Benefits for:
  • Society
  • Energy Developers
  • Power Utilities
  • Industry
  • Marketing:
  • Markets
  • Future Markets
  • CFO Business Case
  • Technology:
  • Development Context
  • Wind Tunnel Testing
  • Simulation
  • Collaborative Design
  • Rotor Design
  • Turbine Velocities
  • FAQs
  • About OrganoWorld:
  • Raison d'être
  • Implementation Roadmap
  • Organization
  • Contact Us
  • Organization Chart

    Implementation Phase

      Planning, organisation, control and effective communications are the key to the development, design, fabrication and support of value added products such as the Smart Eagle. Complex designs involving multidisciplinary groups cannot be managed without managerial tools that support the structure and its activities. Organoworld prefers to operate using a collaborative structure operating around a collaborative product design interface. For the moment, CATIA, the 3D software design interface supported by Dassault Systems is the preferred software tool. Our aim is to integrate the best minds within a network consisting of performing business partners.

      Communications through a well defined interface is the oil that makes the gears of the network function smoothly and can assure a rapid and intelligent dispatching of decisions and supporting documentation. A successful interface significantly reduces the need for proximity between the various human resources involved. Most importantly, this reduces the development time and development costs, improves communication and documentation traceability. This flexibility in involving multiple business partners is an insurance that key functions are filled by the most qualified available resource.

      Within the organisational structure, the functions of Chief Technical Officer and Aerodynamic Design Group are a key criteria in obtaining success. Process design and process optimisation remain the backbone to achieving a truly performing product. Converting the fluid flow of air into electrical energy involves a series of unit process operations based on the science of aerodynamics. These unit operations involve airfoil lift, nozzle design, diffuser design, frictional flow losses, boundary layer separation and climatic effects.

    For information:

    Benefits for:
  • Society
  • Energy Developers
  • Power Utilities
  • Industry
  • Marketing:
  • Markets
  • Future Markets
  • CFO Business Case
  • Technology:
  • Development Context
  • Wind Tunnel Testing
  • Simulation
  • Collaborative Design
  • Rotor Design
  • Turbine Velocities
  • FAQs
  • About OrganoWorld:
  • Raison d'être
  • Implementation Roadmap
  • Organization
  • Contact Us