MJR Power & Automation, a leading innovator in marine electrification solutions, announced the publication of its latest whitepaper, “Offshore Charging: Wind Farm O&M Fleet Electrification Enabler,” commissioned by ScottishPower Renewables (SPR).
The document forms part of a series of studies commissioned by SPR to explore options for decarbonising offshore windfarm operations. It includes a comprehensive economic analysis of transitioning to electric operations and maintenance (O&M) fleets, outlining strategic recommendations for government, regulatory bodies and network owners.
The study highlights data suggesting a clear downward trend in the capital expenditure (CAPEX) required for electric crew transfer vessels (e-CTVs) and electric service operation vessels (e-SOVs), driven by rapid advancements in battery technology and declining costs. What’s more, operational expenditure (OPEX) is projected to reach parity, and even deliver savings, as battery prices continue to fall and regulatory incentives strengthen.
With offshore charging infrastructure requiring only minimal modifications to existing turbine and substation designs, the paper reveals that planning electrification into the design phase of new wind farm developments is straightforward, cost-effective and sustainable.
Paul Cairns, CEO of MJR Power & Automation, commented: “Electrification of offshore O&M fleets is no longer a future aspiration, but a present-day opportunity with compelling technical and economic justification. The data and insights from this whitepaper clearly show that, with the right combination of policy backing, technological readiness, and industry collaboration, we can unlock a new era of clean, cost-effective offshore operations.
“At MJR, we’re proud to contribute engineering expertise to this transformation and collaborate with forward-thinking partners like ScottishPower Renewables who share our vision of a decarbonised future for offshore wind.”
Ross Ovens, ScottishPower Renewables’ managing director for offshore, added: “These latest studies have the potential to help the industry take a step closer to a new era for offshore windfarm operations – not just here in the UK, but right across the globe.
“The valuable depth and insight this research offers – regardless of whether you’re considering an SOV or CTV operating model – could help inform future windfarm operations as the country continues to build the green generation we need to meet the expected doubling of electricity demand.”
The findings of the study are being shared through Operation Zero, an initiative launched at COP26 to unite developers and supply chain companies committed to accelerating the transition to zero-emission O&M vessels.
Leo Hambro from the Operation Zero Steering Committee added: “It’s great to see developers and the supply chain working together to develop the solutions and best practice that will be a game changer for the industry as a whole. Through studies like these, we will be able to learn, innovate and accelerate the adoption of zero-emission vessels and technologies to achieve a sustainable maritime future.”
Click to read Offshore Charging: Wind Farm O&M Fleet Electrification Enabler
){kind=link}