Home Used Split Heat Pipe Solar Collector System - SLCLS

Home Used Split Heat Pipe Solar Collector System

Skylight Manifold and Heat Pipe Specifications:

1. Heat pipe wall thickness: 0.6mm
2. Length and diameter of condenser: 55mm/dia. 14mm
3. Start up speed: 30S
4. Start up temperature: 25^Centigrade
5. Insulation: Polyurethane + Rock wool
6. Manifold casing material: Aluminum Alloy
7. Frame material and thickness: Aluminum Alloy 1.3mm
8. Inlet Outlet: Φ22 or G3/4 inch compression
9. Heat pipe material: Copper

Split Heat pipe solar collector solar energy system(SLCLS)

Heat pipe specification

1. Material: TU1
2. Wall thickness 0.6mm
3. Temperature can bear(Centigrade) 220
4. Start up time: 30S
5. Start up temperature: 25 Centigrade
6. Diameter and length of condenser 16mm/55cm
7. Diameter of the tube body 8mm
8. Vacuum degree: 4*10-3Pa-4*10-4Pa
9. Heat resistance: 0.02Centigrade/W
10. Heat transfer rate: >=150w
11. Best angle of use: 30-60 degree

Working station information

1. It includes controller, Wilo pump and expansion vessel and other needed accessories. It controls the whole system.

2. There are single pipeline and double pipelines two types,

3. Single pipeline: SP106, SP116 and SP118

4. Double pipelines: SP226, SP228 and SP328

Working Principle

1. Skylight Temperature difference circulation: When the temperature difference between collector and tank reaches the setting starting value, the circulation pump start working to exchange the heat. When the temperature difference reaches the programmed shutdown value, the circulation pump will stop working.

2. Skylight Frost circulation: When the collector temperature drops below the programmed frost protection value, the circulation pump start working. When the tank temperature drops below 4 degree, the auxiliary heating element starts to heat the water till 20 degree, and close the auxiliary heating element. When the collector temperature rises to 7 degree, the circulation pump will stop working.

3. Skylight Auxiliary heating: When the temperature of the water at the top of tank drops below the programmed opening value, the auxiliary heating element starts to work. When it rises to the programmed closing value, the auxiliary heating element will stop working. Three different heating periods can be set every day.

High temperature protection: When the collector temperature rises to the programmed maximum value, the emergency shutdown function will start and the circulating pump will stop, in order to avoid damaging the solar system components because of high temperature.

4. Skylight Cooling protection: When the collector temperature rises to the maximum value, the circulation pump starts to work, until the collector temperature drops or the tank temperature rises to 95 degree. (Tank emergency shutdown temperature)