SANY Marine Launches Revolutionary SMHW40E 40-Ton Pure Electric Material Handler in Zhuhai
SMHW40E Electric Material Handler Revolutionizes Port Operations with Zero Emissions
On November 7, SANY Marine made a groundbreaking announcement with the official launch of the SMHW40E 40-ton pure electric material handler at Zhuhai Industrial Park. This landmark introduction marks SANY’s strategic entry into the rapidly growing pure electric material handling equipment market, showcasing the company’s commitment to sustainable innovation and technological leadership. The SMHW40E represents a significant milestone in port machinery electrification, combining advanced battery technology with superior performance capabilities.
The innovative SMHW40E material handler addresses the critical needs of modern port operations and industrial material handling applications. With its zero-emission electric powertrain and exceptional operational efficiency, this machine sets new standards for environmental responsibility and cost-effectiveness in the material handling sector. The launch demonstrates SANY’s dedication to pioneering electric solutions that meet the evolving demands of global customers while contributing to a cleaner, more sustainable future.
SMHW40E 40-ton pure electric material handler demonstrating advanced operational capabilities
Advanced Battery Technology and Energy Recovery Systems
The SMHW40E is powered by a high-capacity 507 kWh battery system that enables extended operational periods without frequent recharging. This substantial energy storage capacity allows the material handler to operate continuously for up to seven hours on a single charge, making it suitable for demanding port operations and intensive material handling applications. The advanced battery management system ensures optimal performance and longevity while maintaining safety standards.
Innovative energy recovery systems represent a key technological advancement in the SMHW40E design. The boom potential energy recovery system captures and stores energy during lowering operations, while the rotary kinetic energy recovery system efficiently manages rotational energy during slewing motions. These sophisticated energy management features significantly enhance overall efficiency and contribute to the machine’s exceptional operational economy.
Exceptional Operational Efficiency and Cost Savings
The SMHW40E delivers remarkable cost efficiency, reducing comprehensive operational expenses to just 20% of comparable fuel-powered equipment. This substantial cost reduction represents a transformative economic advantage for businesses operating large material handling fleets. The electric powertrain eliminates fuel costs and reduces maintenance requirements, providing significant long-term savings while enhancing environmental performance.
With its electronically controlled response system and independent power slewing mechanism, the SMHW40E achieves a 20% increase in comprehensive efficiency compared to conventional models. This enhanced efficiency translates to higher productivity, reduced energy consumption, and improved operational performance across various material handling applications. The machine’s advanced control systems ensure precise movements and optimal power utilization.
Detailed view of SMHW40E’s advanced technical features and operational capabilities
SMHW40E Technical Specifications and Performance Parameters
Enhanced Operational Performance and Maneuverability
The SMHW40E features a sophisticated tire chassis that supports a maximum driving speed of 20 km/h, enabling quick transitions between different work sites within port facilities and industrial complexes. This mobility advantage significantly enhances operational efficiency by reducing downtime associated with equipment relocation. The machine’s ability to handle slopes with gradients up to 30% ensures reliable performance in various terrain conditions.
In the optimal 7.5-meter stick configuration paired with a 9.8-meter boom, the SMHW40E achieves exceptional operational parameters including a maximum operating radius of 16.5 meters, gripping depth of 4.5 meters, and gripping height of 18 meters. These specifications enable superior construction efficiency while maintaining the core benefits of energy savings, environmental sustainability, operational safety, and equipment reliability.
Advanced Operator Cabin and Maintenance Features
The SMHW40E introduces significant upgrades to the operator cabin, focusing on enhanced comfort, visibility, and operational efficiency. The newly designed cabin incorporates a roof window and a front window that can be opened, providing improved ventilation and better visibility during complex material handling operations. These features contribute to reduced operator fatigue and enhanced situational awareness.
Maintenance accessibility has been prioritized in the SMHW40E design, with strategically placed service points and simplified diagnostic systems. The electric powertrain reduces maintenance requirements compared to traditional diesel engines, with fewer moving parts and elimination of exhaust system maintenance. Remote monitoring capabilities enable proactive maintenance planning and reduce unexpected downtime.
Market Impact and Strategic Significance of SMHW40E Launch
The introduction of the SMHW40E represents SANY Marine’s strategic positioning as a pioneer in electrifying port machinery and logistic equipment. According to the company’s research and development leadership, this innovative product carries the expectations and trust of customers seeking sustainable material handling solutions. The successful development and launch demonstrate SANY’s deep insight into customer needs and market trends.
The SMHW40E establishes a new benchmark for electric material handlers in the 40-ton class, combining proven performance with environmental responsibility. This product launch strengthens SANY’s competitive position in the global material handling equipment market while supporting the industry’s transition toward zero-emission operations. The technology showcased in the SMHW40E will likely influence future product development across the material handling sector.
Environmental Benefits and Sustainability Advantages
The SMHW40E delivers substantial environmental benefits through its zero-emission electric operation, contributing to improved air quality in port environments and surrounding communities. The elimination of diesel exhaust emissions reduces particulate matter and nitrogen oxide pollution, addressing significant environmental concerns in industrial and port areas. This environmental performance aligns with global sustainability initiatives and regulatory requirements.
Beyond emission reduction, the SMHW40E features significantly lower noise levels compared to conventional diesel-powered material handlers. This noise reduction creates a more comfortable working environment for operators and reduces noise pollution in sensitive areas near port facilities. The machine’s energy recovery systems further enhance its environmental credentials by maximizing energy efficiency and minimizing waste.
507 kWh Battery
High-capacity battery system enabling 7-hour continuous operation for demanding work cycles
Energy Recovery
Advanced boom and rotary kinetic energy recovery systems for maximum efficiency
80% Cost Reduction
Operating costs reduced to 20% of conventional fuel-powered equipment
Future Development and Industry Leadership
SANY Marine has committed to continuing its leadership in port machinery electrification, with plans to expand its electric equipment portfolio based on customer feedback and market demand. The company’s research and development team emphasizes their dedication to deeply understanding customer needs and delivering greater value through innovative solutions. The SMHW40E represents just the beginning of SANY’s comprehensive electrification strategy.
The successful launch of the SMHW40E establishes a strong foundation for future electric product development at SANY Marine. The technological innovations and engineering expertise demonstrated in this product will inform subsequent generations of electric material handlers and other port machinery. As global demand for sustainable equipment solutions grows, SANY is positioned to lead the industry’s transition to zero-emission operations.
© 2025 SANY Heavy Industry. All rights reserved. | Pioneering Sustainable Material Handling Solutions
Related products
Below 40T Reach Stacker
Designed for efficient container handling with a maximum lifting capacity of 10-35 tons. Ideal for medium-duty operations in ports, warehouses, and logistics centers.
Models: SRSC1009-6E, SRSC3532H1-L
- Max Lifting Height: 13910-16200mm
- Wheelbase: 5000-6000mm
- Equipped with advanced hydraulic system for smooth operation
- Energy-saving design reduces operational costs
Over 40T Reach Stacker
Heavy-duty container handler with a maximum lifting capacity of 45-50 tons. Engineered for tough environments and large-scale logistics operations.
Models: SRSC4535G5, SRSC4535G5-S, SRSC4535H1, SRSC4535H4-65, SRSC4540G5, SRSC4540G5-75, SRSC4540G5-S, SRSC4540H4, SRSC4545H1
- Max Lifting Height: 9300-15100mm
- Wheelbase: 6000-8000mm
- Reinforced structure for enhanced durability
- Intelligent control system for precise handling