Can do. Will do. ZITON AT A GLANCE ZITON is the market-leading service provider within offshore wind operations & maintenance. ZITON has carried out more than 900 service interventions at 54 wind farms across 7 countries.

ZITON’s business arises from owning and operating jack-up ves- ZITON operates a fleet of dedicated O&M jack-ups that pro- sels designed to carry out O&M services on turbines at offshore vides us with the flexibility and versatility to operate at almost wind farms. In recent years, the business model has evolved to every offshore in northern Europe, from 2.0 MW to include full-service and turnkey solutions. over 10.0 MW. The fleet consist of the following vessels: ZITON provides full-service solutions with maritime pro- • J/U WIND ENTERPRISE has been bareboat chartered from 28 ject planning & execution, lift planning & execution, specialised May 2019 to end March 2021. ZITON has an option to acquire tools & lifting equipment and technicians in addition to jack-ups the vessel. With the addition of J/U WIND ENTERPRISE to the manned by experienced crews. Full-service solutions are pro- fleet, ZITON can service customers on 6+ MW platforms; vided for major component replacements, including gearboxes, • J/U WIND SERVER is the first jack-up vessel purpose built to blades, generators, transformers, main bearings, main shafts etc. provide offshore wind operations & maintenance services; ZITON also offers turnkey solutions for blade campaigns. In • J/U WIND PIONEER is a converted jack-up vessel adapted to addition to full-service solutions, this also includes blade repair the offshore wind industry, and; and upgrades as well as facilities that meet the requirements for • J/U WIND has the longest proven track-record in the industry temperature and humidity, among other things. in terms of major component replacements. ZITON also offers turnkey solutions for decommissioning. In addition to a full-service solution, this also includes cutting, recy- ZITON has about 130 employees, is headquartered in Horsens, cling of waste materials, seabed inspections and other services. , and has subsidiaries in Germany, the UK and China. Our customers are leading manufacturers and wind farm owners.

FOUR MAIN PHASES OF AN OFFSHORE WIND FARM Orange shading indicates services provided by ZITON.

SURVEY AND DEVELOPMENT CONSTRUCTION O&M DECOMMISSIONING (typically 2-5 years) (around 2 years) (20-25 years) (1-2 years)

Turbine Turbine Substation Major Met mast Environmental­ Geophysical Remote foundation foundation and cable component decom­ survey survey monitoring decom­ installation installation replacement missioning missioning

Turbine Substation SERVICES Geotechnical Installation of Turbine Installation O&M Blade decom­ decom­ survey met mast installation support routines repair missioning missioning

02 ZITON · Company profile 54 wind farms

FROM THE BALTIC TO THE IRISH SEA. DEEP TO SHALLOW – ANY SEABED 7 countries

PROVIDING OFFSHORE SERVICES ALL OVER EUROPE

The West of Duddon Sands blade 910 upgrade campaign is one of the key interventions made projects for NEME Service. At Siemens TURBINES, BLADES, Gamesa Renewable Energy, we GEAR BOXES, GENERATORS fully support ZITON in successfully TRANSFORMERS, SHAFTS, completing the project. Together with BEARINGS ZITON, we have gained tremendous experience from the WoDS blade campaign that will benefit us and our customers as we carry out more blade upgrade campaigns in the coming years.

Paulina Hobbs, CEO Service NEME, SGRE

ZITON · Company profile 03 HISTORY OF THE COMPANY

J/U WIND acquired J/U WIND initiated J/U WIND on first long- three-year charter with term charter with Siemens via third party

Vessels, operations and contracts 2007 2008 2011 Corporate

Jack-up operations carved out into separate entity

J/U WIND SERVER initiated 3-year charter with J/U WIND SERVER Renewable Energy operational in March Framework agreement 2015 and 3-year charter signed for with Ørsted with J/U WIND PIONEER in J/U WIND SERVER with J/U WIND PIONEER duration to March 2019 September 2015 Siemens acquired, and 3-year framework 2-year extension of 1-year framework J/U WIND SERVER agreement with agreement with agreement with ordered from MHI Vestas MHI Vestas Nordic Yards

2016 2015 2014 2012

DBB Jack-Up Services Issuance of Fresh equity and BWB Partners invested A/S changed its name to EUR 100 million bond issuance of in ZITON ZITON A/S EUR 40 million bond Joint venture with BWC to finance J/U WIND SERVER

Bareboat charter of J/U WIND ENTERPRISE New framework agreement with Ørsted. Duration to March 2022 Framework agreement with Vattenfall extended to November 2020 MHI Vestas framework agreement amended First full-service main and extended to component replacement December 2022 carried out Extension of agreement Turnkey solution for with MHI Vestas until First decommissioning of blade campaign at West further notice offshore wind farm of Duddon Sands

