Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
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Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
Quality Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank factory
>

Compact Type High Pressure Heat Pipe Solar Water Heater with Stainless Steel Inner Tank

Certification: CE, ISO9001, CCC
Minimum Order Quantity: 1
Price: 150

Product Details


Model NO.: HIP-58 Structure: Compact Type
Pressure: Pressurized Interior Material: Stainless Steel
Collector Components: Glass Vacuum Tube Composition: Bracket
Capacity: 80L 100L 150L 200L 240L 300L Circulation Type: Indirect / Closed Loop
Work Pressure: 0.8MPa/8bar/116psi Inner Tank Material: SUS304 Or SUS316
Outer Tank Material: SUS201 Or SUS304 Or SUS316 Bracket: SUS201 Or SUS304 Or Aluminum
Accessories: T/P Valve, Magnesium Rod, Safe Valve Option 1: 1500W Electric Water Heater
Option 2: Intelligent System Controller Tk-7y/Sr609c Transport Package: Standard Export Carton
Specification: HIP-58 Trademark: QIRUI/QIRUITE/OEM
Origin: China HS Code: 8419120000
Production Capacity: 5000sets Per Month
Highlight

High Pressure Solar Water Heater

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Compact Type Solar Geyser

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Stainless Steel Inner Tank Heat Pipe Solar Water Heater

Product Description

100L 120L 150L 200L 240L 250L 300L Integrated Thermal Solar Heat Pipe Vacuum Tube High Pressure Solar Water Heater
Product Overview

Compact High Pressure 80L 100L 120L 140L 150L 160L 180L 200L 240L 250L 300L 360L Complete Solar Geyser Integrated Heat Pipe High Pressure Solar Hot Water Heater System with Solar Keymark EN12976

Quick Guidance
  • Free brand/LOGO printing based on 20GP/40HQ quantity
  • 1% free spare parts included
  • Factory audited by SGS, TUV and BV
  • Sea Port: Shanghai or Ningbo
  • Payment terms: T/T, L/C, Western Union
  • Delivery time: 20 days after deposit receipt
  • Certifications: Europe Solar Keymark EN12976/CE/CCC/ISO9001/ISO14001/ISO45001
Working Principle
  1. Vacuum tubes absorb solar energy and transmit heat to heat pipe via aluminum fin. Liquid in heat pipe vaporizes, rises to condenser, transfers heat to water inside tank, then condenses back to liquid and returns to heat pipe base.
  2. Through thermo-siphon effect (hot water rises), hot water circulates between top and bottom of tank, gradually heating all water.
  3. Heat from sunlight is stored in insulated tank for continuous use.
Solar water heater working principle diagram
Product Images
Solar water heater detailed view 1 Solar water heater detailed view 2 Solar water heater detailed view 3 Solar water heater detailed view 4 Solar water heater detailed view 5 Solar water heater complete system
Key Advantages
  • High pressure operation
  • Direct heating for high efficiency
  • Heat pipe technology prevents freezing in winter
  • No water in tubes reduces maintenance
Technical Specifications
Technical parameters table for solar water heater
Parameter Specification
Material of Outer Tank 0.4mm galvanized steel/0.4mm SUS304 stainless steel/0.4mm SUS304-BA (bright)
Material of Inner Tank 1.2mm SUS304-2B stainless steel or SUS316 stainless steel
Tank Insulating Layer 50-60mm high-density polyurethane foam
Diameter Outer/Inner Tank 460mm/360mm
Electrical Heater 1500W; 220V/110V
Inlet and Outlet Hole Male 1/2", 3/4"
Maximum Pressure 1.2 MPa
Solar Collector Tube 3.3 borosilicate glass with AL/AL-ALN/ALN (single target) or CU/SS-ALN/ALN (three target)
Thickness of Glass Tube 1.6mm
Vacuum Tube Tightness P≤0.005 Pa
Absorption As=0.93-0.96 (AM1.5)
Emission Ratio Ε h=0.04-0.06 (80°C±5°C)
Idle Sunning Property Parameters Y=220~260 m².°C/kW
Average Heat Loss Coefficient Ult=0.6~0.7 W/(m².°C)
Bracket Material 1.2mm Stainless steel/1.6mm aluminum alloy/1.5mm galvanized steel
Tank Structure Standard holes for P/T valve, water inlet/outlet, electric heater, magnesium rod; custom designs available
Welding Method Automatic argon arc welding
Fastener Pieces Stainless steel screws
Seal Material Stabilized high temperature silicon
Optional Accessories System controller SR609C for electrical heating control and temperature display
Certifications
Product certifications and quality standards
Installation Instructions

