Concept Study Step 1 of 2 50% Client DetailName(Required) First Last Email(Required) Phone(Required)Company(Required) General InformationType of Vessel AttachmentMax. file size: 512 MB.General Arrangement / NDA / Electrical Load AnalysisAttachmentMax. file size: 512 MB.Operation Profile of vessel with running hoursSystem VoltagePlease Select415V / 50Hz440V / 60Hz690V / 50Hz690V / 60HzOthersSystem Voltage (Others) Classification Notation Main PropulsionNumber of PropellerPlease Select234Power (kW) of Each Propeller Prime Mover TypePlease SelectElectrical MotorDiesel EngineType of PropellerPlease SelectFixed Pitch PropelerFP AzimuthCP AzimuthWaterjetOthersType of Propeller (Other) Auxiliary PropulsionNumber of Bow / Stern ThrusterPlease SelectBow 1 Stern 0Bow 2 Stern 0Bow 3 Stern 0Bow 1 Stern 1Bow 2 stern 2Bow 3 stern 3OthersPower (kW) of each Propeller Prime Mover TypePlease SelectElectrical MotorDiesel EngineType of Bow / Stern ThrusterPlease SelectFixed Pitch PropellerControllable Pitch PropellerFP AzimuthCP AzimuthOthersNumber of Bow / Stern Thruster (Others) Type of Bow / Stern Thruster (Others) Additional InformationPayment Method(Required)Credit Card (Card Fee Applies)PayNow/QRCredit CardCard Details Cardholder Name Deliverables A comparison study of up to 4 propulsion configurations, including a reference base case (Conventional). Theoretical calculations will be conducted to determine fuel efficiency, operation maintenance, and emissions of vessels. The study will consider the operational mode of vessels, including resistance, electrical load demand, time, and annual usage. Total CAPTCHA