2017 2018 2019 2020

Foundation of Subsidiaries in Subsidiary in China Amendment of corporate ZITON Contractors A/S Germany and UK Hangout A/S established loans and new working capital facility improving Two bonds issued for a as a joint venture to liquidity by up to EUR total of EUR 125 million provide blade repair solutions 14.3 million Ownership in Jack-Up InvestCo 3 Plc. increased to 100% for EUR 23.7m

04 ZITON · Company profile ZITON’S SERVICE OFFERINGS

ZITON’s business arises from owning and operating jack-up vessels designed to carry out O&M services on turbines at offshore wind farms. The business model has evolved in recent years and now includes full-service and turnkey solutions.

FULL-SERVICE SOLUTIONS In a turnkey solution, ZITON takes full responsibility for ZITON’s core business is to own and operate jack-up vessels. In the solution and assumes the risks that we feel we are better recent years, we have expanded on this platform by introducing equipped to handle than our customers are, and that customers value-added services. are willing to pay for. ZITON has the experience to handle risks ZITON provides full-service solutions for major component better than anyone, including when it comes to weather risk, pro- replacements, including maritime project planning & execution, ject management, coordination with sub-suppliers, etc. lift planning & execution, specialised tools & lifting equipment ZITON is determined to remain an important player both in and technicians in addition to jack-ups with experienced crews. the blade campaign segment and in major component replace- Our expanded scope of a full-service solution is illustrated below. ment. As a result, ZITON offers a range of solutions for blade campaigns that meets the requirement of customers at the most cost-effective price, including: Onshore blade repair and upgrade solutions that specifically TECHNICIANS targets blades with deeper structural damages and upgrade of blade performance. Blades are transported from the offshore wind farm to an onshore blade repair facility, repaired, and then SPECIALISED TOOLS & LIFTING used to replace worn blades on the next turbine. EQUIPMENT On-deck blade repair and upgrade solutions that is similar to onshore in scope, but carried out on the deck of the vessel. LIFT PLANNING & EECUTION HangOut tip repair that mainly involves basic repair of the tip and the leading edge of a blade. This solution is more limited in MARITIME scope, but also more cost effective than the others. “HangOut” is PROJECT PLANNING & an advanced container that is raised from the deck of the jack-up EECUTION and lowered over the tip of the blade using vacuum suction cups. The HangOut contains all the necessary equipment to make the repairs, and it provides a safe and protected working zone for blade technicians. Also, it is operational at harsher weather than basic blade repair performed using rope or platforms, thus pro- viding significantly more working days per year. FOUNDATION All ZITON’s solutions mentioned above, enable a considerable A JACK-UP WITH A CRANE higher process quality than other blade access solutions like rope access or platform, due to improved work ergonomics and by providing climate-controlled habitats. All solutions are illustrated TURNKEY SOLUTIONS on the next pages. ZITON has expanded its scope further by offering turnkey solutions for blade campaigns and decommissioning. For blade campaigns, ZITON collaborates with sub-suppliers to repair and upgrade blades, provides facilities that offer temperature and humidity management and other compulsory requirements when it comes to blade repair. For decommissioning, ZITON A typical O&M setup collaborates with sub-suppliers where relevant, and provides a and ZITON’s solutions are turnkey solution for cutting, recycling of waste materials, seabed illustrated on the next pages inspection, etc.

ZITON · Company profile 05 OFFSHORE WIND FARMS TYPICAL O&M SETUP AND ZITON'S SOLUTIONS

CREW TRANSFER SUBSTATION VESSEL (CTV) The substation connects Used for near-shore wind the offshore wind farm farms for transporting to the onshore electricity technicians to the turbines network and converts and for everyday O&M routines. transmits the power.

ONSHORE BLADE REPAIR AND UPGRADE FACILITY Blades are transported from the offshore wind farm to the onshore blade repair and upgrade facility.

06 ZITON · Company profile MAJOR COMPONENT REPLACEMENT AND OFFSHORE BLADE REPAIR Occasionally, it is necessary to exchange a major component, such as a gearbox, blades, generators, etc. This requires a dedicated O&M jack-up positioned next to the turbine.

SERVICE OPERATION VESSEL (SOV) Used for far-offshore wind farms for transporting technicians to the turbines for everyday O&M routines.

MET MAST The met mast is erected prior to installation of the wind farm to provide actual measurement of weather conditions at the site.

HANGOUT BLADE REPAIR Advanced container that is raised from the deck of the jack-up and lowered over the tip of the blade to perform basic repair of the tip and leading edge.

