#: locale=en
## Action
### PDF
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### URL
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## E-Learning
### Answer
questionOption_0C08E56B_2A9B_C79C_41B5_67ABBD80E56A.text = Safety Glasses
questionOption_02E6AD70_2AA6_478D_41B6_963DD3A99228.text = A chef's apron
questionOption_0D13797F_2AA6_4E74_4197_999E5A6B6CB8.text = A suit and tie
questionOption_0D1ECB94_2AA6_42B4_41A6_3A8220C08858.text = A swimsuit
questionOption_020800EF_2AAB_DE94_4199_CF1DF026CAD2.text = Eating a sandwich
questionOption_0DBEC37E_2A9A_4274_41B2_2551196A279A.text = Environmental Training
questionOption_0DB19614_2A9A_45B5_41C2_067502E0B30A.text = First Aid Training
questionOption_029B3454_2AA6_45B4_41B5_3AFE4897E470.text = Freshwater
questionOption_0C2DC6F1_2A9B_C28C_4179_69C51297324A.text = Helmets
questionOption_02A6E95A_2AA6_CFBC_41B0_C666033F67BD.text = High winds, waves, and currents
questionOption_0C253838_2A9B_CDFC_418B_D59C4167736B.text = Personal Flotation Devices (PFDs)
questionOption_021FB39A_2AAB_C2BC_41B2_3955941CC8C2.text = Proper fall protection
questionOption_0DD92BD9_2A9B_C2BC_41B3_C2F5DAA54066.text = Safety Harnesses
questionOption_0DB7D4F7_2A9A_4674_41A1_CC51307DABBB.text = Safety Training
questionOption_0D3643E6_2AA6_4295_41B4_D06B69F259A7.text = Safety helmets, protective eyewear, gloves, and high-visibility clothing
questionOption_0284EF76_2AA6_C275_4165_51D00A7A25B4.text = Sharks
questionOption_0DF4FD83_2A9E_C68C_41AA_FECCDCD94C54.text = Sharks in the water
questionOption_03E63521_2AAB_C78C_41B0_562124540131.text = Singing a song
questionOption_028E42AE_2AA6_4295_41B3_A0A6638E5438.text = Sunlight
questionOption_0D94215E_2A9A_5FB4_41C5_32967A89A15C.text = Technical Training
questionOption_0DE85EE4_2A9E_C294_41C0_2FD40DACF36D.text = The boat running out of fuel
questionOption_0DD30A0D_2A9E_CD94_41C3_69BC36798BF5.text = The boat sinking
questionOption_025C75A7_2AAA_4694_41B6_736AFD558495.text = The risk of being hit by a meteor
questionOption_024861A3_2AAA_5E8C_418A_5C8B82E2E32A.text = The risk of being seen from the shore
questionOption_0224F78D_2AAA_4294_41C5_0FA5F0D014DD.text = The risk of being stolen
questionOption_025753A0_2AAA_428C_41BD_FF7A38958C98.text = The risk of collisions from visiting and passing ships
questionOption_0DC28BE2_2A9E_C28C_41C4_EB6BC23C764E.text = The transfer of crew from the vessel to the turbine, known as "pushing on"
questionOption_03FD5C41_2AAA_458C_41B2_12C5C75889C1.text = To allow technicians to safely access wind turbines in more extreme weather conditions
questionOption_021FF7FC_2AAA_4274_41B6_94E9286FD992.text = To allow technicians to walk on the turbine blades
questionOption_03F289BC_2AAA_4EF4_41C3_31DB96F99EF6.text = To allow technicians to walk on water
questionOption_03F40B00_2AAA_438C_41C3_256579BFC9E2.text = To allow technicians to walk to work instead of driving
questionOption_02160271_2AAB_DD8C_41B4_97FBDE2FA308.text = Wearing a chef's hat
### Qualification
calification_059AF2B6_2AAD_C2F4_4153_B5CB30858EB8.text = You failed. You need to take the exam again.
calification_053D79F0_2AA6_4E8C_41C2_946C9D3242AA.text = You passed. You can visit site.
### Question
question_0D35499F_2AA6_CEB4_41BB_ED4580170BC5.title = What are the turbines often located in deep water sites exposed to?
question_02496F95_2AAB_C2B7_41B1_9504E74F6358.title = What is mandatory when working on top of a nacelle?
question_0CA8667E_2A9E_4274_4196_436146BFABF4.title = What is one of the most frequent health and safety risks when boarding the turbine from a Service Operation Vessel (SOV)?
question_025F77EB_2AAA_429C_41BB_BAFC5C99C330.title = What is the hydraulic "walk-to-work" gangway system used for?
question_028E8273_2AAA_7D8C_41C3_C97D035C06C8.title = What risk are floating offshore wind farms generally exposed to?
question_02B70633_2A9A_458C_41A7_19150C7F3842.title = What safety equipment is essential when working over water to provide buoyancy in the event of a fall into the sea?
question_0DBF639C_2AA6_C2B4_41B2_EB75382508E5.title = What should workers always wear when walking around the turbine?
question_0C0D22C1_2A9A_428F_41B8_C2204E16C368.title = What type of training covers general safety practices, emergency procedures, and the use of safety equipment?
