Gravikol™ gravity solar collector system for 3-5 people with Cordivari DHW tank: 2 flat collectors, 150 liter 1 heat exchanger boiler, support structure

Solar collector system

2 Sunsystem flat collectors of 2 m2 + the corresponding mounting frame with an inclined roof.
Flat roof mounting frame can be ordered at extra cost.
Solar storage: 150 liter boiler, internal with heat exchanger spiral, optional

standing or wallmounted version.

This system does not require a pump, expansion tank, control, BUT: the hot water storage boiler must be located inside the house, higher than the collector.

This can typically be realized in a house with a tent roof, where the collector must be installed close to the eaves and the tank high in the attic.
The other option is mounting it on the side wall of the house.
Simple, great and e also works for line writers!

The assembly does not include the heat transfer fluid, which can be an antifreeze mixture, or even better alcohol (e.g. denatured alcohol), the roof hook, or the pipeline.

This system can also be made at home, but the soul of piping, the Gravikol™ solar collector charging and balancing unit, can be found among our products, but you can also copy it.  

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More information:

Gravikol™

With the solar collector package included in the offer, the hot water needs of 3-4 people can be met.
This our package is delivered with 2 premium flat collectors of 2 m2, a support frame with a slanted roof, and a 150-liter Cordivari hot water storage tank (boiler) with a heat exchanger.
This standing DHW storage tank can also be mounted vertically on the wall thanks to the optional
additional package< /span>
becomes a mountable indirect container.
A total of 4 m2 solar collector surface, the less ideal, e.g. also suitable for south-east or south-west roofs.

FOR THIS SYSTEM, THE STORAGE CAN ONLY BE MOUNTED VERTICALLY ON THE WALL!

This system does not require a pump, expansion tank, control, BUT!
The tank must be located inside the roof, above the height of the collector, so that the hot water can travel from the solar collector to the boiler by gravity.
Warm water is lighter than cold, so the heat will automatically flow from the top of the collector to the boiler, and the colder, heavier water will automatically flow back from the boiler to the bottom of the collector.
There is no need to worry about the water in the boiler overheating, the liquid in the collector will turn into steam sooner and thus the gravitational flow.

If the standing boiler does not fit, look for the

accessory our package!

This system can also be made at home, but the soul of piping, the Gravikol™ solar collector charging and balancing unit, can also be found among our products, but feel free to copy it!< /p>

Orientation of the solar collectors:
The ideal orientation: south 40-45° - so you can use it evenly throughout the year.
In summer, the sun is higher, in case of intensive summer use, the solar collector is flatter, It is recommended to place it at an angle of 25-30°, e.g. at holiday homes. In winter, the sun is lower, so most of the sun hits the solar collectors at a steeper angle of inclination of 55-60°, at which point the heating will be optimal in winter.
In other words, if you want to use the system efficiently even in winter, it is better to install it at a steep angle, since in summer you will still have hot water, but the boiler will not overheat water.