ZITON · Company profile 07 DEDICATED O&M SERVICE PROVIDER

CLIMATE-RELATED RISKS DIFFERENCE BETWEEN DEDICATED O&M SERVICE PROVIDERS AND AND OPPORTUNITIES PROVIDERS OF INSTALLATION JACK-UPS

• Offshore wind There are certain important differences between a dedicated O&M provider ZITON operates within and a provider of installation jack-ups, such as: the offshore wind industry, which is expected to play and • Dedicated provider of O&M services important role in the transi- ZITON is the only dedicated provider of jack-ups dedicated to O&M assign- tion to a low-carbon and ments like major component replacement, blade campaigns and decommis- climate-resilient economy. sioning. Such vessels are not occupied by long-lasting installation assignments. For ZITON, the offshore wind industry provides • Coverage of all turbines from 2MW to 10MW and beyond important climate-related Our fleet of jack-ups provides us with the flexibility and versatility to operate opportunities for growth at offshore wind farms, from 2.0 MW to over 10.0 MW. Our fleet allows us to as the number of turbines offer our customers a cost-effective set-up for their particular needs. installed in northern Europe is expected to continue to • Lower carbon footprint increase in the foresee- Being lighter and smaller, O&M jack-ups consume less bunker fuel than their able future. In addition, as installation counterparts. Thus, our fleet allows customers to select the vessel the offshore wind industry that provides the industry’s lowest carbon footprint. becomes increasingly global, it will provide opportunities • Technical capability of the vessel for ZITON to expand its To carry out O&M assignments, our vessels do not require a large deck space global presence. and crane lifting capacity, and, smaller crews are required to operate them. This means significantly higher OPEX and CAPEX for installation jack-ups • Fuel consumption than for dedicated O&M jack-ups and, accordingly, a need to charge higher Operating vessels involves charter rates. fuel consumption. However, ZITON’s vessels are gener- • Experience of the crew ally lighter and smaller than Crews with 10 years of experience are rarely seen in this young industry, their installation counter- but that is what we can provide at ZITON. Our crews have experience from parts. Thus, our fleet enables working with a variety of wind turbine models, sites, ports and under various customers to select the operating conditions. Everyone knows exactly the sequence and details of vessel that provides the operations including the imperative of ‘safety first’ in all operations. The expe- industry’s lowest carbon rience of our crews enables us to execute major component replacement with footprint. However, ZITON’s unrivalled efficiency. operations are considered to have a very positive net • Organisation

effect on climate as CO2 ZITON has a lean organisation, geared towards completing efficient opera- emissions in 2019 merely tions in a matter of days, and often at short lead times. The costs of O&M amounted to the green- operations would simply be too high for large organisations geared towards house gas emissions equiva- the complexity of projects with a duration of six months and beyond. The lent avoided by 3.7 wind ZITON Portal enables us to cost-effectively deliver project documentation turbines running for a year. and to collaborate with our customers on operations.

08 ZITON · Company profile MARKET DEVELOPMENT OF OFFSHORE WIND

Expected growth in the number of turbines installed in Europe Turbines grid connected, end of period

8,0008,000

7,0007,000

,000,000

5,0005,000

4,0004,000 FinlandFinland 3,0003,000 SwedenSweden IrelandIreland FranceFrance 2,0002,000 BelgiumBelgium DenmarkDenmark 1,0001,000 NetherlandsNetherlands GermanyGermany 0 0 UnitedUnited Kingdom Kingdom 20102010 20112011 20122012 20132013 20142014 20152015 201201 20172017 20182018 20192019 20202020 20212021 20222022 20232023 20242024 Source: ZITON data Source: ZITON

Average size of turbines installed per year Average MW per turbine MW/turbine

12

11

10

9

8

7

5

4

3

2

1

0 Source: ZITON data Source: ZITON

2014 2015 201 2017 2018 2019 2020 2021 2022 2023

ZITON · Company profile 09 Beatrice SWT-7.0 MW SSE Renewables 84 Ajos Moray East SWT-3.3 MW 100 V164-9.5 MW OX2 8 EDP Hywind Tampen SG-8.0 MW Equinor 11 10 Skagen Pori 2 – Tahkoluoto SWT-4.0 MW Hywind Scotland Frederikshavn Suomen Hyotytuuli Oy 5 SWT-6.0 MW 4 Various Equinor SE Blue Renewables 5 Aberdeen OWF Frederikshavn Offshore 11 V164-8.0 MW Wind Demo Vattenfall Various European Energy Kincardine 5 V164-9.5 MW Pilot Renewables 16 Inch Cape Anholt V164-10 MW Vesterhav Nord Nissum Bredning Vind Kårehamn 111 SWT-3.6 MW V112-3.0 MW Red Rock Power Limited SG-8.0 MW 21 4 SWT-7.0 MW Ørsted Vattenfall Nissum Brednings Vindmøllelaug RWE Seagreen Phase One 114 V164-10.0 MW 72 SSE Renewables Grenå

