EJ-Projects B.V.

EJ-Projects offers turbine engineering and functional interface control related to wind energy and aeromechanical systems. Key technical services and areas of expertise are: ILA for wind turbines and foundations - Integrated Load Analysis optimises performance and ensures structural integrity across diverse turbine types and foundations - The project portfolio spans onshore, offshore, and floating wind turbines R&D Services, customised troubleshooting models - Setup of troubleshooting models for advanced analysis, addressing technical risks in next-gen turbine and foundation concepts - Research & Development services driving innovation, focused on scientifically rigorous and technically reliable solutions Wind farm control and rotor tilt control - Investigation of park effects of rotor tilt control in wind turbine arrays, deploying vorticity-based aerodynamics techniques - Elaboration of aeromechanical framework for design and troubleshooting of a novel downwind teetering rotor concept Tidal turbines, gyrocopters - Managing tidal turbine project databases (marine conditions, ultimate loads, fatigue spectra) - Implementing VABS/GEBT technology to predict anisotropic gyrocopter rotor blade dynamics UAV propulsion system, aero-engines, air compressors - Rotor dynamics studies for UAV propulsion system architecture - Turbo-prop “windmilling after core blade off” loads for flying test bed - Project management and expert advice on third party finite element design calculations for turbo, screw, and rotatory tooth compressors, machine bed, drive trains, rotors, bearing housings, and cooler system design Eric utilises EJ-Projects as his dedicated platform to support turbine manufacturers, foundation designers, wind farm operators, and technology start-ups in their initiatives. He employs industry-standard software, in-house mathematical modelling, numerical simulations, and data analysis tailored for complex applications in renewable energy and advanced air mobility.