A LIFETIME PARTNER
At Hoyer VMs, we work with motors, engines, drives, and power and control systems. These technical projects require coordination – across systems, disciplines, and suppliers. From first idea to final decommissioning.
We want to be your lifetime partner.
This means fewer vendors for you to manage and greater peace of mind in knowing that your power and motion solutions are always:
We engineer our solutions and provide project support with over 50 years of experience in industrial applications.
PROJECT SCOPE
Hoyer VMS supports a wide range of projects across industrial applications. This includes propulsion upgrades and engine and system retrofits, as well as installation and replacement of electric motors, drives, and control systems in industrial plants and facilities.
We also deliver complete propulsion and power system solutions, energy optimisation projects and system conversions, ensuring that all components are correctly specified, installed, and integrated into the existing setup.
REDUCE ENERGY CONSUMPTION
Hoyer VMS delivers energy-saving system solutions that reduce energy consumption, lower emissions, and support compliance with IMO regulations. By combining variable speed drives, sensors, and automation, systems are continuously adjusted to match real operating conditions.
Based on real-time data, pumps and fans are optimised through dynamic speed control, ensuring efficient operation across changing conditions such as sailing speed, water temperature, and ventilation requirements.
Solutions are designed for integration into the overall system, with documented energy savings of up to 40–65% depending on application and operating conditions.
CONDITION MONITORING
Reliable operation depends on understanding how motors perform over time. Hoyer VMS delivers condition-based testing through expert, hands-on inspections of electrical motors in real operating environments.
By combining electrical, mechanical, and thermal measurements with expert analysis, early signs of wear and degradation can be detected and tracked. This enables confident, data-driven decisions on whether to run, monitor, repair or replace equipment.
The result is reduced downtime, optimized maintenance planning, and documented performance that supports efficiency, compliance, and long-term reliability across industrial applications.
