| Quantity: | |
|---|---|
RNE-NC-15
SOLARAVEN
841912
Our Non-Pressure Solar Water Heater combines cutting-edge engineering with user-centric design to deliver an affordable and sustainable hot water solution. Unlike pressurized systems, this model eliminates the need for complex plumbing or pumps, reducing installation costs and technical barriers. It is particularly advantageous for regions with limited infrastructure, offering a reliable hot water supply through solar energy. With a focus on durability and efficiency, this system is engineered to withstand extreme weather while maintaining peak performance for over 15 years. The open-loop design ensures minimal energy loss, and the modular architecture allows users to expand capacity as demand grows.
1. Gravity-Fed Operation: Water flows naturally via gravity, eliminating dependency on pumps or electricity. The elevated tank design ensures consistent water pressure at outlets.
2. Adjustable Frame: A galvanized steel支架 allows tilt adjustment to optimize solar exposure seasonally. Angling ranges from 15° to 50° to accommodate latitude-specific solar angles.
3. Overheat Protection: Built-in heat dissipation vents prevent overheating during peak sunlight hours. A temperature relief valve automatically releases excess hot water into a backup reservoir.
4. Large Capacity Tanks: Available in 100L to 500L sizes to accommodate varying user demands. Tanks include a sacrificial anode to combat corrosion and extend lifespan.
5. Leak-Proof Connections: High-quality silicone seals and brass fittings ensure durability and prevent water wastage. All joints are pressure-tested up to 6 bar for reliability.
6. Cost Savings: Reduces energy bills by up to 80% compared to electric/gas heaters. Payback periods average 3–5 years depending on local energy costs.
· Urban Residential Complexes: Integrates seamlessly into multi-story buildings with rooftop setups. Centralized systems can serve entire apartment blocks.
· Industrial Use: Provides hot water for manufacturing processes, reducing fossil fuel reliance. Suitable for textile dyeing, food processing, and chemical plants.
· Camping Sites: Portable versions with foldable collectors cater to outdoor enthusiasts needing off-grid hot water for showers and cooking.
· Disaster Relief: Rapid-deployment units aid emergency shelters in crisis situations. Lightweight models can be airlifted to remote areas.
· Green Buildings: Complies with LEED and BREEAM certifications, enhancing sustainability scores for eco-conscious projects.
1. What if there’s no sunlight for days?
A backup electric heating rod (optional) can maintain water temperature during extended cloudy periods. The 1500W rod heats 100L water from 20°C to 60°C in 2.5 hours.
2. Is the water safe for drinking?
Yes, provided the tank is cleaned regularly and local water quality meets hygiene standards. The system does not alter water chemistry or introduce contaminants.
3. Can the system handle hard water?
A water softener accessory is recommended to prevent scaling in areas with hard water. Alternatively, periodic flushing with vinegar solution dissolves mineral deposits.
4. What warranty is offered?
Standard 5-year warranty on tanks and 2 years on components, extendable upon request. Professional installation is required to validate the warranty.
5. How to clean the solar tubes?
Rinse tubes with a garden hose every 6 months. For stubborn dirt, use a soft brush and mild detergent. Avoid abrasive tools to prevent scratching.
The thermosiphon solar water heater adopts solar vacuum tube technology, the solar evacuated tubes absorber will collect heat from the sunlight and transfer into water inside the tubes. The tube water is heated to rise up and tank cold water sink down to creat a circulation, called thermosiphon effect. The water tank will be gradully full of hot water as the tubes keep collecting heat from the sunlight. It is no need of electricity heating. It is only by solar thermal heating.
