The SANY SY215EP is designed to combine strong performance with clean energy efficiency. Powered by a PMS motor producing 150 kW at 1800 rpm, this electric excavator delivers the same robust productivity as diesel models while significantly reducing operating costs and environmental impact. With an operating weight of 21,900 kg and bucket options up to 1.5 m³, it is built for demanding applications such as mining, material handling, and quarry operations. Its advanced DOMCS control system and high-flow hydraulic system ensure smooth, precise and reliable operation under continuous heavy workloads.

High-Performance Electric Powertrain

• 150 kW PMS motor delivers strong and consistent digging performance.
• High torque output of 1500 Nm ensures powerful excavation under heavy loads. 
• Zero fuel consumption reduces operational costs significantly.
• Eliminates engine vibration for smoother machine operation.

Environment-Friendly & Low Operating Cost

• Fully electric operation ensures zero emissions on site
• Reduces dependency on diesel fuel and volatile fuel prices.
• Lower maintenance due to fewer mechanical components.
• Ideal for mining and industrial zones with emission restrictions.

Advanced Hydraulic & Control Technology

• High-flow hydraulic system (2 × 220 LPM) supports faster work cycles.
• DOMCS intelligent control system optimizes machine performance. 
• Smooth multi-function operation improves productivity.
• Precise control ensures accurate digging and loading.

Strong Structure for Heavy-Duty Applications

• 21,900 kg operating weight ensures excellent stability.
• Reinforced boom and arm structure for continuous heavy operations.
• Designed for quarry, mining, and bulk material handling tasks.
• Durable undercarriage ensures long service life.

Excellent Mobility & Job Site Adaptability

• 70% gradeability allows confident operation on steep terrain. 
• High traction force of 215 kN improves site mobility. 
• Two-speed travel motors enable flexible movement.
• Optimized ground pressure reduces surface damage.