JANUX SRL

JANUX solves the interaction between fluid and body with a high-level computers. The academic preparation of the team is an added value that allows them to provide high-level solutions in industrial design applications, household appliances, wind turbines, wind loads, noise generation up to the development of numerical models to solve entire classes of problems. The service offered to companies consists of 3 packages, from light to full, ranging from the resolution of a specific problem as external consultants, to the complete training of the customer's R&D staff on the mathematical model that JANUX has created exclusively according to the specific requests of the client. I Janux has recently developed a turbulence model "The SA-noft2-Gamma-Retheta 3-equation Transitional Model" which solves the transition of the boundary layer from laminar to turbulent, for high-level investigations on airfoils, for the design of blades for wind turbines, for heat exchange problems, etc ...

JANUX solves the interaction between fluid and body with a high-level computers. The academic preparation of the team is an added value that allows them to provide high-level solutions in industrial design applications, household appliances, wind turbines, wind loads, noise generation up to the development of numerical models to solve entire classes of problems. The service offered to companies consists of 3 packages, from light to full, ranging from the resolution of a specific problem as external consultants, to the complete training of the customer's R&D staff on the mathematical model that JANUX has created exclusively according to the specific requests of the client. I Janux has recently developed a turbulence model "The SA-noft2-Gamma-Retheta 3-equation Transitional Model" which solves the transition of the boundary layer from laminar to turbulent, for high-level investigations on airfoils, for the design of blades for wind turbines, for heat exchange problems, etc ...

Continuous innovation, combined with greater sensitivity towards the energy and environmental sectors, imposes the need on the part of institutions and companies to make use of increasingly advanced technological services for research, surveys and measurements. The latest service developed by Janux exploits the advanced technologies of drones equipped with Artificial Intelligence and Machine Learning logics, to perform the effective estimate of the productivity losses of photovoltaic systems directly from the thermograms, bypassing the measurements of the I-V curves.This innovative approach is very useful both for the management and maintenance of new plants, and for supporting decisions regarding the secondary market for renewable source plants.The greater speed than in the past, with which information on productivity and defects can be obtained, is the key aspect for cost reduction, for the recovery of lost collections and in the evaluation phases of a plant to be purchased, in which the time factor is a determining variable.