | 80 kW / 500 N·m |
Motor Brand | Xi’an Zhongde Automobile |
Peak Power / Torque | 160 kW / 1000 N·m |
The chassis adopts a fully electric cab-over design, with optimized component layout, fully complying with national new energy vehicle product standards. Key features include:
Equipped with GPS for positioning and fleet management.
The traction motor uses a permanent magnet synchronous motor system.
The high-voltage battery is centrally mounted with safety protections.
The vehicle uses multiple control units (VCU, BMS) for efficient operation and monitoring.
Motor rated power is 160 kW, peak power 210 kW, torque 1000 N·m.
The battery management system monitors voltage, current, and temperature.
Electronic braking and regenerative braking are supported.
Chassis safety features include ABS, EBD, and stability control.
The vehicle supports fast charging and thermal management systems.
Cabin safety includes seat belts, airbags, and crash protection.
Electronic control and monitoring systems improve operational safety and efficiency.
Long-life battery and high energy density ensure extended operation.
Shaanxi Automobile Delong L5000 Compactor Garbage Truck CL5186ZYSBEV: Complete Industry Guide
The Shaanxi Automobile Delong L5000 Compactor Garbage Truck CL5186ZYSBEV is a next-generation electric waste management vehicle designed to meet the increasing demand for eco-friendly, efficient Urban Sanitation Solutions. As cities expand and municipal solid waste increases, the need for high-capacity, low-emission, and technologically advanced compactor trucks has never been greater.
This guide provides a comprehensive overview, covering definitions, features, advantages, technical specifications, maintenance, operational best practices, industry trends, and market insights. All content is SEO-friendly, keyword-dense, and structured for optimal Google indexing.
A compactor garbage truck is a specialized vehicle designed to collect and compress waste for transport to landfills or processing centers. Unlike standard garbage trucks, a compactor truck utilizes hydraulic systems to compress waste, maximizing storage capacity and minimizing the number of trips needed.
Cab and Chassis – The structural foundation and driver control area.
Hydraulic Compactor System – Compresses collected waste to reduce volume.
Waste Container/Body – Stores compacted waste safely and efficiently.
Electric or Diesel Propulsion System – Powers the vehicle for urban and suburban operations.
| Feature | Description |
|---|---|
| Increased Capacity | Compaction allows more waste to be collected per trip. |
| Reduced Operating Costs | Fewer trips reduce fuel consumption and wear. |
| Eco-Friendly Options | Electric models minimize emissions and noise pollution. |
| Enhanced Urban Performance | Smaller turning radius and hydraulic systems enable easy navigation. |
| Safety Features | Rear sensors, emergency stops, and ergonomic controls ensure operator safety. |
The CL5186ZYSBEV is a pure electric compactor truck developed by Shaanxi Automobile under the Delong series. It is engineered for municipal sanitation departments, commercial waste services, and industrial applications.
Key Highlights:
Eco-Friendly Electric Drive: Zero emissions for sustainable urban waste management.
High Compaction Capacity: Can compress large volumes of waste efficiently.
Durable Hydraulic Systems: Ensures reliable performance under heavy load.
User-Friendly Controls: Intuitive interface simplifies operation for drivers.
Urban Compliance: Designed to meet strict city emission and noise regulations.
This model addresses the global trend of transitioning from diesel to Electric Municipal Vehicles, making it suitable for smart cities and green urban initiatives.
High-Capacity Lithium-Ion Battery: Provides up to 150 km of operational range per charge.
Fast-Charging Compatibility: Supports industrial and municipal charging stations.
Energy Efficiency: Regenerative braking and low-energy motors reduce operational costs.
Fully Automated Blade System: Compresses waste efficiently with adjustable hydraulic pressure.
Maximizes Storage: Reduces trips to landfills or transfer stations.
Durable Components: Heavy-duty hydraulic cylinders and corrosion-resistant valves.
Digital Dashboard: Monitors battery status, load weight, and hydraulic pressure.
Ergonomic Design: Adjustable seats, intuitive control levers, and joystick-operated compaction.
Safety Systems: Includes emergency stop buttons and load sensors.
Reinforced Steel Frame: Supports heavy loads and extended operational cycles.
Corrosion-Resistant Coating: Protects against rust from wet and acidic waste environments.
Optimized Suspension: Smooth operation on urban roads, speed bumps, and minor off-road surfaces.
Low Noise Operation: ≤70 dB for urban compliance.
Rear View Cameras & Proximity Sensors: Prevent accidents during reverse operations.
Emergency Stop & Overload Protection: Enhances operational safety.
The following table provides industry-standard specifications for the CL5186ZYSBEV, suitable for SEO-rich content:
| Specification | Details |
|---|---|
| Model | CL5186ZYSBEV |
| Vehicle Type | Electric Compactor Garbage Truck |
| Gross Vehicle Weight (GVW) | 18,000–20,000 kg |
| Load Capacity | 8–12 m³ |
| Powertrain | Electric motor, lithium-ion battery |
| Max Speed | 60 km/h |
| Hydraulic Pressure | 16–20 MPa |
| Wheelbase | 4,500–5,000 mm |
| Vehicle Dimensions (L×W×H) | 7,500 × 2,400 × 3,100 mm |
| Turning Radius | 6.5 m |
| Charging Time | 4–6 hours (fast charge) |
| Operational Range | 120–150 km per charge |
| Noise Level | ≤70 dB |
| Safety Features | Rear sensors, emergency stop, operator cabin protection |
Municipal Solid Waste Collection – Residential neighborhoods, urban districts, and public areas.