### Question Screen
quizQuestion_042B1F5B_20E7_0CF5_41B0_75F91843772C.ok = OK
### Report Screen
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.title = - SCORE -
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.completion = Completed
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.questionsCorrect = Correct
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.downloadCSV = Download .csv
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.questionsIncorrect = Incorrect
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.items = Items Found
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.questions = Questions
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.repeat = Repeat
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.submitToLMS = Submit
quizScore_042DEF5B_20E7_0CF5_4184_B68F8447F9F2.elapsedTime = Time
### Score Name
score2.label = Induction
score1.label = Site Induction
### Timeout Screen
quizTimeout_042B0F5B_20E7_0CF5_41A4_38118AA390D0.title = - TIMEOUT -
quizTimeout_042B0F5B_20E7_0CF5_41A4_38118AA390D0.repeat = Repeat
quizTimeout_042B0F5B_20E7_0CF5_41A4_38118AA390D0.score = View Score
## Hotspot
### Tooltip
sprite_55831F0A_4CF6_24C5_41CE_C2534FD0F696.toolTip = Ballast Tank 1
sprite_6413B3DE_4CF6_637D_41BF_B3A330E0CCA1.toolTip = Ballast Tank 2
sprite_6B507149_4CF3_DF47_41C5_70B87B23A307.toolTip = Ballast Tank 3 Looking up
sprite_31ED16F4_205A_FA43_417B_484A804E6176.toolTip = Ballast Tanks
sprite_2BEBB3A1_05A6_3FE2_415F_D1B5F802D68E.toolTip = Bentley Doosan
overlay_34E6ED3A_2079_4FC7_41BF_22021B07B667.toolTip = Blade Construction
sprite_B698B8CB_F0F0_704B_41D4_999D135E82E1.toolTip = Blade Damage
overlay_34C3F24B_2077_7A45_417F_CFE36D467805.toolTip = Blade Tips
sprite_3E960C38_2C6A_7871_41B5_A7BF16A836B7.toolTip = Blade issue
sprite_04E14871_20F5_AAB0_41AE_A6B0A8406A9A.toolTip = Boarding Turbine
HotspotPanoramaOverlayArea_210B901B_BBCB_C154_41E3_4C034897B7AF.toolTip = Breather -- GOOD
sprite_0FC31F67_2A9A_4394_41B7_11FCA11829FD.toolTip = Check Exam Scores
sprite_0C10B232_2AA6_5D8C_41B1_623C13282B59.toolTip = Click to bring up Helemts again
sprite_311689A8_20A7_7453_419F_E91461B2D882.toolTip = Climbing the Turbine
sprite_DB99ECC4_C516_195A_41E7_2C32272C78E2.toolTip = Dispatch ROV
overlay_DD73136F_BAFC_C7CC_41CB_F85326D9CED2.toolTip = Drone Dispatch
HotspotPanoramaOverlayArea_162C0C5E_0323_BFD0_4186_D956E32FFA02.toolTip = Electronics -- GOOD
sprite_11AD8960_0327_B9F1_4181_681253352978.toolTip = Enter Nacelle
HotspotPanoramaOverlayArea_0CB82EBD_0323_5B53_4172_2318D6292B60.toolTip = Exit the Nacelle
HotspotPanoramaOverlayArea_1791FF97_0324_B95F_4181_41B813FE946E.toolTip = First Aid Info
HotspotPanoramaOverlayArea_16D767AB_0323_4977_4189_0AF268695661.toolTip = First Aid Kit
HotspotPanoramaOverlayArea_168370AD_0325_4773_4187_EA02C392B13B.toolTip = Generator Oil Pressure Level -- LOW
sprite_593701D8_1D8A_DE40_4172_F066169BA83D.toolTip = Heli Hoist
HotspotPanoramaOverlayArea_41DAC53B_031D_4957_4185_DA6B421E4D80.toolTip = Hoist -- GOOD
sprite_E58190DC_C51E_2969_41C1_621BFECCA2E7.toolTip = Inside Nacelle
sprite_0A284651_057E_D8A2_4194_66587E9FAA06.toolTip = LILYPAD Offshore Drone Platform
sprite_19D557A2_2C56_A811_4177_7C94CF936967.toolTip = Mooring lines
overlay_4091AEEF_4F13_1B65_41CE_A8511CB021FE.toolTip = Nacelle Generator Problem
sprite_FEAAD46D_F090_B04E_41D3_C18633CBA053.toolTip = Nacelle Info
sprite_64E78A34_4CF6_6CCD_41D2_121D3780BB58.toolTip = Near Ballast Tank 3
sprite_1BE37FDB_085A_DDD6_4186_AC208FBD73C5.toolTip = On Top of Nacelle
sprite_6423E14A_4CF2_5F44_41C7_2012C0916C5C.toolTip = On Top of Nacelle
sprite_5DE65488_4F11_2FAA_41C0_EC153ED411C9.toolTip = Open Scada Data
HotspotPanoramaOverlayArea_F4651DC2_C512_3B5E_41E0_0B5556F4E584.toolTip = Play/Stop Engine Sound
sprite_F57D12D4_C532_297A_41E5_752633859CDC.toolTip = Play/Stop Ocean Sound
sprite_0229B18A_20AB_1454_4181_9C81D021B964.toolTip = Risk of working on Turbine
sprite_039649EB_471A_7E85_4177_06D307A8D15F.toolTip = SCADA Data
sprite_0EEBAD7D_2AE6_4674_41B2_935DE4144997.toolTip = Take the exam
overlay_347D7091_2077_36C4_41AB_59EBC2062A8A.toolTip = The Hub
sprite_65BCFF2E_4CEE_64DD_41CE_3F722E86BED7.toolTip = Underneath 1
sprite_655F5DB7_4CEF_E7CB_41D1_2793498EB0B6.toolTip = Underneath 2