54 Neart na Gaoithe SG-8.0 MW Vesterhav Syd EDF SG-8.0 MW 20 Tunø Knob Vattenfall Hvide Sande V39-500 kW 10 SE Blue Renewables Horns Rev 3 49 V164-8.3 MW Samsø Vattenfall 10 SWT-2.3 MW 20 B76/2000 Horns Rev 2 Samsø Havvind København Ørsted SWT-2.3 MW 91 Ørsted Lillgrund 80 Esbjerg 48 SWT-2.3 MW Sprogø Vattenfall Horns Rev 1 7 V90-3.0 MW Blyth demo V80-2.0 MW Nyborg European Energy 5 V164-8.0 MW Sandbank Vattenfall Baltic 2 Rønne EDF SWT-4.0 MW 72 Lillebælt Syd SWT-3.6 MW Global Tech I 20 Kriegers Flak Vattenfall 80 SG-8.0 MW EnBW M5000-116 Butendiek Sønderborg Forsyning SG-8.0 MW 72 Global Tech 80 SWT-3.6 MW DanTysk Vattenfall 80 Dogger Bank A Offshore Wind WPD Offshore Albatros SWT-3.6 MW Wikinger 100 Haliade-X 12 MW Arcadis Ost 1 Robin Rigg SWT-7.0 MW Vattenfall 70 M5000-135 Equinor EnBW Hohe See V174-9.5 MW 27 58 V90-3.0 MW BARD Offshore 1 50 Iberdrola Teesside BARD 5.0-122 SWT-7.0 MW Amrumbank West Parkwind RWE 80 SWT-3.6 MW 27 SWT-2.3 MW Ocean Breeze EnBW 21 60 Belfast Nordsee Ost RWE Kaskasi Rødsand II Nysted Walney Phase 1 EDF Deutsche Bucht Energy 6.2M 126 Arkona 16 80 38 SG-8.0 MW SWT-2.3 MW 90 72 SWT-2.3 MW SWT-3.6 MW V164-8.0 MW RWE SWT-6.0 MW Walney Phase 2 Ørsted Meerwind Ost/Sud RWE RWE Ørsted Ormonde Northland Power 48 RWE SWT-3.6 MW 80 71 80 SWT-3.6 MW 5M 126 Merkur Offshore Sassnitz Ørsted Veja Mate 31 WindMW GmBh Walney Extension West Vattenfall Haliade 150-6 MW Baltic Eagle SWT-6.0 MW 67 Baltic 1 V164-8.0 MW Trianel Windpark Merkur Offshore Gode Wind I+II V174-9.5 MW Hornsea 2 Siemens Gamesa SWT-2.3 MW Ørsted SG-8.0 MW Borkum II SWT-6.0 MW Iberdrola 51 30 Barrow EnBW 47 40 Ørsted 6.2M 152 Gemini Ørsted Rostock Walney 51 Barrow Trianel Westermost Rough 165 SWT-4.0 MW 150 40 32 66 54 97 22 Gode Wind III Extension East 30 V90-3.0 MW Oriel Windfarm 108 SWT-6.0 MW Hornsea 1 Northland Power SG-11.0 MW SWT-7.0 MW Ørsted 56 78 12 55 V164-9.5 MW Ørsted West of Ørsted 174 SWT-7.0 MW Trianel Windpark Ørsted Cuxhaven Oriel Windfarm Duddon Sands 35 Triton Knoll Ørsted Alpha Ventus Borkum I Nordsee One SWT-3.6 MW Burbo Bank Extension V164-9.5 MW M5000-116 18 Hull M5000-116 Borkum Riffgrund II 6.2M 126 Ørsted V164-8.0 MW RWE V164-8.0 MW /5M 126 Ørsted 73 Trianel Northland Power 90 Ørsted EWE Gwynt y Mor Burbo Bank Humber Gateway 30 Race Bank SWT-3.6 MW 160 32 25 SWT-3.6 MW V112-3.0 MW Borkum Riffgrund I Nordergründe SWT-6.0 MW RWE Ørsted RWE SWT-4.0 MW Emshaven 6.2M 126 30 Liverpool Ørsted Ørsted WPD Offshore Holyhead 25 Dudgeon Inner Dowsing Rhyl Flats 91 67 SWT-6.0 MW SWT-3.6 MW 27 75 Riffgat SWT-3.6 MW Mostyn Equinor SWT-3.6 MW RWE Siemens Gamesa Arklow Bank 27 88 EWE Phase 1 Sheringham Shoal 7 North Hoyle East Anglia One Wicklow GE 3.6 -104 SWT-3.6 MW SWT-7.0 MW V80-2.0 MW Lincs GE Energy RWE Lynn Equinor Iberdrola SWT-3.6 MW SWT-3.6 MW Egmond aan Zee Siemens Gamesa Ørsted V90-3.0 MW Scroby Sands Vattenfall Prinses Amalia 30 V80-2.0 MW V80-2.0 MW RWE 36 Great Yarmouth Eneco 60 Galloper Eneco Luchterduinen SWT-6.0 MW 43 V112-3.0 MW RWE 102 Eneco Ijmuiden Greater Gabbard 70 Hollandse Kust Zuid I+II SWT-3.6 MW Borssele III+IV SG-11.0 MW Gunfleet Sands I + II SSE Renewables V164-9.5 MW 70 Vattenfall SWT-3.6 MW Blauwwind 56 Borssele I+II Ørsted Belwind Hollandse Kust Zuid III+IV 140 SG-8.0 MW SG-11.0 MW Harwich V90-3.0 MW 77 Ørsted Gunfleet Sands 3 Demo 48 Parkwind 94 Nobelwind Vattenfall SWT-6.0 MW Northwester 2 V112-3.3 MW 2 23 55 50 Ørsted London Array V164-9.5 MW Parkwind BV Rentel SWT-3.6 MW 175 Parkwind 58 72 SWT-7.0 MW Ørsted 42 Otary 30 15 6 Vlissingen 100 48 44 Kentish Flats Kentish Flats Zeebrugge V90-3.0 MW Extension Norther Vattenfall V112-3.3 MW Ramsgate V164-8.0 MW Vattenfall Oostende Eneco Thanet V90-3.0 MW Thornton Bank Phase II+III Vattenfall 6.2M 126 Thornton Bank C-Power Rampion Phase I 116 V112-3.45 MW 5M 126 Northwind RWE C-Power V112-3.0 MW GRID CONNECTED END 2019 Parkwind SeaMade GRID CONNECTED 2020 SG-8.0 MW GRID CONNECTED 2021 Le Treport Otary SG-8.0 MW 62 GRID CONNECTED 2022 EDP GRID CONNECTED 2023 Falmouth Fecamp SWT-7.0 MW 71 EDF Anholt Site name 111 SWT-3.6 MW Turbine Calvados Ørsted Operator SWT-7.0 MW 65 Saint-Nazaire EDF No. of turbines at the wind farm Haliade 150-6 MW 80 EDF 62 Noirmoutier PORTS SG-8.0 MW EDP Saint-Brieuc Updated March 2020 SG-8.0 MW 62 Iberdrola

