Paragraph 1 I1

an offshore wind turbine generating station with a gross electrical output of over 100 megawatts comprising up to 180 wind turbine generators, each fixed to the seabed by one of monopile foundations, mono suction bucket foundations or jacket foundations;

one offshore accommodation platform fixed to the seabed within the area shown on the offshore works plan by one of monopile foundations, mono suction bucket foundations, gravity base structures, box–type gravity base structures or jacket foundations, and which offshore accommodation platform may be connected to one of the offshore substations within Work No. 2 by a bridge link; and

a network of cables between the wind turbine generators, and between the wind turbine generators and Work No. 2, including one or more cable crossings;

up to six small offshore transformer substations each fixed to the seabed by one of monopile foundations, mono suction bucket foundations, gravity base structures, box–type gravity base structures or jacket foundations, and which may be connected to each other or the offshore accommodation platform within Work No. 1(b) by a bridge link; or

up to three large offshore transformer substations each fixed to the seabed by one of monopile foundations, mono suction bucket foundations, jacket foundations, box–type gravity base structures, pontoon gravity base type 1 structures, or pontoon gravity base type 2 structures, and which may be connected to each other or the offshore accommodation platform within Work No. 1(b) by a bridge link;

in the event that the mode of transmission is HVDC, either up to three large HVDC converter substations or up to six small HVDC converter substations fixed to the seabed by one of monopile foundations, mono suction bucket foundations, jacket foundations, gravity base structures, box–type gravity base structures, pontoon gravity base type 1 structures, or pontoon gravity base type 2 structures;

a network of interconnector cables;

up to six cable circuits between Work No. 2 and Work No. 3, and between Work No. 3 and Work No. 5 consisting of offshore export cables along routes within the Order limits seaward of MLWS including one or more cable crossings; and

up to eight temporary horizontal directional drilling exit pits and associated cofferdams;

up to three offshore HVAC booster stations fixed to the seabed within the area shown on the offshore works plan by one of monopile foundations, mono suction bucket foundations, jacket foundations, gravity base structures, pontoon gravity base type 1 structures or pontoon gravity base type 2 structures; and

up to six cable circuits between Work No. 2 and Work No. 3, and between Work No. 3 and Work No. 5 consisting of offshore export cables along routes within the Order limits seaward of MHWS including one or more cable crossings;

up to eight horizontal directional drilling launch pits;

up to six underground cable circuits and associated electrical circuit ducts to Work No. 7;

up to eight transition joint bays;

onshore construction works;

up to 240 link boxes; and

up to 240 joint bays;

an onshore HVDC/HVAC substation;

an energy balancing infrastructure;

up to six cable circuits and electrical circuit ducts;

vehicular access tracks and footpaths;

a water attenuation feature;

landscaping; and

onshore construction works;

temporary vehicular access tracks;

temporary works area to support the construction activities in Work No. 7;

temporary logistics compounds to support the construction of Work Nos. 5, 6, 7, and 8; and

temporary construction ramp;

vehicular access tracks to serve Work No. 7, and footpaths; and

an extension to a layby.

scour protection around the foundations of the offshore structures;

cable protection measures such as the placement of rock, split pipe system, and/or concrete mattresses;

cable crossings;

the removal of material from the seabed within the Order limits required for the construction of Work Nos. 1 to 5 and the disposal within Work No. 1 of up to 7,211,601 cubic metres (being a maximum, not an approximate upper figure) of inert material of natural origin and within Work Nos. 2, 3 and 4 up to 4,105,735 cubic metres (being a maximum, not an approximate upper figure) of inert material of natural origin produced during construction drilling, seabed preparation for foundation works, cable installation preparation works (such as sandwave clearance and boulder clearance) and excavation of horizontal directional drilling pits; and

removal of static fishing equipment;

ramps, bridges, means of access and footpaths and footpath enhancement;

bunds, embankments, swales, landscaping, signage, fencing and boundary treatments;

habitat creation and enhancement;

joint bays, link boxes, cable ducts, cable protection, joint protection, manholes, marker posts, underground cable marker, tiles and tape, and lighting and other works associated with cable laying;

works for the provision of apparatus including cabling, water and electricity supply works, foul drainage provision, surface water management systems and culverting;

works to alter the position of apparatus, including mains, sewers, drains and cables;

works to alter the course of, or otherwise interfere with, non-navigable rivers, streams or watercourses;

landscaping and related works;

other works to mitigate any adverse effects of the construction, maintenance or operation of the authorised project;

works for the benefit or protection of land affected by the authorised project;

working sites in connection with the construction of the authorised project, construction lay down areas and compounds, storage compounds and their restoration; and

enhancement.