Thermosiphon solar water heater specification:
Model | Solar Vacuum Tube | Capacity | Absorber Area | Suitable for | |
Pcs | Size(mm) | (L) | (㎡) | (Persons) | |
RNE-NC-10 | 10 | 58×1800 | 100 | 1.330 | 2 |
RNE-NC-15 | 15 | 58×1800 | 150 | 1.995 | 3 |
RNE-NC-20 | 20 | 58×1800 | 200 | 2.660 | 4 |
RNE-NC-25 | 25 | 58×1800 | 250 | 3.325 | 5 |
RNE-NC-30 | 30 | 58×1800 | 300 | 3.990 | 6 |
More details of non pressure solar heater technical data :
thermosiphon Solar water heater with solar vacuum tubes | |||
Solar Water Tank | 1 | Material of Outer Tank Shell | Galvanized steel with anti corrosive paint |
2 | Material of Inner Tank Chest | stainless steel 304 2B or 316L | |
3 | Water Tank Diameter | 【460/360MM】 | |
4 | Water Tank Insulating Layer | Imported Polyurethane,High Density,【50MM】 | |
5 | Heat Preservation Period | 72～80Hours | |
6 | Welding Method | Argon Arc Welding | |
Solar Vacuum Tube | 7 | Solar vacuum tube structure | All-Glass Double Co-Axial Structure |
8 | Glass Material | High Borosilicate 3.3 Glass | |
9 | Tube Size | 【diameter 58MM* length 1800MM or 1500MM】 | |
10 | Outer Tube Dia.&Glass Thickness | φ58±0.7mm,Glass Thickness 1.6±0.15mm | |
11 | Inner Tube Dia.&Glass Thickness | φ47±0.7mm,Glass Thickness 1.6±0.15mm | |
12 | Coating Material | 【CU/SS-ALN(H)/SS-ALN(L)/ALN】 | |
13 | Sediment Method | Tri-Element Magnetron Sputtering Plating | |
14 | Absorb Ratio | >96%(AM1.5) | |
15 | Thermal Emissivity | ≤6%/(80℃) | |
16 | Hail Resistance | φ25mm | |
Solar water heater Bracket | 17 | Bracket Material | 【Stronger Galvanized Steel】 |
18 | Bracket Angle | 【25 / 45°】 | |
19 | Bolts&Muts | Stainless Steel | |
Assistant Tank | 20 | Assistant Tank Material | Stainless steel |
21 | Assistant Tank Capacity | 【5L/8L/20L】 | |
22 | Assistant Tank Model | Vertical/Horizontal,Optional | |
150L thermosiphon solar water heater with 15pcs solar vacuum tubes.
Our Non-Pressure Solar Water Heater combines cutting-edge engineering with user-centric design to deliver an affordable and sustainable hot water solution. Unlike pressurized systems, this model eliminates the need for complex plumbing or pumps, reducing installation costs and technical barriers. It is particularly advantageous for regions with limited infrastructure, offering a reliable hot water supply through solar energy. With a focus on durability and efficiency, this system is engineered to withstand extreme weather while maintaining peak performance for over 15 years. The open-loop design ensures minimal energy loss, and the modular architecture allows users to expand capacity as demand grows.
1. Gravity-Fed Operation: Water flows naturally via gravity, eliminating dependency on pumps or electricity. The elevated tank design ensures consistent water pressure at outlets.
2. Adjustable Frame: A galvanized steel支架 allows tilt adjustment to optimize solar exposure seasonally. Angling ranges from 15° to 50° to accommodate latitude-specific solar angles.
3. Overheat Protection: Built-in heat dissipation vents prevent overheating during peak sunlight hours. A temperature relief valve automatically releases excess hot water into a backup reservoir.
4. Large Capacity Tanks: Available in 100L to 500L sizes to accommodate varying user demands. Tanks include a sacrificial anode to combat corrosion and extend lifespan.
5. Leak-Proof Connections: High-quality silicone seals and brass fittings ensure durability and prevent water wastage. All joints are pressure-tested up to 6 bar for reliability.
6. Cost Savings: Reduces energy bills by up to 80% compared to electric/gas heaters. Payback periods average 3–5 years depending on local energy costs.
· Urban Residential Complexes: Integrates seamlessly into multi-story buildings with rooftop setups. Centralized systems can serve entire apartment blocks.
· Industrial Use: Provides hot water for manufacturing processes, reducing fossil fuel reliance. Suitable for textile dyeing, food processing, and chemical plants.
· Camping Sites: Portable versions with foldable collectors cater to outdoor enthusiasts needing off-grid hot water for showers and cooking.
