Whitepapers
Double redundancy (1)
How to design for redundancy in mission-critical backup power systems
Fuel and energy saving
Significant vessel fuel savings through active energy management
Battery hybrid power in marine applications
Explore hybrid power solutions for vessels, offering environmental and financial benefits. Learn key considerations before going hybrid
Safer shipping with segregated power management
Separating PMS from automation system offers key benefits for complex vessels. Improve redundancy, safety, and flexibility with advanced PMS
Multi-Master Power Management Systems
Create uninterrupted control with a multi-master power management system using DCS, PLCs, or a combination. Explore controller types and design tips
Start saving fuel on your ship now!
Maximize fuel savings for vessels of all sizes with holistic energy management. Discover available technologies for optimal onboard systems
Achieving carbon neutrality with hybrid eco-systems
Hybrid eco-systems cut emissions, promote green operations, and meet diverse operational goals. Learn about design and operation for future-proof solutions
Retrofit solutions: a cost-effective wind farm optimisation option
Optimize wind farm performance with retrofit solutions. Enhance availability, lower O&M costs, extend service life, and gain OEM independence
Critical power designing for reliability
Learn to design reliable backup power systems. Get expert tips to avoid pitfalls when installing or upgrading critical power systems
Double redundancy
Designing redundancy ensures power system resilience by eliminating single points of failure. Learn more in this whitepaper for maximum uptime