Project at - ACG, Pithampur, MP - Total 60,000 L of water heated to 80 °c. per day for which the total heat load required is 33,00,000 kcal. - The heating is being done using Compound Parabolic Concentrators to provide 60,000 litres of hot water at 80°c. - The Average daily fuel saving achieved is 400L of HSD. - The carbon emissions saved upon installation of the solar system offered by Heatray Solar would be 300 tons per year. - The project thus has huge environmental benefits equivalent to carbon mitigation by a healthy forest of 140 acres

Apar Industries Umargam, Gujarat - Total 3000 L of water heated to 80°c. per day for which total heat loadThe required is 1,65,000 kcal/day. - The heating is being done using a Solar CPC Heating System to provide 3000 litres of hot water at 80°c. - The Average daily fuel saving achieved is 26 kg of PNG. - The carbon emissions saved upon installation of the solar system offered by Heatray Solar would be 4.7 tons per year. - The project thus has huge environmental benefits equivalent to carbon mitigation by a healthy forest of 1.7 acres.

Project at - Sirius Food Pvt. LTd. (Kolhapur) - Total 5000 L of water heated to 80°c. per day, for which the total heat load required is 3,00,000 kcal. - The heating is being done using a Compound Parabolic Concentrator Solar Water Heating System to provide 5000 litres of hot water at 80°c. - The Average daily Electricity saving achieved is 465 kW (75% efficiency of electric coil) - The carbon emissions saved upon installation of the solar system offered by Heatray Solar would be 185 tons per year (300 days). - The project thus, has huge environmental benefits equivalent to carbon mitigation by a healthy forest of 67 acres.

Project at - Premier Industries, Chindwara, MP - Total 8000 L of water heated to 80 °c. per day for which total heat loadrequired is 4,40,000 kcal. - The heating is being done using Compound Parabolic Concentrators to provide 8000 liters of hot water at 80°c. - The Average daily fuel saving achieved is 55 L of LDO. - The carbon emissions saved upon installation of the solar system offered by Heatray Solar would be 43 tons per year. - The project thus has huge environmental benefits equivalent to carbon mitigation by a healthy forest of 20 acres.

The Problem & Opportunity - Lack of balcony space in high-rise flats - Humidity & monsoon issues delay natural drying - Tumble dryers consume high energy & space Solution: > Wall-aligned clothes dryer using centralized hot water system Key Features of the Clothes Dryer Cabinet - Uses 50°C centralized hot water – no electric heating - Dries 15–20 garments in 60–90 minutes - Moist air exhaust duct included - Compact 900×600×1800 mm wall-mountable cabinet - Quiet EC fan-based operation Installation Requirements - Location: Utility room, corridor niche, or laundry area - Hot water inlet & return line from centralized HP - Power supply (standard socket) - Moist air duct to the shaft/balcony - Can be pre-installed or retrofitted Benefits to Builders & Residents - Adds premium amenity to flats - No visible drying clutter - 80% lower energy than tumble dryers - Green building certification points - Ideal for monsoon-prone tropical cities