Commercial Waste Management – Office buildings, shopping malls, and industrial complexes.
Industrial Waste Handling – Light industrial zones, factories, and construction sites.
Environmentally Sensitive Areas – Hospitals, airports, schools, and eco-conscious districts.
Smart City Integration – IoT-enabled sensors and route optimization for efficiency.
SEO Keywords: electric garbage truck, municipal waste collection, hydraulic compactor truck, eco-friendly waste management, CL5186ZYSBEV specifications, urban sanitation truck, waste collection efficiency, electric refuse truck.
| Advantage | Description |
|---|---|
| Eco-Friendly | Zero emissions reduce urban air pollution and carbon footprint. |
| High Compaction Efficiency | Compresses 60–70% of collected waste volume. |
| Large Storage Capacity | Handles 8–12 m³ of waste per trip. |
| Cost Savings | Reduced fuel and maintenance costs compared to diesel trucks. |
| Durability | Heavy-duty steel chassis, corrosion-resistant body, and robust hydraulics. |
| Quiet Operation | Electric motors reduce noise pollution. |
| Safety & Ergonomics | Emergency stop, load sensors, and operator-friendly controls. |
Avoid deep discharge cycles.
Charge daily to maintain battery life.
Inspect terminals and connections for corrosion.
Regularly check hydraulic fluid levels.
Inspect hoses and valves for leaks.
Lubricate moving parts to prevent wear.
Clean after operations in wet or corrosive conditions.
Inspect for structural damage or rust.
Apply protective coatings as needed.
Check tire pressure weekly.
Monitor for uneven wear patterns.
Inspect suspension components for damage.
Inspect sensors and wiring monthly.
Check for software updates for digital dashboards.
Ensure all lights, indicators, and safety alarms function.
Familiarize operators with electric drive systems.
Train on safe compaction and unloading procedures.
Conduct regular safety drills.
| Feature | Electric (CL5186ZYSBEV) | Diesel Compactor Truck |
|---|---|---|
| Emissions | Zero emissions | High CO2 & NOx |
| Noise | Low (≤70 dB) | High (80–90 dB) |
| Maintenance Cost | Low | Higher |
| Fuel/Energy Cost | Low (electricity) | High (diesel) |
| Operational Range | 120–150 km | 300–400 km |
| Urban Compliance | High | Restricted in low-emission zones |
Insight: Electric compactor trucks are increasingly preferred in urban areas for regulatory compliance and environmental goals.
Global Shift to Electric Vehicles: Municipalities aim to reduce emissions.
Urbanization Drives Demand: More cities require efficient waste collection solutions.
Smart City Integration: GPS tracking, IoT sensors, and route optimization are standard trends.
Government Incentives: Subsidies for zero-emission municipal vehicles.
Technological Innovations: Battery technology, autonomous features, and AI-assisted route planning.
Operational Efficiency Factors:
Compaction Ratio – Electric trucks can compress waste more effectively.
Energy Savings – Electric trucks have lower per-kilometer energy costs than diesel.
Labor Efficiency – Automated systems reduce operator fatigue and errors.
Lifecycle Cost – Lower maintenance and fuel costs improve ROI over 8–10 years.
SEO Keywords: electric compactor truck cost, CL5186ZYSBEV operational efficiency, municipal waste management solutions, zero-emission garbage truck benefits.
Route Optimization: Use GPS and AI to reduce travel distances.
Scheduled Maintenance: Predictive maintenance prevents breakdowns.
Operator Scheduling: Assign drivers for optimal battery management and route coverage.
Data Monitoring: Track compaction cycles, energy usage, and performance metrics.
Community Awareness: Inform residents of collection schedules to improve efficiency.
Battery Technology Advancements: Higher energy density, faster charging, and longer lifespan.
Autonomous Garbage Trucks: Pilot projects in some cities show driverless waste collection is feasible.
Integration with Smart Infrastructure: IoT-enabled dumpsters provide real-time waste data to trucks.
Circular Economy Applications: Optimized waste collection enables better recycling and waste processing.
The Shaanxi Automobile Delong L5000 CL5186ZYSBEV Compactor Garbage Truck is a cutting-edge electric solution for modern urban waste management. Its high compaction efficiency, eco-friendly electric drive, robust construction, and advanced control systems make it ideal for cities aiming for sustainable, cost-effective, and efficient waste collection.
By adopting vehicles like the CL5186ZYSBEV, municipalities and commercial operators can reduce emissions, lower operational costs, and improve overall sanitation efficiency. This truck represents a major step toward smart, green, and technologically advanced urban waste management systems.
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