Latest NewsDesign and Naval ArchitectsRV Resilience, US Department of Energy’s First Hybrid Research Vessel

RV Resilience, US Department of Energy’s First Hybrid Research Vessel

RV Resilience, a new, state-of-the-art hybrid research vessel designed by global digital shipbuilder Incat Crowther and built by Snow & Company has been delivered to the US Department of Energy’s Pacific Northwest National Laboratory (PNNL).

In an important milestone, RV Resilience is the Department of Energy’s very first hybrid electric-diesel research vessel. Ushering in a new era for research for the Department of Energy, the 15-metre hybrid catamaran research vessel will help PNNL sustainably expand its research activities in the Sequim Bay region of Washington state.

Offering exceptional capability for a vessel of its size, RV Resilience’s 28m2 main deck is equipped with an A-Frame, boom crane and movable davit in addition to a foldable swim platform. Designed to support the work of six scientists, RV Resilience also features multiple research workstations and convertible sleeping arrangements for multiday assignments.

Sustainability and operational flexibility have been enhanced via the vessel’s advanced parallel hybrid-electric propulsion system. While RV Resiliencecan travel at speeds of up to 23 knots on its two main diesel engines, it can quickly transition to a silent, all-electric mode capable of speeds of up to 7 knots. This silent, all-electric mode will allow the PNNL researchers to conduct their activities with minimal noise pollution, allowing for enhanced research capabilities when taking sensitive acoustic measurements.

“This first-in-class electric hybrid vessel will greatly expand our R&D and testing capabilities and help us build new partnerships,” said Christian Meinig, Division Director for PNNL’s Coastal Sciences Division. “The large working deck and heavy lift capability will allow us to deploy and recover larger instruments and uncrewed vehicles to rapidly develop technology and deliver impact to our sponsors.”

“RV Resilience opens up a whole new set of research possibilities and potential collaborations that we’re excited to share with the world,” said TJ Heibel, Renewable Energy Lead for Pacific Northwest National Laboratory .

Grant Pecoraro, Incat Crowther’s US Managing Director said, “The successful delivery of RV Resilience adds to Incat Crowther’s growing track record of working with our partners to design, construct and deliver state-of-the-art, low and zero-emission vessels. RV Resilienceis a truly bespoke vessel, designed specifically to the PNNL’s operational requirements and was a true collaboration between our team of digital shipbuilders, our partners at Snow & Company as well as the team at PNNL.”

Propulsion and Performance

  • Speed (Electric) – 7.0 knots
  • Maximum Speed – 23.0 knots
  • Range – 400 nm
  • Main Engines – 2 x Volvo Penta D8-510
  • Installed Power – 2 x 374 kW @ 2850rpm
  • Gearboxes – 2 x Twin Disc MGX-5075 SC
  • Propulsion – 2 x Propellers
  • Generators – 2 x Danfoss EM-PMI375-T200-2600

Latest News

Boluda Towage has expanded its Norwegian fleet with the addition of VB NORWEGIAN FALCON, a new tug built by Sanmar Shipyards to support towing, vessel assistance and offshore operations in demanding maritime environments.

Boluda Towage Takes Delivery of VB NORWEGIAN FALCON

Sanmar-built VB NORWEGIAN FALCON features RAstar 3200 SX design, ASD propulsion and more than 6,700 hp Boluda Towage has expanded its Norwegian fleet with the...
SWITCH Maritime has secured a Design Basis Agreement (DBA) from the United States Coast Guard (USCG) for its SWITCH-150 hydrogen fuel cell-electric ferry, marking a key milestone in the development of the 150-passenger vessel. Designed by naval architecture firm Incat Crowther, the SWITCH-150 combines hydrogen fuel cell-electric propulsion with onboard hydrogen storage to support high-frequency ferry operations without compromising service schedules or requiring shoreside charging infrastructure.

SWITCH Hydrogen Ferry Clears Key US Coast Guard Milestone

The US Coast Guard agreement establishes a regulatory framework to guide construction, commissioning and future commercial operation of the hydrogen-powered ferry SWITCH Maritime has secured...
Norwegian ocean surface measurement specialist Miros has introduced a new 3D vessel view for its WaveSystem wave monitoring platform, giving crews and offshore operators a consolidated view of measured sea conditions around their vessel.

Miros Introduces 3D Vessel View for Real-Time Wave Monitoring

Miros introduces a vessel-specific 3D visualisation to help operators interpret real-time wave measurements at critical offshore working locations Norwegian ocean surface measurement specialist Miros has...
Elegant Exit Company (EEC) has partnered with Conoship International to develop a high-capacity Floating Dry Dock (FDD) concept designed to provide a controlled, environmentally responsible alternative to traditional ship dismantling methods. Ship recycling through beaching remains a major environmental and humanitarian challenge for the maritime industry, exposing coastal ecosystems to potential contamination and workers to hazardous operating conditions.

EEC and Conoship Develop Versatile Floating Dry Dock Concept

The high-capacity floating dry dock concept is designed to support shipbuilding, maintenance and green ship recycling while improving environmental protection and worker safety Elegant Exit...

Related news