sprite_6598D5C0_4CEE_2745_41C5_45CDFA190C46.toolTip = Underneath 3
sprite_40A4CC40_52BC_FE9D_41C8_33E4D90E072D.toolTip = Video on mooring system
sprite_4CE448C2_52E4_104D_41D4_44C60558A4F9.toolTip = Video on mooring system load reduction
sprite_2F9068C4_2099_35DC_41B8_8D1E3E8AE94F.toolTip = Walking around Turbine
sprite_3157596F_20A9_14AD_41AA_644D84862CE3.toolTip = Working in Nacelle
## Media
### Audio
audiores_339B114B_1C87_3E40_41BB_511B6F6D9C12.mp3Url = media/audio_093F2EC6_1C8D_2240_41AA_6CFCC607C640_en.mp3
audiores_3273665A_1C87_2240_41AB_50D80D44B60B.mp3Url = media/audio_0D530780_1C8B_62C0_41AA_21D21EEDB374_en.mp3
audiores_32648C04_1C87_25C0_41A3_021409E2659B.mp3Url = media/audio_0E1363FA_1C8D_2240_4183_0DA41B97A773_en.mp3
audiores_3262ED20_1C87_27C0_41A6_B11B2B5143EC.mp3Url = media/audio_0E21E33F_1C8E_E3C0_419C_F4FA67C4B957_en.mp3
audiores_32609E25_1C87_25C0_41A3_4EAAEA1AD65F.mp3Url = media/audio_0E6BB583_1C8F_66C0_41A2_2B69C921EF50_en.mp3
audiores_326D081E_1C87_2DC0_4188_5F904BC7400E.mp3Url = media/audio_0E874408_1C8A_E5C0_41B9_6AFB81FDF2AB_en.mp3
audiores_326BC997_1C87_2EC0_4146_076BFDD38502.mp3Url = media/audio_0ECF78C5_1C8D_6E40_41B7_5451ACC3853E_en.mp3
audiores_339F3F62_1C87_2240_4198_BF0F3CF3662A.mp3Url = media/audio_0F986302_1C8F_23C0_41AC_6796F7D035AE_en.mp3
audiores_02ADC373_312A_EE1F_41AD_F77F63086344.mp3Url = media/audio_2248A343_313A_2E7F_41A4_28FF13B7A458_en.mp3
audiores_02B15253_312A_EE1F_41A6_D598131F0113.mp3Url = media/audio_226DC388_313A_2E09_41C0_0B3543FB8D49_en.mp3
audiores_37B976AD_2014_A650_41BB_7128509FD8B0.mp3Url = media/audio_3387254F_2013_5AEF_41BA_170813556864_en.mp3
audiores_37B6E697_2014_A670_4190_1C4301C39A3B.mp3Url = media/audio_36A216AD_2015_A650_4163_66D4AD1FD262_en.mp3
audiores_3E5B5113_2015_BA70_41B6_DE788DE6E33E.mp3Url = media/audio_392FDACC_2014_AFD0_41B9_61142F15EDAA_en.mp3
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audiores_FF756840_C512_195A_41D5_811E02937D85.mp3Url = media/audio_F6F2B669_C513_E92A_41C9_6EE86D309109_en.mp3
### Audio Subtitles
### Image
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### Popup Image
### Subtitle
video_4A3939AA_46FE_2E57_41B8_93AC8B96E566.subtitle = Nano coating for wind turbine blades
video_4A3B3AD4_46FF_E3F2_41A2_25F47756722E.subtitle = OM platform for Offshore wind turbines
video_4A3991D0_46FF_E1F2_41D0_0124F810B2FE.subtitle = REblade automated drone repair for blades
video_4A2725D4_46FE_21F2_41C3_4FB971C2F790.subtitle = Werover WT Blade Sound Free Electrons
### Title
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video_4B299319_46FE_2272_41CB_A13EB20A7195.label = Bentley Digital Twin IOT
video_689D4AF7_4878_AF94_419E_50A3ADDB75B0.label = Bentley iTwin Unreal Engine
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album_00E54897_47EA_7E8E_41CB_EB325BCA5952_9.label = Blade 11
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album_00E54897_47EA_7E8E_41CB_EB325BCA5952_10.label = Blade 12
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_11.label = Blade 13
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_0.label = Blade 2
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_1.label = Blade 3
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_2.label = Blade 4
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_3.label = Blade 5
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_4.label = Blade 6
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_5.label = Blade 7
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_6.label = Blade 8
album_00E54897_47EA_7E8E_41CB_EB325BCA5952_7.label = Blade 9
album_00E54897_47EA_7E8E_41CB_EB325BCA5952.label = Blade Data
model_56A940F4_4CEE_5D4D_41C8_3CDE6338B1A1.label = CCTV
video_255F3961_2A9E_CF8F_41C5_43BB559213F7.label = Concept X Ai Powered inspections
video_48FCEDB6_46FE_61BE_41B3_A73F4D0CCDF3.label = DRB automated Drone Free Electrons
model_B907F2F6_F0F1_905D_41D2_7F35AC927D58.label = Digital Twin
video_571724A9_484B_FBBC_41CC_6BFC98A70CC7.label = Doosan Wind farm
video_D04AE369_C05F_2D8B_41E7_1F4A0760799B.label = Drone in Box 2k
video_4E01B2A9_52E4_F0DF_41C7_079BC0C095F2.label = Fidar Mooring system 5mins
video_4F22C844_52E4_1055_41CC_A5E294250F13.label = Fidar mooring load reduc 2min
video_3A93EFE2_2A9A_C28C_41B6_84EF7B75BCCD.label = GeoAir Drone dock
