IrriPro is a software tool designed for technicians and irrigation designers. Its sole purpose is to help professionals (and enthusiastic hobbyists, probably) with optimized irrigation and the uniform distribution of water and fertilizers across a given area. One of the key advantages of IrriPro is that helps its users reduce the realization cost of plants and crops and improve the overall quantity and quality of agricultural production.
The designer is supported in the search for changes to be made to improve the design, as it features tools for analysis and diagnostics needed to assess the consequences of each design choice.
Key Features:
- Innovative design interface.
- CAD Style design.
- Saves time.
- Improves quality and quantity of production and therefore profitability of farms.
IrriPro can help you design irrigation systems of almost limitless complexity and size in an easy, powerful and innovative way. IrriPro is also unique in that you can design an irrigation system only by drawing the key of irrigation systems, such as emitters, pipes, etc) and terrain characteristics. Crucially this last aspect is not limited to objects such as edges and nodes, but full hydraulic characteristics, geometries, materials and GIS information.
Besides all the above, the technicians can also take the innovative steps of performing their surveys directly and quickly by using Google Earth/Maps service or importing cartography support such as CAD files or images.
Professionals can also use IrriPro's innovative technology to calculate solutions to all kinds of irrigation challenges such as the hydraulic parameters, and design a correctly functioning and efficient system.
IrriPro’s interface is sleek and well designed, and most reminiscent of other CAD-style software. Engineers, agronomists and other technicians should feel instantly at home with IrriPro. The software contains all the analysis tools and advanced analytic components to estimate the effects and consequences of any design choice, and also have the visual tools to represent the trends of any particular physical parameters.