10 ZITON · Company profile Beatrice SWT-7.0 MW SSE Renewables 84 Ajos Moray East SWT-3.3 MW 100 V164-9.5 MW OX2 8 EDP Hywind Tampen SG-8.0 MW Equinor 11 10 Skagen Pori 2 – Tahkoluoto SWT-4.0 MW Hywind Scotland Frederikshavn Suomen Hyotytuuli Oy 5 SWT-6.0 MW 4 Various Equinor SE Blue Renewables 5 Aberdeen OWF Frederikshavn Offshore 11 V164-8.0 MW Wind Demo Vattenfall Various European Energy Kincardine 5 V164-9.5 MW Pilot Renewables 16 Inch Cape Anholt V164-10 MW Vesterhav Nord Nissum Bredning Vind Kårehamn 111 SWT-3.6 MW V112-3.0 MW Red Rock Power Limited SG-8.0 MW 21 4 SWT-7.0 MW Ørsted Vattenfall Nissum Brednings Vindmøllelaug RWE Seagreen Phase One 114 V164-10.0 MW 72 SSE Renewables Grenå

54 Neart na Gaoithe SG-8.0 MW Vesterhav Syd EDF SG-8.0 MW 20 Tunø Knob Vattenfall Hvide Sande V39-500 kW 10 SE Blue Renewables Horns Rev 3 49 V164-8.3 MW Samsø Middelgrunden Vattenfall 10 SWT-2.3 MW 20 B76/2000 Horns Rev 2 Samsø Havvind København Ørsted SWT-2.3 MW 91 Ørsted Lillgrund 80 Esbjerg 48 SWT-2.3 MW Sprogø Vattenfall Horns Rev 1 7 V90-3.0 MW Blyth demo V80-2.0 MW Nyborg European Energy 5 V164-8.0 MW Sandbank Vattenfall Baltic 2 Rønne EDF SWT-4.0 MW 72 Lillebælt Syd SWT-3.6 MW Global Tech I 20 Kriegers Flak Vattenfall 80 SG-8.0 MW EnBW M5000-116 Butendiek Sønderborg Forsyning SG-8.0 MW 72 Global Tech 80 SWT-3.6 MW DanTysk Vattenfall 80 Dogger Bank A Offshore Wind WPD Offshore Albatros SWT-3.6 MW Wikinger 100 Haliade-X 12 MW Arcadis Ost 1 Robin Rigg SWT-7.0 MW Vattenfall 70 M5000-135 Equinor EnBW Hohe See V174-9.5 MW 27 58 V90-3.0 MW BARD Offshore 1 50 Iberdrola Teesside BARD 5.0-122 SWT-7.0 MW Amrumbank West Parkwind RWE 80 SWT-3.6 MW 27 SWT-2.3 MW Ocean Breeze EnBW 21 60 Belfast Nordsee Ost RWE Kaskasi Rødsand II Nysted Walney Phase 1 EDF Deutsche Bucht Energy 6.2M 126 Arkona 16 80 38 SG-8.0 MW SWT-2.3 MW 90 72 SWT-2.3 MW SWT-3.6 MW V164-8.0 MW RWE SWT-6.0 MW Walney Phase 2 Ørsted Meerwind Ost/Sud RWE RWE Ørsted Ormonde Northland Power 48 RWE SWT-3.6 MW 80 71 80 SWT-3.6 MW 5M 126 Merkur Offshore Sassnitz Ørsted Veja Mate 31 WindMW GmBh Walney Extension West Vattenfall Haliade 150-6 MW Baltic Eagle SWT-6.0 MW 67 Baltic 1 V164-8.0 MW Trianel Windpark Merkur Offshore Gode Wind I+II V174-9.5 MW Hornsea 2 Siemens Gamesa SWT-2.3 MW Ørsted SG-8.0 MW Borkum II SWT-6.0 MW Iberdrola 51 30 Barrow EnBW 47 40 Ørsted 6.2M 152 Gemini Ørsted Rostock Walney 51 Barrow Trianel Westermost Rough 165 SWT-4.0 MW 150 40 32 66 54 97 22 Gode Wind III Extension East 30 V90-3.0 MW Oriel Windfarm 108 