photo_541E89B2_1D85_6EC0_419E_E3938F50C166.label = Heli Hoist Image
model_039890C5_2017_7BD0_415D_F782B0CE5CB9.label = Induction
panorama_0E88D383_031D_4937_417D_53BAF63B8241.label = Inside The Nacelle
video_216B6E90_1C85_E2C0_41A3_3B31DDB1BEFF.label = Johnafterstormdemo2
video_14991357_057A_38AE_4153_DB582A07B2FC.label = Lilypad
video_4A3939AA_46FE_2E57_41B8_93AC8B96E566.label = Linari Nanowings Free Electrons
album_15569218_2CBE_E831_41B3_070FFE15A339.label = Mooring System
video_070E92F4_1247_4DA0_41A5_11AEF4CA0BA4.label = Open wind 2
album_15569218_2CBE_E831_41B3_070FFE15A339_0.label = Overview
video_57252DC8_4878_65FD_41CF_F10E635EF846.label = Plant sight Dashboard map
video_337F298C_0326_BB5B_4184_3FC18D04979F.label = RDT_20240607_220144
video_DA6DF1C5_C516_EB5A_41CF_74E174FF75FE.label = ROV off boat 2k
video_4A3991D0_46FF_E1F2_41D0_0124F810B2FE.label = Reblade drone Free Electrons
video_5F1FA844_46EA_2ED2_41CD_67C403BF2EF6.label = Reblade drone Free Electrons
video_16132218_056E_D8A1_4176_8C26573E7AAB.label = Robot climber camera
album_1A1DD577_2B67_C674_41C1_EF9A8B000039.label = SCADA Data
album_15569218_2CBE_E831_41B3_070FFE15A339_2.label = Semi Mooring
video_4A3B3AD4_46FF_E3F2_41A2_25F47756722E.label = Shoreline OM ESB innovation Proj5
video_35CA3391_205E_FAC4_41BB_40873958DF8B.label = Shorelinevideo
video_384930CB_29BA_8E63_4197_1BA0AFF9E397.label = TSRWind Video
video_4A25ECF3_46FE_67B6_41CE_BACA2D6FDCF3.label = Tethys Robotics Free Electrons
model_E9016048_F090_8FB5_41E0_62F0B3C1CFAC.label = Turbine 1st Person
photo_C62DE587_F090_90BB_41EB_A649C6B25482.label = Types of turbine1
video_4A2725D4_46FE_21F2_41C3_4FB971C2F790.label = Werover WT Blade Sound Free Electrons
album_1A1DD577_2B67_C674_41C1_EF9A8B000039_2.label = Wind Ops Compare Trends
album_1A1DD577_2B67_C674_41C1_EF9A8B000039_1.label = Wind Ops Downtime
album_1A1DD577_2B67_C674_41C1_EF9A8B000039_0.label = Wind Ops Home page
model_E183D4DC_EFCE_9769_41A3_E7082610CBED.label = Wind Turbine Info
photo_56D9E8BB_4310_F228_41D0_45EA2E94A85A.label = climbing
photo_8548612A_BA45_C374_41B0_1628F11672CD.label = damge1
photo_80A4564B_BA44_41CB_41E3_F26048CC56A3.label = generator1
photo_19A22004_0DE9_002C_41A5_91E8C90F3CE7.label = generatorfault
photo_5721EFCF_4310_4E68_41CF_2360B7AB06EE.label = insidenacelle
album_15569218_2CBE_E831_41B3_070FFE15A339_1.label = mooring info 1
photo_45DE3398_2069_3AC4_41A8_CD1A5A49FE2C.label = mooring info 1
photo_CAEE6292_F093_B0D5_41CB_55F8BB62CE82.label = nacelle info1
photo_57C192E5_4370_5659_41BC_316FB9CAD99F.label = risks
photo_5EBEA087_1D8D_3EC0_41B0_446418146D56.label = thehub
photo_56CBEDFB_4311_D229_41C9_D6AC5FF5BDEF.label = walking
photo_58F4690A_1D8D_6FC0_4193_930A795E1E34.label = windturbineblade
### Video
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Engineering and robotics at the service of the wind power industry
Made up of engineers from the renewable energy and robotics industries, TSR Wind is a Spanish engineering firm specialised in developing innovative solutions for wind turbine maintenance that has transformed the wind power industry with its magnetic robots.
Ballast Tanks for Floating Offshore Turbines
Overview
Ballast tanks are crucial components of floating offshore wind turbines. They provide the necessary stability by adjusting the buoyancy and ensuring the structure remains upright in the marine environment.
Materials Used
Steel
Advantages:
High strength and durability.
Well-understood material with established construction techniques.
Corrosion-resistant when properly treated (galvanized or coated).
Disadvantages:
Susceptible to corrosion if not maintained properly.
Heavy, which may increase transportation and installation costs.
Concrete
Advantages:
High durability and resistance to marine environments.
Can be cast into various shapes and sizes.
Lower maintenance compared to steel.
Disadvantages:
Heavier than steel, making transportation more challenging.
Requires longer construction time and more complex logistics.
Composite Materials (e.g., Fiber-Reinforced Polymers)
Advantages:
Lightweight compared to steel and concrete.
Excellent corrosion resistance.
Can be molded into complex shapes.
Disadvantages:
Higher material costs.
Less experience in large-scale marine applications.
