[ who we are ]

driving the shift to economical, fully automated power transfer operations

[ Purpose ]

Driving the Global Shift to Green Energy Through Safe, Automated, and Economical Marine Innovation.

[ 01 ]

Solving the Client's Problem

CO can deliver end to end turnkey charging solutions, including all electrical, mechanical and control interfacing with offshore asset and vessel.

[ 02 ]

Protecting People and Assets.

Fully automated charging process from connection to disconnection with no requiremet for deck personnel. High sea state compliant, above standard operational conditions. Class approved systems.

[ 03 ]

Financial Value for Consumers and Operators

Significant OPEX savings in comparison with all classical MGO or alternative fuel fleet.

[ 04 ]

Technology Leadership.

Technology now at a high TRL8 after completion of real life offshore validation trials from a live JeraNex substation. First 2MW rated commercial unit delivered to client in December 2025.

[ 05 ]

The Environmental Mission.

Accelerating the Transition to Net-Zero Marine Operations Through Clean, accessible, and Reliable Offshore Power.

[ OUR ADVANTAGE ]

A truely offshore rated design, built to minimise OPEX costs and guarantee maximum availabiliy

[

Reason 01

]

Hands-free Automated Charge Cycle

Safety through automation. Our bridge console controlled system fully removes personnel from hazardous deck zones, ensuring rapid, risk-free connections.
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[

Reason 02

]

Offshore Focussed Design

Purpose-built for harsh offshore environment and minimum maintenance. Our systems deliver rugged resilience in demanding conditions where modified shore-chargers would fail.

[

Reason 03

]

Direct Wind Farm Integration

Fast mobilisation on any 'Charger ready' asset. We tap directly into the wind array network to provide a continuous, limitless source of 100% green energy.
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[

Reason 04

]

Integrated Power & Mooring

A dual-function solution managing the catenary profile while charging, significantly reducing the energy required for station-keeping during operations.
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[ Charge Offshore ]

Formed by a consortium of leading businesses to bring offshore power and charging to market, Charge Offshore combines decades of experience in mission critical offshore power and automation systems design with high-end mechanical engineering and vessel/marine operations. With a strong track record across commercial marine, renewables, offshore energy, subsea engineering and operations, Charge Offshore is a safe pair of hands for your offshore power and charging infrastructure.

MJR is a leading electrical power design company creating efficient, safe and sustainable power solutions. With its extensive knowledge in electrical engineering, MJR designed the electrical infrastructure of the Aquarius charging systems. Its commitment to quality innovation ensures that Aquarius Eco and Aquarius Plus meet high performance and reliability standards across a wide range of offshore applications.

Specialising in creating robust and efficient mechanical systems, Blackfish developed the physical components of the Aquarius charging systems. Its talented engineers designed innovative mechanical solutions that ensure durability, efficiency, and significantly enhanced the overall design and functionality of Aquarius Eco and Aquarius Plus.

Tidal Transit pioneers electric-powered access, transport, and crew transfer services for the offshore energy sector in the UK and Europe. To propel offshore wind into a new net zero era, Tidal Transit drives technological innovation in sustainable crew transport by spearheading vessel decarbonization and delivering future-proof electric frontrunners to the North Sea and beyond.

Elsys is a cutting-edge marine and offshore automation and software engineering company specialising in developing advanced real time mission critical control systems. It has been instrumental in creating intelligent software systems that manage and optimise the performance of Aquarius Eco and Plus. By integrating real-time data analysis and automation, Elsys ensures that our charging systems operate smoothly and efficiently, maximising uptime and reliability.

[ Our Journey ]

2018

MJR creates initial concept designs for first ‘in air’ Offshore Charging System.

2019

MJR designs first of a kind battery electric Crew Transfer Vessel.

2020

MJR develops draft specifications and standards for an Offshore Charging Station.

2021

Supported by Inovate UK, MJR and partners design, build and successfully factory test a 250kW Offshore Charging System.

2022

Supported by Innovate UK, MJR and partners design, build and factory test an 8MW prototype SOV Offshore Charging Connection System. Winner of RenewableUK Global Offshore Wind Supply Chain Innovation & European Commercial Marine Innovation Showcase Award.

2023

Successful harbour trials of prototype Offshore Charging System. First commercial order for 1.2MW Offshore Charging System.

2024

Successful offshore trials of prototype Offshore Charging System from a live wind farm substation (Parkwind Nobelwind). Charge Offshore, an MJR, Blackfish Engineering & Tidal Transit JV formed to commercialise Offshore Charging Solutions.