Solar PV Modules & Solar Equipment suppliers in India

Renewable Energy Equipments

This parabolic domestic solar cooker has a 1.2 mt dia reflector. It is a completely new light weight design made for the world market. The maker is India's biggest manufacturer of domestic parabolic solar cookers, producing 1000 of these cookers at a time, and also builds community solar cookers. The whole cooker folds, which makes transport easy and low in cost. It ships in a corrugated carton box with a packing size of 36” x 13” x 3”, and the cooker weighs only 14 kg. Assembly takes 15 minutes, and tying the reflector strips takes an additional 40 minutes. A video CD comes with every cooker to help with assembly. The paraboloid reflector frame has a short focal length. It is made of 5 circles of bright bars cut into segments and joined by bolts to 6 parabolic strips of 16 mm x 3 mm. With dual axis tracking, the paraboloid tilts on a horizontal axis and revolves on a vertical axis, and both axes pass through the focal point. The folding design and the dual axis tracking are unique to this cooker. The base frame and revolving frame are made of 20 mm x 20 mm box pipe, the whole cooker is powder-coated in attractive colours, and the reflector sheets are anodized aluminum. A ring holder on a blue frame holds the cooking pot at the focus.

Renewable Energy Equipments

Large parabolic solar baskets are parabolic solar concentrators for industrial heat and mass cooking, and they come in five sizes. The design suits steam generation, air heating or thermic oil heating. The focal point is fixed with the ground, and the paraboloid revolves on both axes, which pass through the focal point. The heat receiver is protected from the wind, so convection losses are minimum. The main features are simplicity and low cost. The design folds completely for easy transport, uses 100% of the aperture area, and needs only half the space of other solar concentrators. There is zero need to locate latitude or compass direction, and seasonal adjustment is unnecessary. The baskets are highly user friendly for any layman. Uses include mass cooking in student hostels, hotels, hospitals, schools, factories, temples, marriages, food caterers and food businesses, army camps, refugee camps and jails, as well as crop drying and industrial heating and cooling. The deep bowl reflector is lined with reflective segments and held in a blue rim frame, with the receiver near the base. Aperture area (sizes in order): 5 sq mt, 10 sq mt, 30 sq mt, 60 sq mt, 120 sq mt Reflector area: 7.5 SQ MT, 15 sq mt, 45 sq mt, 90 sq mt, 180 sq mt Diameter: 2.54 mt, 3.6 mt, 6.2 mt, 8.8 mt, 12.4 mt Heat power KWH: 14, 28, 84, 160, 300 Heat power KCAL: 11500, 23000, 70000, 130000, 250000 Cooking for (persons): 60, 120, 350, 700, 1200 Weight: 60 KG, 150 KG, 600 KG, 1000 KG, 2500 KG Foundations: free-standing, free-standing, free-standing, required, required 20 FT container takes: 24 SETS, 12 SETS, 4 SETS, 2 SETS, 1 SET

Renewable Energy Equipments

This solar textile loom is a paddle operated loom fitted with a solar panel. It works in individual homes, so weaving runs as a home industry and factory construction is unnecessary. Solar power runs the loom effectively for 7 hours a day, say 9.30 am to 4.30 pm, weaving about 100 mt of cloth per loom. In the morning and evening the weaver works the loom by paddles for 4 to 5 hours in total and weaves another 50 mt, so each loom weaves 150 mt of cloth per day. The maker's mission is self reliance in primary needs, starting with cloth production in Africa: cloth made wherever cotton is grown, with yarn imported for a start. The plan is a cluster of only 40 solar operated looms converted from paddle looms. That gives 40 looms x 150 mt = 6000 mt of cloth per day, and over 200 working days, 1200000 mt, i.e. 1.2 million mt a year. At 12 mt of cloth per person per year for decent living, one cluster can produce cloth for 100000 people. The investment is comparatively low. Handlooms and solar powered looms hold huge potential for employment creation, self business and self employment, helping to reduce poverty and unemployment in villages.