Construction and Manufacturing
Design Phase:
Engineers design the ballast tanks considering the specific requirements of the turbine and the marine environment.
Simulation tools are used to optimize the shape and placement of ballast tanks for stability.
Material Preparation:
For steel tanks, plates are cut, shaped, and welded into the desired structure.
Concrete tanks are cast using molds and reinforced with steel rebar.
Composite tanks are fabricated using molds and layered with fibers and resins.
Assembly:
Components are assembled in a controlled environment (shipyard or fabrication yard).
Quality control checks are conducted to ensure structural integrity.
Transportation and Installation
Transportation:
Completed sections or modules are transported via specialized vessels (heavy-lift ships or barges).
Modular construction allows for easier transport and assembly at sea.
Installation:
At the deployment site, floating turbines are partially submerged and towed to the location.
Ballast tanks are filled with water (or other ballast materials) to achieve the desired buoyancy and stability.
Dynamic positioning systems and tugboats assist in positioning the turbine accurately.
Example: Materials for a 10 MW Turbine
For a 10 MW floating offshore wind turbine, the following rough estimates can be considered:
Steel Ballast Tanks:
Weight: Approximately 1,500 to 2,000 tons of steel.
Dimensions: Vary based on design, but typically multiple tanks with a combined volume sufficient to provide the necessary buoyancy.
Advantages:
Strong and durable.
Well-understood with extensive historical use.
Can be easily repaired and maintained.
Disadvantages:
Heavy and susceptible to corrosion.
Requires regular maintenance.
Concrete Ballast Tanks:
Weight: Approximately 3,000 to 4,000 tons of concrete.
Dimensions: Larger volume compared to steel due to lower density.
Advantages:
Durable and resistant to marine environments.
Lower maintenance needs.
Good weight for stability.
Disadvantages:
Very heavy, complicating transport and installation.
Longer construction time.
Composite Ballast Tanks:
Weight: Approximately 800 to 1,200 tons of composite materials.
Dimensions: Customized based on specific design requirements.
Advantages:
Lightweight and corrosion-resistant.
Can be molded to complex shapes.
Disadvantages:
Higher cost.
Less field experience in large-scale applications.
Conclusion
Ballast tanks are critical for the stability of floating offshore wind turbines, with various materials offering distinct advantages and disadvantages. The choice of material depends on factors like cost, durability, weight, and ease of construction and maintenance. Proper design, construction, and installation are vital for ensuring the efficiency and longevity of floating offshore wind turbines.
Blade Construction
1. IntegralBlade® Technology:
◦ Siemens Gamesa, a leader in offshore wind technology, employs its IntegralBlade® technology for blade construction.
◦ Blades are cast in one piece using fiberglass-reinforced epoxy resin, eliminating glued joints.
◦ This design enhances reliability, reduces weight (IntegralBlades® weigh 3-4% less than glued blades), and allows for cost-effective foundation design.
◦ The B108 blade, measuring 108 meters in length, exemplifies this technology and is the longest blade ever produced .
2. Carbon Fiber Reinforcement:
◦ Siemens Gamesa supplements their blades with carbon fiber technology.
◦ Carbon fibers are stiff and lightweight, making them ideal for extreme offshore conditions.
◦ The combination of fiberglass and carbon results in a robust blade design capable of withstanding rotational forces and harsh marine elements.
3. Rotational Forces and PowerEdge™:
◦ Offshore wind turbines experience immense rotational forces due to high tip speeds (up to 324 km/h).
◦ The B108 blade encounters around 80 million newton meters of rotational force.
◦ Innovative design and high-quality materials are essential for ensuring blade longevity over the projected 25-year lifetime.
4. Laminated Wood (Emerging Material):
◦ Traditionally, steel and composites dominated blade construction. However, laminated wood components are gaining attention.
◦ A tidal energy plant in Northern Norway will test laminated wood at full scale.
◦ Laminated wood offers a balance of strength, weight, and environmental sustainability.
Blade Tips
The blade tips refer to the outermost edges of the wind turbine rotor blades.
Here are some key points about blade tips:
Function:
Blade tips capture wind energy and convert it into rotational motion.
Design Considerations:
- Aerodynamics: Blade tips are shaped to minimize air resistance and maximize energy extraction.
- Tip Speed: The tip speed (velocity at the blade tip) affects efficiency and noise levels.
- Dynamic Loads: Blade tips experience dynamic loads due to wind turbulence and rotational forces.
Challenges:
- Tip Vortices: As air flows around the blade tip, it creates vortices that impact performance.
- Noise: High tip speeds can lead to aerodynamic noise.
- Materials: Blade tips are typically reinforced with composite materials for durability.
Blade tips play a critical role in capturing wind energy, while pitchable blades allow precise control over turbine performance. Together, they contribute to efficient and reliable floating wind turbines.
Heli Hoist Platforms
A heli hoist platform is a specialized structure on a floating offshore wind turbine designed to facilitate helicopter operations.
Here are some key points about heli hoist platforms:
- Purpose: Heli hoist platforms provide a safe and stable landing area for helicopters, allowing them to transfer personnel, equipment, and supplies to and from the wind turbine.
- Access and Maintenance: Helicopters play a crucial role in servicing and maintaining offshore wind turbines, especially those located far from shore.
Design Considerations:
- Stability: The platform must remain stable even in challenging sea conditions.
- Size: It should be spacious enough for safe helicopter landings and takeoffs.
- Materials: Heli hoist platforms are typically made of corrosion-resistant materials to withstand harsh marine environments.
- Safety Measures: Strict safety protocols, risk assessments, and SOPs are essential for helicopter operations.
