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Wind Energy
Wind farm engineering is one of the most technically complex disciplines in the UK’s energy sector. Onshore capacity stands at 15.7 GW and offshore at 14.7 GW, with government targets requiring significant further build-out by 2030. We work with developers, investors and landowners, assessing sites, managing consent, designing turbine foundations and seeing projects through to grid connection and handover.
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What sets us apart in wind farm engineering
Wind energy engineering draws on civil, structural, electrical and environmental disciplines simultaneously. On most projects, those disciplines need to work together rather than sequentially. We cover all of them, which means the people making decisions about foundation loads are talking to the people designing the electrical infrastructure. That joined-up working tends to matter most when a project hits a constraint.
Part of Morson Group, we have access to a wide pool of engineering expertise. But the more relevant point is what our engineers have done. They’ve navigated DCO submissions, resolved grid connection disputes and designed foundations in difficult ground. That direct project experience is what clients are drawing on when they work with us, not a set of service descriptions.
UK planning routes
Consenting for wind farms: where the technical pressure lands
In England, wind farms above 50 MW are decided by the Planning Inspectorate under the Development Consent Order process, which typically takes two to four years from pre-application to decision. Smaller schemes go through local planning authorities, with different evidence requirements and timescales. We’ve worked across both routes and know where the technical submissions tend to come under pressure.
Grid connection
How network costs shape wind energy viability
Grid connection costs and timescales can make or break a wind farm’s business case. The capacity available at a grid entry point, queue position and the terms of the connection offer all affect viability in ways that aren’t obvious at feasibility stage. We carry out HV electrical design and work with developers to read connection offers accurately before key decisions are made.
Turbine foundations
Structural design from ground conditions upward
Onshore turbine foundations are typically spread footings or pile solutions, sized to resist the overturning moments that rotor loading generates. Offshore, dynamic loading from waves and currents, marine corrosion and tight installation tolerances all bear on the design. We bring geotechnical assessment into the foundation design process from the start and work to the interface requirements of the main turbine manufacturers.
Wind farm engineering in practice
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FAQs: Understanding wind farm engineering
Questions we’re often asked about wind farm engineering.
Wind farm engineering is the technical discipline covering the design, consenting, construction and operation of wind energy installations. It draws on civil, structural, electrical and environmental engineering, with onshore and offshore projects presenting distinct challenges. The scope typically runs from initial site assessment through to grid connection, CDM compliance and operational handover.
Wind turbine engineering is carried out by chartered engineers across civil, structural, mechanical and electrical disciplines. Relevant professional bodies include the Institution of Civil Engineers, the Institution of Mechanical Engineers and the Institution of Engineering and Technology. Many practitioners also hold CDM Principal Designer accreditation, as wind farm construction carries significant health and safety obligations throughout the design phase.
Offshore wind energy engineering is structurally and logistically more demanding than onshore. Foundation design must account for wave and tidal loading, marine corrosion and complex installation tolerances. The consenting framework also differs: offshore projects in English waters are typically governed by the Planning Inspectorate and the Marine Management Organisation rather than local planning authorities.
A wind farm is typically a seven to ten year programme from initial feasibility to first power. Consenting takes two to four years for larger Nationally Significant Infrastructure Projects. Grid connection often runs on the critical path in parallel. Detailed design, procurement and construction generally add a further two to three years once consent is secured.
A Principal Designer is responsible under the CDM Regulations 2015 for coordinating health and safety during the pre-construction phase. On wind farm projects, that means identifying design-stage risks specific to foundation excavation, working at height on turbine structures, crane operations and remote site logistics. The appointment is a legal requirement on all notifiable construction projects.