Suitable for both flat roofs and pitched roofs

Solar water heater installation example 1 Solar water heater installation example 2 Installation diagram for pitched roof Installation diagram for flat roof Complete installation overview
System Features
Highly efficient absorber with daily average efficiency over 50%
Quick start-up with one-directional heat pipe heat transfer
Withstands pressure of 6 bar, connects directly to tap water
No water inside vacuum tubes - system works even with broken tubes
Highly efficient polyurethane foam insulation
Simple structure, easy assembly and installation
Year-round operation in cold climates
Compatible with auxiliary electric heater
Stable and reliable performance
Environmentally friendly and energy saving
Pressurized hot water for comfortable bathing experience
Our Services
  • Fast delivery - 40-foot container quantity delivers in 7 days
  • Experienced sales team providing quick responses to all inquiries
  • Rich experience in different markets - custom designs welcome
  • Assistance with loading other goods alongside solar water heaters in same container
  • Installation guidance and training provided
  • LOGO printing available on water tanks and cartons
Frequently Asked Questions

1. Is solar water heating a viable alternative to gas or electricity?

Solar should be seen as a supplement rather than a complete alternative. While solar cannot totally replace gas or electric heating due to occasional low sunlight days, a correctly sized system can provide 60%-70% of a household's hot water needs annually. The system can be automated to guarantee hot water regardless of sunlight levels.

2. How long will it take to recoup my investment?

QIRUI solar collectors are affordable compared to other systems. For a 4-person household, the cost may be comparable to new electric or gas systems. Depending on location and usage, investment can be recouped in 4-5 years through reduced energy bills, with significant savings over the system's lifetime.

3. Can QIRUI solar collectors be used in cold conditions?

Yes. Systems operate in temperatures as low as -30°C, though performance reduces in extreme conditions. Good heat output is maintained in mild sub-zero temperatures.

4. What happens if one of the tubes is broken?

Tubes are strong and rarely break, but if damaged, they can be easily and inexpensively replaced. The system can operate with several broken tubes, though efficiency decreases, so prompt replacement is recommended.

5. Will water be heated on a cloudy day?

Yes. Heat output is reduced on overcast days but still provides heating. On heavily clouded or rainy days, more gas or electric boosting may be required, but the automated system ensures continuous hot water supply.

6. Can I use a solar collector with my existing hot water system?

Normally yes. Retrofit valves can connect solar to existing cold water inlet. If the existing tank cannot accept solar input directly, an additional storage tank can pre-heat water before it enters the main tank.

7. Are the solar collectors noticeable on the roof?

Collectors blend well with roof design, appearing similar to skylights from a distance. They can be flush-mounted on roofs. Check local building regulations for installation restrictions.

8. Can QIRUI solar collectors be mounted on a flat surface?

Yes. They can be mounted on flat roofs or ground using stainless steel flat roof frames. Minimum 20° angle ensures optimal heat pipe operation.

9. How do I protect my solar system during subzero temperatures?

For subzero operation, use a controller with low temperature settings. When manifold temperature drops below 5°C/40°F, the pump circulates periodically to warm the collector. In extremely cold areas, a closed loop with glycol/water mix is recommended.

10. Will the QIRUI solar collector be a fire hazard during hot, dry weather?

No. All components are high-temperature rated and non-flammable. Even during stagnation in strong sunlight, the system will not catch fire. Components are stainless steel, aluminum, glass or glass wool. Temperature relief valves prevent manifold temperature from exceeding 99°C/212°F.

Product Highlights

Compact high-pressure solar geyser with heat pipe vacuum tubes. Features 0.8MPa pressure, SUS304/316 inner tank, polyurethane insulation, and Solar Keymark EN12976 certification. Options include 1500W electric heater and intelligent controller. Freeze-resistant, efficient, and customizable.

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