Electric Drive Solutions for Construction & Mobile Machinery
Electrification of construction and mobile machinery presents unique challenges that go far beyond component selection.
Machines in this category operate under high load, frequent transients, and demanding duty cycles, often with multiple actuators working simultaneously.
Synwyn Dynamics provides application-driven electric drive solutions for construction and mobile machinery by focusing on system architecture, functional requirements, and real operating conditions.
Application Characteristics
Construction and mobile machinery typically involve:
• High traction forces and low-speed torque demand
• Multiple electric actuators for driving, hydraulic pumps, and working functions
• Repetitive load cycles with frequent overload and transient operation
• Strict requirements on reliability, thermal stability, and uptime
These characteristics require electric drive systems to be designed as integrated solutions, rather than as isolated motor or controller selections.
Our Solution Focus
Function-Oriented System Design
We start from machine functions — traction, swing, hydraulic systems, auxiliary drives — and define electric drive architectures that match the functional and operational demands of each actuator.
Architecture-Level Decisions
Key system-level considerations include:
• Centralized versus distributed control architectures
• Motor topology selection and integration strategy
• Power distribution and thermal management concepts
These decisions largely determine system performance, robustness, and lifecycle cost.
Engineering Trade-Offs
Different motor and controller technologies introduce different trade-offs in performance, efficiency, packaging, and cost.
Our role is to evaluate these trade-offs at system level and translate them into practical and scalable solutions.
Solution Coverage
Typical Applications
• Excavators – Electric drive architectures for traction, swing, and hydraulic systems
• Wheel Loaders – Recommended system configurations balancing performance and cost
• Mining Equipment – Heavy-duty electrified drivetrains (reference scope)
• Agricultural & Forestry Machinery – Electrified mobile systems with high durability requirements
(Detailed solution pages are continuously expanded as projects mature.)
From Reference Architecture to Real Projects
Solutions in this domain range from recommended system architectures and reference configurations to project-specific implementations and validated case studies, supporting customers throughout the electrification process.
Successful electrification of construction machinery starts with system architecture, not with individual components.