- Integration: Heli hoist platforms are integrated into the overall turbine design, ensuring compatibility with other components.
Helicopter Operations:
- Helicopters transport technicians, conduct inspections, and deliver spare parts to offshore wind turbines.
- They play a vital role in maintaining and optimizing turbine performance.
- The ability to hoist personnel and cargo onto the nacelles of floating wind turbines is critical for efficient operations.
Challenges and Benefits:
Challenges:
- Weather: Helicopter operations are weather-dependent, especially in rough sea states.
- Precision: Pilots must execute precise landings on the heli hoist platform.
- Safety: Ensuring crew safety during transfers is paramount.
Benefits:
- Efficiency: Helicopters reduce travel time compared to marine vessels.
- Remote Access: They enable access to turbines located far from shore.
- Emergency Response: Helicopters can quickly respond to emergencies or breakdowns.
Hub
The hub is a crucial part of the turbine. It connects the rotor blades to the main shaft and houses the generator.
Here are some key points about the hub:
Function: The hub transfers the rotational energy from the blades to the generator, converting wind power into electricity.
Design Considerations:
- Rotor Attachment: The hub securely holds the rotor blades and ensures their proper alignment.
- Bearings: Bearings within the hub allow smooth rotation of the blades.
- Generator Housing: The hub encloses the generator, which converts mechanical energy into electrical energy.
- Materials: Hubs are typically made of robust materials like steel or composite materials to withstand the dynamic loads and harsh marine environment.
- Maintenance: Regular maintenance ensures the hub’s integrity and optimal performance.
Blade damage detected
Please Check First Person Mode to confirm
Nacelle Generator Oil Pressure Low - Warning
Please check First Person View to confirm
Nacelle Generator Oil Pressure Low
Optima Ai suggests assigning the maintenance team
Accelerating data-driven, sustainable, offshore renewable energy growth through a network of residents robotics.
Boarding the Turbine from a Service Operation Vessel (SOV):
- The transfer of crew from the vessel to the turbine, known as "pushing on," is one of the most frequent health and safety risks.
- The boat must be stable with low risk of bow slippage, which can cause technicians to become unsteady on their feet.
- If the tides and wind are too strong, the boat will move excessively, making the crew transfer unsafe.
- Technicians have to step off a moving boat onto the ladder of the turbine, which can be risky, especially in unpredictable weather conditions.
- The use of a hydraulic "walk-to-work" gangway system can allow technicians to safely access wind turbines in more extreme weather conditions.
Safety Gear:
The exact safety gear can vary depending on the specific regulations and standards of the region, the design of the turbine, and the weather conditions. However, some common safety equipment includes:
1. Personal Flotation Devices (PFDs): These are essential when working over water to provide buoyancy in the event of a fall into the sea.
2. Safety Harnesses: These are used when climbing or working at height to prevent falls.
3. Helmets: To protect against falling objects and other overhead hazards.
4. Protective Clothing: This includes high-visibility clothing, steel-toe boots, and gloves.
5. Safety Glasses: To protect the eyes from flying debris.
6. Communication Devices: To maintain contact with the rest of the team.
Training:
The training required can also vary, but typically includes:
1. Safety Training: This covers general safety practices, emergency procedures, and the use of safety equipment.
2. Technical Training: This includes understanding the operation and maintenance of the wind turbine.
3. Environmental Training: This covers working in offshore conditions, including dealing with weather changes and sea conditions.
4. Climbing and Rescue Training: This is necessary for working at height on the turbine.
5. First Aid Training: To respond to any injuries that may occur on site.
Climbing Up the Turbine:
- Safe climbing involves two important steps: the 100% rule, which means a climber must be tied off to an anchor point 100% of the time, and maintaining three points of contact with the ladder at all times.
- Fall-protection measures are required to be in place whenever work is done from heights.
Safety Gear:
The exact safety gear can vary depending on the specific regulations and standards of the region, the design of the turbine, and the weather conditions. However, some common safety equipment includes:
1. Personal Flotation Devices (PFDs): These are essential when working over water to provide buoyancy in the event of a fall into the sea.
2. Safety Harnesses: These are used when climbing or working at height to prevent falls.
3. Helmets: To protect against falling objects and other overhead hazards.
4. Protective Clothing: This includes high-visibility clothing, steel-toe boots, and gloves.
5. Safety Glasses: To protect the eyes from flying debris.
6. Communication Devices: To maintain contact with the rest of the team.
Training:
The training required can also vary, but typically includes:
1. Safety Training: This covers general safety practices, emergency procedures, and the use of safety equipment.
2. Technical Training: This includes understanding the operation and maintenance of the wind turbine.
3. Environmental Training: This covers working in offshore conditions, including dealing with weather changes and sea conditions.
4. Climbing and Rescue Training: This is necessary for working at height on the turbine.
5. First Aid Training: To respond to any injuries that may occur on site.
Walking Around the Turbine:
- Workers should always wear safety helmets, protective eyewear, gloves, and high-visibility clothing.
- Hearing protection is also needed when working near the rotating blades and turbines due to the loud noise they produce.
Safety Gear:
The exact safety gear can vary depending on the specific regulations and standards of the region, the design of the turbine, and the weather conditions. However, some common safety equipment includes:
1. Personal Flotation Devices (PFDs): These are essential when working over water to provide buoyancy in the event of a fall into the sea.