SWT-6.0 MW Hornsea 1 Northland Power SG-11.0 MW SWT-7.0 MW Ørsted 56 78 12 55 V164-9.5 MW Ørsted West of Ørsted 174 SWT-7.0 MW Trianel Windpark Ørsted Cuxhaven Oriel Windfarm Duddon Sands 35 Triton Knoll Ørsted Alpha Ventus Borkum I Nordsee One SWT-3.6 MW Burbo Bank Extension V164-9.5 MW M5000-116 18 Hull M5000-116 Borkum Riffgrund II 6.2M 126 Ørsted V164-8.0 MW RWE V164-8.0 MW /5M 126 Ørsted 73 Trianel Northland Power 90 Ørsted EWE Gwynt y Mor Burbo Bank Humber Gateway 30 Race Bank SWT-3.6 MW 160 32 25 SWT-3.6 MW V112-3.0 MW Borkum Riffgrund I Nordergründe SWT-6.0 MW RWE Ørsted RWE SWT-4.0 MW Emshaven 6.2M 126 30 Liverpool Ørsted Ørsted WPD Offshore Holyhead 25 Dudgeon Inner Dowsing Rhyl Flats 91 67 SWT-6.0 MW SWT-3.6 MW 27 75 Riffgat SWT-3.6 MW Mostyn Equinor SWT-3.6 MW RWE Siemens Gamesa Arklow Bank 27 88 EWE Phase 1 Sheringham Shoal 7 North Hoyle East Anglia One Wicklow GE 3.6 -104 SWT-3.6 MW SWT-7.0 MW V80-2.0 MW Lincs GE Energy RWE Lynn Equinor Iberdrola SWT-3.6 MW SWT-3.6 MW Egmond aan Zee Siemens Gamesa Ørsted V90-3.0 MW Scroby Sands Vattenfall Prinses Amalia 30 V80-2.0 MW V80-2.0 MW RWE 36 Great Yarmouth Eneco 60 Galloper Eneco Luchterduinen SWT-6.0 MW 43 V112-3.0 MW RWE 102 Eneco Ijmuiden Greater Gabbard 70 Hollandse Kust Zuid I+II SWT-3.6 MW Borssele III+IV SG-11.0 MW OFFSHORE Gunfleet Sands I + II SSE Renewables V164-9.5 MW 70 Vattenfall SWT-3.6 MW Blauwwind 56 Borssele I+II Ørsted Belwind Hollandse Kust Zuid III+IV 140 SG-8.0 MW SG-11.0 MW Harwich V90-3.0 MW 77 Ørsted Gunfleet Sands 3 Demo 48 Parkwind 94 Nobelwind Vattenfall SWT-6.0 MW V112-3.3 MW Northwester 2 23 55 50 Ørsted London Array 2 Parkwind BV Rentel WIND FARMS V164-9.5 MW SWT-3.6 MW 175 Parkwind 58 72 SWT-7.0 MW Ørsted 42 Otary 30 15 6 Vlissingen 100 48 44 Kentish Flats Kentish Flats Zeebrugge V90-3.0 MW Extension Norther Vattenfall V112-3.3 MW IN EUROPE Ramsgate V164-8.0 MW Vattenfall Oostende Eneco Thanet V90-3.0 MW Thornton Bank Phase II+III Vattenfall 6.2M 126 Thornton Bank C-Power Rampion Phase I 116 V112-3.45 MW 5M 126 Northwind RWE C-Power V112-3.0 MW GRID CONNECTED END 2019 Parkwind SeaMade GRID CONNECTED 2020 SG-8.0 MW GRID CONNECTED 2021 Le Treport Otary SG-8.0 MW 62 GRID CONNECTED 2022 EDP GRID CONNECTED 2023 Falmouth Fecamp SWT-7.0 MW 71 EDF Anholt Site name 111 SWT-3.6 MW Turbine Calvados Ørsted Operator SWT-7.0 MW 65 Saint-Nazaire EDF No. of turbines at the wind farm Haliade 150-6 MW 80 EDF 62 Noirmoutier PORTS SG-8.0 MW EDP Saint-Brieuc Updated March 2020 SG-8.0 MW 62 Iberdrola

