Reliable Electric Powertrains
SiliXcon provides high-performance powertrain solutions for municipal and utility vehicles, ensuring maximum energy efficiency, extended lifespan, and robust durability. Our technology is designed to meet the unique demands of urban mobility, industrial applications, and specialized service vehicles—delivering clean, efficient, and low-maintenance electric propulsion.
Delivering consistent power output for demanding applications.
Balancing energy consumption and operational efficiency.
Suitable for electric utility vehicles, cleaning machines, and industrial equipment.
Allowing fleet monitoring and remote diagnostics.
Ensuring operation in harsh working conditions.
Reducing downtime and operational costs.
SiliXcon’s municipal technology solutions improve efficiency, reliability, and power distribution for utility and industrial applications.
Real-world impact: How SiliXcon optimized municipal vehicle powertrains for Raymo.
Raymo, a startup specializing in lawnmower innovation, sought to develop a fully autonomous, electric-driven mower to disrupt a market dominated by gasoline-powered alternatives. The goal was to create a flexible and eco-friendly solution with advanced control systems, ensuring high safety and efficiency.
Raymo needed a compact yet powerful electric drivetrain system for its utility vehicles that:
SiliXcon developed a custom electric powertrain solution tailored to Raymo’s needs, featuring:
The collaboration with SiliXcon led to:
Intelligent Motor Pairing
Seamless integration with various motor types, ensuring optimal performance and efficiency.
Dual Functionality: MCU & VCU
Our controller can operate both as a Motor Control Unit (MCU) and a Vehicle Control Unit (VCU), optimizing system flexibility.
Advanced Motor Control Algorithms
Delivering smooth, natural power output for a responsive and efficient ride.
Smart Torque Management
Smart Torque Management
Adapting pedaling assistance based on real-time rider input for better control and energy use.
Customizable Firmware Solutions
Customizable Firmware Solutions
Modular and pre-configured firmware enables seamless adaptation to various e-bike applications.
The TX Controller Series offers a compact and high-power brushless motor controller delivering up to 8 kW of nominal power. With a power density of 41 kW/l and weighing 307 g, it is engineered for applications requiring maximum performance in a minimal footprint. This controller is ideal for electric vehicles, industrial machinery, and marine propulsion systems where space and efficiency are paramount.
26 kW/l
400 A
76 V
700 g
Delivers up to 8 kW of nominal power with steady 60°C at the heatsink.
Supports up to 84 V, accommodating various battery configurations.
Dimensions of 148 × 96 × 64 mm, facilitating integration into space-constrained applications.
Provides full torque from startup without the need for position sensors.
Compatible with PMSM (BLDC, BLAC), IPM, reluctance, and asynchronous motors.
Offers connectivity, sufficient computing capacity, and modularity, allowing it to function as both a motor controller and a vehicle control unit.https://silixcon.com/products/8-kw-motor-controller/
Discover siliXcon’s biggest milestones of 2025: new middle-voltage motor controllers (12–33 kW), Dual Motor Controller technology, AI engineering support, a new customer portal, and strategic partnerships in e-mobility, robotics, and industrial applications. Explore how we’re accelerating OEM integration and pushing electric drive systems forward.
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Discover siliXcon’s new middle-voltage motor controllers (12–33 kW) designed for up to 120 V systems. High power density, compact design, ready for series production.
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Agritechnica 2025 showcased the rapid shift toward electric and hybrid power systems in agricultural machinery. Key innovations included FPT Industrial’s modular ePowertrain, New Holland’s hybrid telehandler with autonomous features, and new electric/electro-hydromechanical systems improving efficiency and reducing emissions. The future of agriculture is moving toward cleaner, smarter, and more energy-efficient machinery.
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