We guide ports and maritime operators through every step of shore power adoption. Our comprehensive early-stage support includes detailed feasibility studies, precise emissions reduction forecasts, and thorough funding analyses. Drawing on nearly two decades of experience, we help stakeholders navigate complex decisions, identify opportunities, and build consensus - setting the foundation for successful shore power implementation.

Our precision-engineered power systems arrive jobsite-ready, built on reinforced sub-frames that minimize assembly time and reduce installation complexity. Each system undergoes rigorous factory testing at IEM Marine, ensuring flawless performance from day one. This comprehensive approach - from robust construction to meticulous testing - delivers faster deployment while maintaining the highest standards of reliability.

Our expert teams execute a seamless power transfer the moment vessels dock. Using advanced connection systems - whether through deck-mounted power stations or direct vessel interfaces - we rapidly establish clean shore power and enable shutdown of auxiliary diesel engines. This precision choreography ensures vessels transition to zero-emission operation within minutes of arrival.​

We streamline shore power implementation by leveraging our proven proprietary designs and established utility partnerships. Our standardized yet customizable engineering approach dramatically reduces costs while ensuring optimal performance. This efficient methodology has saved our clients millions in engineering expenses while delivering industry-leading reliability.

Our innovative modular design transforms shore power deployment timelines. Systems arrive in optimized pre-assembled sections, precisely coordinated with site preparation. The result: complete installation and commissioning in days rather than weeks, minimizing berth disruption while accelerating your transition to sustainable maritime power.

Every shore power connection is overseen by Watts Marine specialists at our dedicated Seattle control center. Our engineers actively monitor the entire process - from configuring power parameters to providing real-time system optimization. Our comprehensive monitoring system captures key metrics on connection duration, energy consumption, and emissions reductions, ensuring reliable, sustainable power delivery.