ZITON · Company profile 11 12 ZITON · Company profile Can do. Will do.

VISION AND MISSION

OUR VISION Offshore renewables are the preferred future source of energy.

OUR MISSION To provide second-to-none solutions to the offshore renewables industry through our dedication to skilled people, specialist 9 equipment and safe operations. YEARS AT SEA Glenn Mortensen Crane operator J/U WIND ENTERPRISE

ZITON · Company profile 13 J/U WIND ENTERPRISE TECHNICAL SPECIFICATIONS

GENERAL INFORMATION Length, overall: 100.0 m Width, overall: 40.0 m Hull depth: 8.0 m Pre-drive capacity, active: 6,750 t/leg Elevating speed: 0.7 m/minute Transit speed: Approx. 6 knots Accommodation: 28 single cabins for charterer and 20 single cabins for crew Ownership: Bareboat chartered until end of March 2021 with an option to acquire the vessel

CARGO CAPACITY Payload: 4,500 t Main deck area: Approx. 2,850 m²

MAIN CRANE AND LIFTING CAPACITY Main crane: Liebherr BOS 35000 Main crane boom length: 102 m Main crane max. lifting capacity: 800 t at 25 m radius at 116 m height above deck

OPERATING CONDITIONS Service: Unrestricted (as per DNV rules) Endurance: 21 days Jacking operations - wave height: 2 m Jacking operations - wind: 15 m/s Jacking operations - tidal current: Up to 1.2 kn. Jacking operations - max. depth: Up to 48m

14 ZITON · Company profile J/U WIND SERVER TECHNICAL SPECIFICATIONS

GENERAL INFORMATION Length, overall: 79.6 m Width, overall: 32.3 m Hull depth: 7.4 m Pre-drive capacity, active: 2,700 t/leg Elevating speed: 1.0 m/minute Transit speed: Approx. 9 knots Accommodation: 24 single cabins for charterer and 15 single cabins for crew Ownership: Owned since 2014

CARGO CAPACITY Payload: 1,500 t Main deck area: Approx. 1,000 m2

MAIN CRANE AND LIFTING CAPACITY Main crane: Liebherr BOS 14000 Main crane boom length: 87 m Main crane max. lifting capacity: 400 t at 20 m radius at 96 m height above deck

OPERATING CONDITIONS Service: Unrestricted (as per DNV rules) Endurance: 30 days Jacking operations - wave height: Up to 2.6 m Jacking operations - wind: Up to 15 m/s Jacking operations - tidal current: Up to 3 kn. Jacking operations - max. depth: Up to 45 m

