Chinese
English
I. Solution Positioning
To address the energy shortages of drone delivery, this solution, centered around "efficiency, safety, and environmental friendliness," integrates lithium battery selection, scenario adaptation, and recycling management. This approach helps logistics companies overcome delivery radius and payload limitations, aligns with the development trend of green logistics, and promotes the large-scale implementation of drone delivery.
II. Key Measures
Precise Selection and Adaptation: We select UN38.3-certified Dapu lithium batteries, prioritizing models with an energy density ≥200Wh/kg and a weight ≤500g, to balance battery life and payload. For low-temperature regions in northern China, we customize specialized batteries capable of operating in temperatures ranging from -20°C to 50°C, addressing the issue of battery life degradation in low temperatures. We also customize quick-release battery connectors based on drone models, enabling replacement in ≤2 minutes and improving battery turnover.
Scenario-Specific Applications: Urban scenarios utilize high-energy-density lithium batteries, coupled with a 50-100-meter low-altitude precision flight path, adapting to high-rise environments and focusing on fresh produce and urgent delivery. Rural scenarios utilize lithium batteries with a range of 60 kilometers or more, combined with a terrain-adaptive system, to address the "last 10 kilometers" delivery challenge.
Safety and Circular Management: A temperature-controlled, moisture-proof battery warehouse is established, and collision-resistant packaging is used for transportation with real-time monitoring. Battery status is monitored before flight, and low battery levels are automatically returned during flight. Retired batteries are transferred to logistics stations for energy storage, and used batteries are recycled in compliance with regulations by specialized companies, creating a circular system.
III. Implementation Guarantee
Dedicated funds will be allocated to collaborate with battery and drone manufacturers to upgrade technology; a professional team will be established to conduct safety training and quarterly emergency drills; and a "Lithium Battery Safety Specification" will be formulated to clarify responsibilities at all levels.
IV. Expected Value
Drone delivery costs will be reduced by 25%, saving over 50 million yuan in annual operating expenses; zero lithium battery safety incidents will be achieved, with a 100% flight safety rate; and carbon emissions will be reduced by 15,000 tons annually, helping to increase the proportion of green logistics to 40%, setting a benchmark for industry applications.
This streamlined plan covers the core elements. If you would like additional details, such as pilot programs in specific regions or adjustments to the expected benefits, please let me know and I will further refine it.