2. Safety Harnesses: These are used when climbing or working at height to prevent falls.
3. Helmets: To protect against falling objects and other overhead hazards.
4. Protective Clothing: This includes high-visibility clothing, steel-toe boots, and gloves.
5. Safety Glasses: To protect the eyes from flying debris.
6. Communication Devices: To maintain contact with the rest of the team.
Training:
The training required can also vary, but typically includes:
1. Safety Training: This covers general safety practices, emergency procedures, and the use of safety equipment.
2. Technical Training: This includes understanding the operation and maintenance of the wind turbine.
3. Environmental Training: This covers working in offshore conditions, including dealing with weather changes and sea conditions.
4. Climbing and Rescue Training: This is necessary for working at height on the turbine.
5. First Aid Training: To respond to any injuries that may occur on site.
Working in the Nacelle:
- Workers should familiarize themselves with all equipment components, including the tower, nacelle, rotor blades, generator, and electrical control systems.
- Proper fall protection is mandatory when working on top of a nacelle.
Safety Gear:
The exact safety gear can vary depending on the specific regulations and standards of the region, the design of the turbine, and the weather conditions. However, some common safety equipment includes:
1. Personal Flotation Devices (PFDs): These are essential when working over water to provide buoyancy in the event of a fall into the sea.
2. Safety Harnesses: These are used when climbing or working at height to prevent falls.
3. Helmets: To protect against falling objects and other overhead hazards.
4. Protective Clothing: This includes high-visibility clothing, steel-toe boots, and gloves.
5. Safety Glasses: To protect the eyes from flying debris.
6. Communication Devices: To maintain contact with the rest of the team.
Training:
The training required can also vary, but typically includes:
1. Safety Training: This covers general safety practices, emergency procedures, and the use of safety equipment.
2. Technical Training: This includes understanding the operation and maintenance of the wind turbine.
3. Environmental Training: This covers working in offshore conditions, including dealing with weather changes and sea conditions.
4. Climbing and Rescue Training: This is necessary for working at height on the turbine.
5. First Aid Training: To respond to any injuries that may occur on site.
Working on a large semisubmersible offshore floating wind turbine involves several major risks to humans and staff:
1. Environmental Risks: These turbines are often located in deep water sites where weather conditions can be extreme and unpredictable. This includes high winds, waves, and currents that can pose a risk to workers and equipment.
2. Technical Risks: The aeroelastic effects of the giant flexible blades, the large and strong nonlinear motions of the support platform, and the strong nonlinear coupling effects between the mooring system and support platform are still to be extensively and thoroughly investigated.
3. Collision Risks: Floating offshore wind farms are generally located near the coast close to traffic lanes and are exposed to the risk of collisions from visiting and passing ships. Extreme ship collision events may cause large structural damage, collapse of turbine tower and flooding of compartments, leading to capsizing of turbine platforms.
4. Operational Risks: Semi-submersibles are relatively sensitive to wave forcing, making their turbine control more complex. This can lead to operational difficulties and potential accidents.
5. Commercial Risks: As a relatively nascent technology, floating offshore wind has several commercial risks. These include a lack of available operational performance data (which makes floating wind a high-risk investment), and limited collaboration between substructure developers and wind turbine OEMs.
6. Accidents and Injuries: There have been multiple instances of structural damage to wind turbines and associated human casualties as a result of such accidents. For example, a collision event at England’s Sheringham Shoal offshore wind farm in 2012 resulted in injuries to five sailors.
Mooring System
The mooring system is a critical component of semi-submersible floating offshore wind turbines. Let's explore how it works:
1. Purpose:
- The mooring system keeps the entire platform in position, preventing it from drifting away due to wind, waves, and currents.
- It ensures stability and maintains the correct orientation of the wind turbine.
2. Components:
- Drag-Embedment Anchors: These heavy anchors are embedded into the seabed. They rely on their weight and shape to resist movement.
- Mooring Lines (Tethers): Strong cables or chains connect the platform to the anchors. These lines transmit the forces between the platform and the seabed.
3. Working Mechanism:
- When the wind turbine experiences wind force, it generates a moment (torque) that tries to rotate the entire platform.
- The mooring lines counteract this rotational force by transmitting it to the anchors.
- The drag-embedment anchors provide resistance against horizontal movement, preventing the platform from drifting away.
- The combination of the platform's buoyancy and the mooring system's tension keeps the platform stable.
4. Common Mooring System Types:
- Spread Mooring: Multiple mooring lines are attached to different points on the platform, spreading the load.
- Single-Point Mooring: A single mooring line connects to a central point on the platform.
- Dynamic Positioning: Some floating turbines use thrusters to actively adjust their position, eliminating the need for fixed anchors.
5. Challenges and Maintenance:
- Anchor Drift: Over time, anchors may shift due to seabed movement or storms. Regular inspections are crucial to detect any movement.
- Line Wear: Mooring lines can experience wear, abrasion, or corrosion. Inspections ensure their integrity.
- Corrosion: Saltwater exposure can corrode mooring components, affecting their strength.
6. Inspection Frequency:
- Mooring systems are inspected annually or as needed.
- Inspections involve checking anchor positions, line conditions, and overall system integrity.
Remember, the mooring system's reliability directly impacts the safety and performance of offshore wind turbines. Regular maintenance and inspections are essential to ensure their effectiveness. Unfortunately, I cannot provide pictures directly, but you can explore online resources for visual representations of mooring systems!
Nacelle
Imagine the nacelle as the brains and brawn of a wind turbine. Housed within this protective shell at the top of the tower lies the machinery that converts wind energy into electricity. Here's a breakdown of its key functions and maintenance needs:
What it does:
- Houses crucial components: Generator, gearbox (in some models), drive train, and brake system are all nestled inside.