ZITON · Company profile 15 J/U WIND PIONEER TECHNICAL SPECIFICATIONS

GENERAL INFORMATION Length, overall: 56.0 m Width, overall: 28.0 m Hull depth: 4.5 m Pre-drive capacity, active: 1,200 t/leg Elevating speed: 0.5 m/minute Transit speed: 5 knots (towed) Accommodation: 22 single cabins for charterer and 12 single cabins for crew Ownership: Owned since 2012

CARGO CAPACITY Payload: 650 t Main deck area: Approx. 530 m2

MAIN CRANE AND LIFTING CAPACITY Main crane: Liebherr BOS 7500 Main crane boom length: 78 m Main crane max. lifting capacity: 150 t at 19 m radius at 78 m height above deck

OPERATING CONDITIONS Service: R2 (as per DNV rules) Endurance: 30 days Jacking operations - wave height: Up to 1.35 m Jacking operations - wind: Up to 14 m/s Jacking operations - tidal current: Up to 2.5 kn. Jacking operations - max. depth: Up to 34 m

16 ZITON · Company profile J/U WIND TECHNICAL SPECIFICATIONS

GENERAL INFORMATION Length, overall: 55.1 m Width, overall: 18.1 m Hull depth: 4.0 m Pre-drive capacity, active: 600 t/leg Elevating speed: 0.7 m/minute Transit speed: Approx. 6 knots Accommodation: 20 single cabins for charterer and 11 single cabins for crew Ownership: Owned since 2006

CARGO CAPACITY Payload: 220 t Main deck area: Approx. 430 m2

MAIN CRANE AND LIFTING CAPACITY Main crane: Liebherr LTR 11200 Main crane boom length: 28-110 m (telescopic) Main crane max. lifting capacity: 30 t at 30 m radius at 100 m height above deck

OPERATING CONDITIONS Service: Weather restricted, site specific Endurance: 30 days Jacking operations - wave height: Up to 0.75 m Jacking operations - wind: Up to 10 m/s Jacking operations - tidal current: Up to 1 kn. Jacking operations - max. depth: Up to 35 m

ZITON · Company profile 17 HANGOUT SPECIFICATIONS

GENERAL INFORMATION Length, overall: 12.4 m Width, overall: 4.1 m Height, overall: 3.4 m Self-weight: 8.15 t Internal load capacity: 1.5 t Manpower: Up to 3 persons Operations – wind: Up to 10 m/s Ownership: Owned since 2019 with Flex Wind (50% each)

INFORMATION HangOut is a crane supported work plat- form used for basic repair of the tip and the leading edge of a blade. It is an advanced container that is raised from the deck of the jack-up and lowered over the tip of the blade using vacuum suction cups. The HangOut contains all the necessary equip- ment to make the repairs, and it provides a safe and protected working zone for blade technicians. Also, it is operational at harsher weather than basic blade repair performed using rope or platforms, thus providing significantly more working days per year. With a full repair including jack- ing up time taking two days, Hangout can reduce costs and speed up large-scale lead- ing-edge erosion campaigns significantly.

18 ZITON · Company profile ZITON CONTRACTORS SPECIFICATIONS

GENERAL INFORMATION Manpower: Supervisors and senior technicians for all platforms Platforms: SGRE: G2, G3, G4 MVOW: V66, V80, V90, V112 Quick adaption to other OEM turbines Lifting equipment: Most lifting equip- ment for all main components on all platforms Tools: Hand tools, special tools, tension and torque tools and torque tools

SEA LIFTTING GEAR TOOLS FASTENING

Main Drive Gene- Trans- Gearbox EQUIPMENT & TOOLS Blade Hub Rotor bearing Train Gearbox rator former turner Turner Elephant foot

Not Not V80 Universal adjustable chain sling Not needed needed needed Lifting Turner Lifting yoke A Not Not Not Upending gear A VESTAS V90 T-bar yoke for Not needed needed needed needed tool gearbox Lifting Not Not V112 Universal adjustable chain sling Not needed yoke B needed needed Universal 4 leg chain sling Not SWT2.0-76 blade yoke Universal Lifting Universal Not needed Turner Tail crane adjustable yoke for adjustable Elephant foot needed Not gear B SWT2.3-82/93 chain sling drive train chain sling SIEMENS needed Blade yoke GAMESA Not Not SWT3.6-107/120 Not needed Lifting needed needed Turner Universal adjustable chain sling yoke C Not Not gear C SWT4.0-120/130 Not needed needed needed

Supporting tools required for major component replacements

ZITON · Company profile 19 Company ZITON A/S Bygholm Søpark 21E 8700 Horsens Denmark

Website www.ziton.eu PRODUCTION

OTW A/S (DENMARK)

20 ZITON · Company profile