· Disaster Relief: Rapid-deployment units aid emergency shelters in crisis situations. Lightweight models can be airlifted to remote areas.
· Green Buildings: Complies with LEED and BREEAM certifications, enhancing sustainability scores for eco-conscious projects.
1. What if there’s no sunlight for days?
A backup electric heating rod (optional) can maintain water temperature during extended cloudy periods. The 1500W rod heats 100L water from 20°C to 60°C in 2.5 hours.
2. Is the water safe for drinking?
Yes, provided the tank is cleaned regularly and local water quality meets hygiene standards. The system does not alter water chemistry or introduce contaminants.
3. Can the system handle hard water?
A water softener accessory is recommended to prevent scaling in areas with hard water. Alternatively, periodic flushing with vinegar solution dissolves mineral deposits.
4. What warranty is offered?
Standard 5-year warranty on tanks and 2 years on components, extendable upon request. Professional installation is required to validate the warranty.
5. How to clean the solar tubes?
Rinse tubes with a garden hose every 6 months. For stubborn dirt, use a soft brush and mild detergent. Avoid abrasive tools to prevent scratching.
The thermosiphon solar water heater adopts solar vacuum tube technology, the solar evacuated tubes absorber will collect heat from the sunlight and transfer into water inside the tubes. The tube water is heated to rise up and tank cold water sink down to creat a circulation, called thermosiphon effect. The water tank will be gradully full of hot water as the tubes keep collecting heat from the sunlight. It is no need of electricity heating. It is only by solar thermal heating.
Thermosiphon solar water heater specification:
Model | Solar Vacuum Tube | Capacity | Absorber Area | Suitable for | |
Pcs | Size(mm) | (L) | (㎡) | (Persons) | |
RNE-NC-10 | 10 | 58×1800 | 100 | 1.330 | 2 |
RNE-NC-15 | 15 | 58×1800 | 150 | 1.995 | 3 |
RNE-NC-20 | 20 | 58×1800 | 200 | 2.660 | 4 |
RNE-NC-25 | 25 | 58×1800 | 250 | 3.325 | 5 |
RNE-NC-30 | 30 | 58×1800 | 300 | 3.990 | 6 |
More details of non pressure solar heater technical data :
thermosiphon Solar water heater with solar vacuum tubes | |||
Solar Water Tank | 1 | Material of Outer Tank Shell | Galvanized steel with anti corrosive paint |
2 | Material of Inner Tank Chest | stainless steel 304 2B or 316L | |
3 | Water Tank Diameter | 【460/360MM】 | |
4 | Water Tank Insulating Layer | Imported Polyurethane,High Density,【50MM】 | |
5 | Heat Preservation Period | 72～80Hours | |
6 | Welding Method | Argon Arc Welding | |
Solar Vacuum Tube | 7 | Solar vacuum tube structure | All-Glass Double Co-Axial Structure |
8 | Glass Material | High Borosilicate 3.3 Glass | |
9 | Tube Size | 【diameter 58MM* length 1800MM or 1500MM】 | |
10 | Outer Tube Dia.&Glass Thickness | φ58±0.7mm,Glass Thickness 1.6±0.15mm | |
11 | Inner Tube Dia.&Glass Thickness | φ47±0.7mm,Glass Thickness 1.6±0.15mm | |
12 | Coating Material | 【CU/SS-ALN(H)/SS-ALN(L)/ALN】 | |
13 | Sediment Method | Tri-Element Magnetron Sputtering Plating | |
14 | Absorb Ratio | >96%(AM1.5) | |
15 | Thermal Emissivity | ≤6%/(80℃) | |
16 | Hail Resistance | φ25mm | |
Solar water heater Bracket | 17 | Bracket Material | 【Stronger Galvanized Steel】 |
18 | Bracket Angle | 【25 / 45°】 | |
19 | Bolts&Muts | Stainless Steel | |
Assistant Tank | 20 | Assistant Tank Material | Stainless steel |
21 | Assistant Tank Capacity | 【5L/8L/20L】 | |
22 | Assistant Tank Model | Vertical/Horizontal,Optional | |
150L thermosiphon solar water heater with 15pcs solar vacuum tubes.
