Ultrasun UFD FlatPlate

Ultrasun UFD Flatplate solar hot water systems are well-known for their established and effective heating capabilities, offering excellent performance, value, and guaranteed durability. These systems operate on the Open Loop thermosyphon principle, where water flows through the collectors and is stored in the tank, readily available for use. Here are some applications where Ultrasun UFD Flatplate solar hot water systems can be used:

1. Residential Buildings: These systems are ideal for residential buildings, including single-family homes, apartments, or condominiums. They can provide hot water for domestic use, such as bathing, washing dishes, and laundry, reducing reliance on traditional water heating methods and lowering energy costs.

2. Commercial and Institutional Buildings: Ultrasun UFD systems can be implemented in commercial or institutional settings, such as hotels, hospitals, schools, or gyms. They can meet the hot water demands of these establishments, ensuring a reliable and energy-efficient water heating solution.

3. Hospitality Industry: Hotels, resorts, and guesthouses can benefit from Ultrasun UFD solar hot water systems to provide hot water for guest rooms, swimming pools, spa facilities, or laundry services. These systems offer cost savings and sustainability benefits for the hospitality industry.

4. Educational Facilities: Schools, colleges, and universities can utilize Ultrasun UFD systems to supply hot water for showers, restrooms, and other facilities. These systems contribute to energy efficiency and serve as educational tools for promoting renewable energy practices.

5. Recreational Facilities: Ultrasun UFD systems can be installed in sports complexes, leisure centers, or fitness clubs to meet hot water demands for showers, pools, or hydrotherapy facilities. They help reduce operating costs and promote environmentally friendly practices.

6. Agricultural Applications: These systems can be utilized in agricultural operations, such as livestock farms, poultry houses, or dairy facilities. They can provide hot water for cleaning equipment, animal husbandry practices, or other farm-related processes, reducing energy costs and environmental impact.

7. Remote Locations: Ultrasun UFD solar hot water systems can be employed in remote areas without access to a centralized water supply or traditional power sources. They can provide a self-sustaining hot water solution for off-grid cabins, eco-lodges, or remote research stations.

8. Eco-Friendly Building Projects: Ultrasun UFD systems align with sustainable building practices and can be incorporated into green building projects or eco-friendly developments. They contribute to energy efficiency, reduce carbon footprint, and enhance the overall sustainability of the built environment.

These applications highlight the versatility of Ultrasun UFD Flatplate solar hot water systems in various residential, commercial, and institutional settings. Their reliable performance, long lifespan, and energy-saving features make them a valuable solution for meeting hot water demands while promoting sustainability.

Operating Conditions
Water Quality: Water outside the following limits should be appropriately pre-treated:
Direct: Clarity: clear, TDS: <600mg/l, Hardness: <200mg/l CaCo₃, Saturation Index: >0.8<1.0
Indirect: Clarity: clear, TDS: <1500mg/l Hardness:<400mg/l CaCo₃ Saturation Index: >0.8<1.0
Test Pressure: Tank - 5Bar, Collector - 14Bar
Max Operating Pressure: 3.5Bar
Max Flow Rate: 2m³/hr

SPECIFICATIONS