Blog

I. Power Applications: Lithium-ion Batteries Dominate, Diversified Approaches Implemented in Various Scenarios

Lithium Iron Phosphate (LFP) Becomes Standard: Accounting for over 70% of new energy forklifts, suitable for high-frequency scenarios such as warehousing, ports, and manufacturing. Maintenance-free, fast-charging, long cycle life, with a 5-year TCO approximately 22% lower than lead-acid batteries.

Ternary Lithium-ion Batteries: Used in high-end narrow aisle/reach forklifts, market share **<10%**.

Hydrogen Fuel Cells: Commercialized in cold chain, port, and long-duration outdoor scenarios. 3-5 minute refueling, 8-10 hour range, stable at -20℃. Primarily focused on demonstration and mass production.

Next-Generation Technologies: Solid-state batteries (>400Wh/kg) and sodium-ion batteries (low cost) enter pilot production, with small-batch installations expected in 2027.

II. Scenarios Penetration: From Indoor to Outdoor, Electrification Across All Scenarios

Indoor Warehousing: Electric forklift penetration rate **>90%**, with AGVs/AMRs rapidly being deployed in "lights-out warehouses".

Outdoor/Heavy-Duty: 8-16 ton lithium-ion/hydrogen fuel cell forklifts are replacing internal combustion engines, accelerating the "oil-to-electric" transition in ports, storage yards, and manufacturing outdoor scenarios.

Special Scenarios:

Cold Chain: Low-temperature lithium-ion/hydrogen fuel cell forklifts, stable operation at -30℃.

Pharmaceutical/Electronics: Zero emissions, low noise, electric vehicles preferred.

Explosion-proof/Cleanroom: Dedicated electric forklifts are becoming a necessity.

III. Usage Model: From "Buying Equipment" to "Using Services"

Leasing as the Mainstream: Enterprises prefer leasing over buying to reduce initial investment, and leasing penetration continues to increase.

Trade-in/Replacement: Older internal combustion forklifts are being phased out at an accelerated pace, with manufacturers providing one-stop services for switching from gasoline to electric vehicles.

Full Lifecycle Services: Integrated "Sales + Maintenance + Energy Management + Data Services" reduces overall costs.

IV. Energy Supply: High Efficiency, Flexibility, and Intelligence

Fast Charging Widespread: 480kW liquid-cooled supercharger; charges a 3-ton forklift from 20% to 80% in just 12 minutes, supporting opportunistic charging.

Battery Swapping as the Preferred Option for Multi-Shift Operations: Standardized battery packs + automatic battery swapping, completed in 90 seconds, suitable for 24-hour operation.

Integrated Photovoltaic, Energy Storage, and Charging: Self-built power stations within the park; cost per kilowatt-hour as low as 0.15 yuan, peak-valley arbitrage for cost reduction.

Wireless Charging: Magnetic resonance technology; 1-meter distance, 92% efficiency, freeing you from cable constraints.

V. Cost and Management: Optimal TCO, Digital Management

Continuously Decreasing TCO: Energy consumption is only 30%-40% of fuel consumption, maintenance costs are reduced by 30%-40%, and the overall cost advantage over 5 years is significant.

Digital Management: Vehicle-to-everything (V2X) + WMS/TMS linkage enables real-time monitoring of battery level, location, and operational data, optimizing scheduling and dispatching.

Closed-Loop Battery Recycling: Policy-driven establishment of a recycling system reduces environmental costs throughout the battery's lifecycle.

VI. Policy and Market: Mandatory Substitution + Global Expansion

Mandatory Policy: Upgrading emissions from "dual-carbon" vehicles and non-road machinery; banning combustion engines indoors/in key areas; electrification becomes a mandatory entry requirement.

China's Global Dominance: The world's largest producer and consumer; rapid growth in lithium-ion battery forklift exports; RCEP driving regional trade.

Cross-Industry Competition: Battery/new energy vehicle companies entering the market, accelerating cost reduction and technological iteration.