Solar storage tank becomes the cold water connection to the conventional gas, electric or oil water heater. When a hot tap is opened, pre-heated water is drawn from storage into the conventional ("auxiliary") water heater. The burner or electric element turns on only if the temperature cannot be maintained by the solar heater. Most properly-designed solar water heaters will supply 70 per cent or more of all the energy needed for water heating.

To get the full benefits of a solar heater you must have an area for the solar collectors that is large enough and has the proper exposure to the sun. A flat roof is ideal because the collectors can usually be oriented to face the sun directly very easily. If you install the collectors on a pitched roof, the ideal direction the roof should face is south.

The collector area required will depend on the daily amount of hot water use, the type of collectors used, the orientation of the collectors and your geographic location. If you consider a standard "package", you should be sure it is sized appropriately for your specific installation.

If you choose a "Passive" solar water heater, the storage tank(s) will be on the roof. In this event, simple structural bracing may be required. Active solar systems do not normally require structural calculations or roof bracing, because the weight of the collectors is well within normal roof load limits.

An "Active" solar water heater uses a small pump for solar collector circulation, and does not require a tank on the roof. A "Passive" solar heater depends on thermosyphon action, so does not use a pump, but tanks(s) must be on the roof-The backup electrical heater (to be used during cloudy days) and the sacrificial anode rod in the solar tank to prevent galvanic corrosion (but not scale formation), if the hardness of the water quality is less than 140 ppm, thereby ensuring effective working for longer time.

The following Models are available as Standard Products and Specifications of these systems as per the customer’s requirement.

Hot water storage tank

Material of Storage Tank Glass Enamel coated steel thickness 250 micrometer
Insulation CFC free PUF 50mm thickness with rigidity 150
Outer Cladding Aluminum / CRCA with pure polyester coating
Inter Connecting Hose Pipe Hydraulic steam hose pipe with check-nut assembly with swivel type
Valve Pressure Relief Valve
Electrical Backup Heater (with Thermostat) 2KW per 100 LPD to 300 LPD*
Working pressure 10 kgf / cm²
Anode Magnesium Rod

Collector

Absorber MaterialElectro grade copper
Absorber Coating Selectively coated continuous Sputtering Technology on copper sheet with heat treatment to withstand temperatures up to 300 degree centigrade.
Absorptivity = 0.97 +/- 0.02, Emissivity = 0.12 +/- 0.02

Riser Copper - 12.5mm +/- 0.5mm, Thickness - 0.71mm.
Header Copper - 25.4mm +/- 0.5mm, Thickness - 0.71mm.
Bonding - Riser & Header Copper brazing.
Bonding - Fin & Tube
Ultrasonic
Side & Back insulation Resin bonded Rockwool thickness - 25mm & Rockwool of 48kg/m³, Thickness - 50mm
Collector box Extruded Aluminum 2038mm X 1028mm X 100mm +/- 0.2mm
Collector back sheetAluminum AA8011 GRD - 2020mm X 1010mm X 0.71mm
GlazingToughened glass, Thickness - 3.2 mm thick with low iron, Transmissivity>92%
Retainer angle for GlassExtruded aluminium - 24.3mm X 17mm +/- 2mm
Beading for glassEPDM Rubber
Absorber area2 sq. meter +/- 0.1 sq. meter / Collector
Weight of collector (dry)52 kgs
Collector Area2.132 sq. meter
Number of fins9 nos
Maximum working pressure5 kg/ Sq cm

Warranty

Collector1 Year
Tank 5 Years
Electrical Backup 1 Year
Glass No Warranty


Capacity in LPD Description
100

LPD – Liters Per Day.

All Models are available with Flat Plate Collectors with main Storage Tanks and related accessories like Pressure Kits/Back up heaters/ controllers/structural frames depends on the Models.

200
300
500
1000
2000
3000


 

Contact Microsol

#205 - 208,  Fujairah Freezone

Phase - II,  P.O.Box No.4940

Fujairah,  UAE

Tel : +971 - 9 - 2281758

Fax: +971 - 9 - 2282139

info@microsolinternational.com

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Did You Know? Facts

About 30% of our total energy consumption is used to heat water.