solar hot water heating system
1.CCC,CE,ISO9001 certificate
2.Offer OEM
3.15years warranty
4.20 days delivery
solar hot water heating system
Features:
Solar collector principle
1) Working principle of high pressure solar heater:Utilizes the alternative absorption coating on the inner surface of the vacuum tube, from the high-temperature environment super-conduction tubes, leads the heat to the water tank, and produces hot water
2) Easy to use, also convenient to install
3) Can be put in the courtyard, on the roof or balcony
4) Inlet water hole connects to the tap water, and the outlet hole connects to the tap water, and the outlet hole produces pressure hot water directly
5) Working principle of low pressure solar heater:Adopts the alternative absorption coating to absorb the solar energy, heat the water in the vacuum tube directly, through the cold hot water convection, changes the solar energy into heat energy to store in the water tank
Item Name | Item NO. | Price Term | ||
All Glass Vacuum Tube | 47mm*1.2m | FOB Shanghai/Ningbo | ||
47mm*1.5m | ||||
47mm*1.6m | ||||
47mm*1.8m | ||||
58mm*1.5m | ||||
58mm*1.6m | ||||
58mm*1.7m | ||||
58mm*1.8m | ||||
58mm*1.9m | ||||
58mm*2.0m | ||||
58mm*2.1m | ||||
Structure | All-glass double-tube co-axial structure | |||
Glass material | High borosilicate 3.3 glass | |||
External pipe diameter and thickness | dia.=47±0.7mm &=1.6mm dia.=58±0.7mm &=1.6mm dia.=70±0.7mm &=2.0mm | |||
Internal pipe diameter and thickness | dia.=37±0.7mm &=1.6mm dia.=47±0.7mm &=1.6mm dia.=58±0.7mm &=1.6mm | |||
Pipe length | 1200mm1500mm 1600mm 1700 1800mm1900mm 2000mm 2100mm | |||
Absorptive coating property | Structure | AL/AL-ALN(H)/AL-ALN(L)/ALN | ||
Sediment method | Single target magnertron sputtering plating | |||
Specific absorption | as=0.90~0.93(AM1.5) | |||
Emission ratio | 0.05~0.075(80±5°C) | |||
Vacuum tightness | P≤5.0×10-³Pa | |||
Idle sunning property parameters | Y= 220 ~ 260m²°C/KW | |||
Solar irradiation for obtaining a preset water temperature | H≤4.7 MJ/m²(dia.58) | H=4.1~4.4MJ/m² | ||
H≤3.7 MJ/m²(dia.47) | H=3.1~3.4MJ/m² | |||
Average heat loss coefficient | Ult=0.6~0.7W/( m².°C) |