- Harnesses wind power: The rotor shaft transmits the rotational force from the blades to the gearbox, increasing its speed.
- Generates electricity: The generator converts the high-speed rotation into electrical current.
- Controls direction: The yaw system rotates the nacelle to keep the blades facing the wind for optimal power generation.
- Provides safety: Brakes bring the turbine to a halt during emergencies or maintenance.
Maintenance requirements:
- Regular inspections: Visual checks for leaks, vibrations, and damage are crucial.
- Oil changes and lubrication: Gearboxes and bearings require proper lubrication for smooth operation.
- Component replacements: Worn-out parts like filters, sensors, and bearings need timely replacement.
- Scheduled maintenance: Major overhauls of the generator, gearbox, and other components are planned based on usage and manufacturer recommendations.
- Predictive maintenance: Advanced sensors and data analysis can predict potential issues and prevent downtime.
Additional notes:
- Nacelles are designed to withstand harsh weather conditions, but regular maintenance is essential for optimal performance and longevity.
- Maintenance schedules vary depending on the turbine model, operating environment, and manufacturer recommendations.
- Offshore wind turbines often require specialized maintenance procedures due to their remote location and challenging conditions.
Structure Types
The three different types of support structures for floating offshore wind turbines are shown in above image.
The first one depicted is tension leg support in which three or four mooring cables are connected from the floating substructure to the seabed. The mooring cables are in tension and thus, provide static support to the wind turbine. The limiting factor for this technology is the size of the substructure; if it is too big, the tension in the cables need to be significantly higher and thus, the cost of installation increases.
The second type of floating wind turbine’s support structure is spar buoy, where a tower-like substructure (sometimes also called as transition piece), filled with ballast, is connected to the seabed through mooring cables. The structural stability under severe weather conditions is an area of ongoing research for these turbines, along with the configuration of the mooring cables. It is noteworthy here that mooring cables are roughly 4 times in length than the seabed depth, thus having considerable costs. The third type of support structure for floating offshore wind turbines is known as semi-submersible, which has many different configurations (only one type shown in above image.). The basic idea is to attach buoyant structures with the main substructure (or transition piece).
The static structure is achieved through varying the buoyancy in these semi-submersible structures. The floating substructure is connected to the seabed via mooring cables. An important point to note here is that when a floating structure is termed as static, it doesn’t mean that it is absolutely stationary.
Key differences
Let's explore the key differences between semi-submersible floating offshore wind turbines and other types:
1. Semi-Submersible:
- Description: Semi-submersibles consist of multiple columns and pontoons. Columns provide stability, while pontoons offer buoyancy. The center of gravity is above the center of buoyancy, ensuring stability.
- Advantages:
- Flexibility: Semi-submersibles can adapt to various water depths and challenging sea conditions.
- Stability: Their design minimizes motion and allows for efficient energy production.
- Challenges:
- Complexity: Designing and constructing semi-submersibles can be intricate.
- Maintenance: Regular inspections and maintenance are essential.
- Example: The Hywind project in Scotland uses semi-submersible platforms.
2. Spar Buoy:
- Description: Spar buoys are ballast-stabilized structures with large drafts. They have excellent stability but limited deployment in shallow waters.
- Advantages: High stability and simple design.
- Challenges: Limited deployment due to draft constraints.
- Example: The Hywind Tampen project in Norway features spar buoys.
3. Tension-Leg Platform (TLP):
- Description: TLPs use taut mooring lines to maintain stability. They have a central column and buoyant pontoons.
- Advantages: Good stability and reduced motion.
- Challenges: Complex mooring system and installation.
- Example: The WindFloat Atlantic project off Portugal utilizes TLPs.
4. Monopile:
- Description: Monopiles are fixed foundations driven into the seabed. They support the wind turbine tower.
- Advantages: Simplicity, cost-effectiveness, and proven technology.
- Challenges: Limited to shallow waters and specific seabed conditions.
- Example: Many European offshore wind farms use monopiles.
5. Jacket Foundation:
- Description: Jackets are lattice-like structures with multiple legs anchored to the seabed.
- Advantages: Suitable for deeper waters and varying seabed conditions.
- Challenges: Fabrication complexity and installation logistics.
- Example: The Arkona Wind Farm in the Baltic Sea employs jacket foundations.
6. Cost Considerations:
- Semi-submersibles and spar buoys tend to have higher manufacturing and maintenance costs due to their complexity.
- Monopiles and jackets are more cost-effective but have limitations in water depth.
Remember that each type has its trade-offs, and the choice depends on site-specific conditions, water depth, and project goals
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Donec feugiat:
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• Sollicitudin tempor sit amet non urna.
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With over 20 years of experience within the utility sector obtaining academic and practical experience in software engineering, data communications and electronic/electrical engineering.
Utility sector professionals in:
- Linear surveying;
- GPS/GNNS surveying;
- Lidar and Total Station surveying;
- 2D/3D CAD using various packages; and
- Lidar and Photogrammetry processing.
Fully Insured GVC Qualified and CAA Authorised Drone Pilot. Digital Twin Survey's services include:
- Aerial and ground based photogrammetry surveying;
- Drone Inspections;
- Drone videos and photos;
- Virtual tours;
- E-Learning tours,
- Health and safety tours,
- Hazard awareness tours,
- Site familiarisation tours,
- Aerial and ground based photogrammetry surveying and
processing; and
- 2D/3D CAD drawing and modelling.