In year 2010, Lots of wine purpose plantation was failed & wine yards were cut by farmers
Then farmers were moved towards the erection of local Shadenet House.
At that time, few farmers contact us in search of good quality Shadenet House Structures
By the demand of good quality Shadenet House technology from Farmers, we contacted several Israel and European companies.
Then we visit to Israel to study & learn Cable & Post Shadenet house technology.
In year 2010, We have Imported India’s First Cable & Post Shadenet House.
And Erected India’s first Cable & Post Shadenet House Structure.
In year 2011, we have developed similar Israel standard MAKE IN INDIA cable & Post Shadenet Structure.
Also Trained our Supervisors under Israel technicians to erect quality structures.
India’s first & only one structure whose Structural Analysis has done on Most Advanced ANSYS CAD Software It is strongly stands under extreme climatic conditions
100% Rust free Structure made from GI Pipe (IS 1161) & Hot Deep Galvanized Iron Steel Core Wire Rope
Wind Withstand Capacity
Crop Protection From
Suitable to Erect on irregular farm Shapes
Maintainance Cost of C&P Nethouse is 80% less than other structures.
Cost Effective
Larger Grid Span
Grid Span of Nethouse is 6x8 or 5x8 Mtr (Because of Larger span Inter Cultivation becomes easy )
Made with Galvanized Iron (GI) Framework.
Prepare Seedlings under Natural Conditions.
Maintain Temperature at Night.
Protection of seedlings & plants from Rainfall.
In Day time Poly Film will be raised by handle to provide sufficient light to seedlings & plants.
Very Efficient Technique to grow Quality Seedlings & plants.
Anchor Foundation
Pipe Foundation – Periphery
Pipe Foundation – Internal
GI PIPES - Main Corner Pole “C” Class ( Dia 60 mm, wall thickness 4.5 mm, 6.19 Kg par Meter (IS - 1161 :1998) (4 Meter Length )
GI PIPES - Side Pole “B” Class ( Dia 60 mm, wall thickness 3.6 mm, 5.03 Kg par Meter (IS - 1161 :1998) (4 Meter Length )
GI PIPES - Internal Pole “A” Class ( Dia 60 mm, wall thickness 2.9 mm, 4.08 Kg par Meter (IS - 1161 :1998) (4.5 Meter Length)
Structure is tested under test condition of wind load up to 150 km/hr. Wind load act on structure, side net, wire rope & on pipes. We got structure is safe during 150 km/hr wind speed. It is strongly stands in this types of conditions without any damage.
Crop load is constant load in any natural conditions. Avg. Crop load of a vegetable in a peak period is 5-6 kg per plant. In which 2 kg of load is beard by crop self and remaining 3 kg by external support. Any structure must have capacity to bear this load, and withstand against wind and other loads.
Our structure having self crop supporting system, in which 3mm & 2mm Hot Deep Galvanized Steel Core wire ropes are used. And we had tested it on most advanced Ansys CAD software. Our structure is safe at maximum crop load which is 3-3.5 kg per plant. and also with wind load and hail load combine.
High rainfall is enough to damage crops, but high hail storming destroys the crops. To avoid this, we have to build a stronger structure which will stand in any natural conditions. Our structure is already designed to withstand 150 km/hr wind, and we had experience of hail storming at various region on our structure (mentioned with photographs).
We tested our Shadenet structure under hail load, in which 110 kg hail on top of structure, there is no any damage to structure. Test shows satisfactory results on which our structure seems stronger than any other.
DeveloPPP is a funding program under the German Federal Ministry of Economic Cooperation and Development (BMZ), aimed at supporting companies wanting to invest sustainably in developing and emerging countries. In October 2021, the GIZ (Gesellschaft für Internationale Zusammenarbeit GmbH) India successfully entered a develoPPP project with the aim of developing Agrivoltaic (AgriPV) pilot plants in India. The overarching goal of the project is to prove the economic and ecological benefits of AgriPV in India. This shall be achieved by gathering evidence and data on agriculture production under an agrivoltaic pilot system and quantifying the enhancement in photovoltaic production when co-located with agricultural production. AgriPV offers a promising solution at the intersection of renewable energy, food and water security. It enables dual use of land through the generation of clean solar energy co-located with agricultural activities on the same piece of land. The shading from solar panels enables high-yield horticulture models that increase crop yield while conserving precious water resources. AgriPV contributes to four key UN sustainable development goals: (1) Affordable & clean energy (2) Climate action (3) Sustainable communities (4) Zero hunger. Food and energy security are improved in an environmentally sustainable manner by efficiently using precious water resources (shading from Agrivoltaics and shade net reduces the evapotranspiration from plants thus leading to water saving). The co-location of solar panels and commercial crops also appears to be a feasible solution in the Indian context; however, it has not yet been fully explored. Experiences in respective technical, economic, and agricultural viability are missing. As a result, there is a lack of awareness about the potential economic and ecological benefits of Agrivoltaics among different stakeholders in the ecosystem, including developers, government, public sector authorities, but also farmers and stakeholders from the agricultural sector (core problem).