Electrical hardware matter is vital on solar panel systems. If the decision for a solar thermal system has been made and a concrete offer has been commissioned, the installation of the system is the next step.
Experienced installation companies should be used here, as the large number of works goes beyond the normal activities of a hobby craftsman.
We have put together some information and guides for installing a solar thermal system. If you want to learn the technical and electrical hardware information of the solar panel systems, our article awaits you below.
Solar thermal installation step by step- Electrical hardware
For a solar thermal system to deliver the desired solar heat yield, in addition to careful plant planning and the selection of high quality components, the correct installation of the system is of crucial importance.
This is essentially done in four steps and can be done with good craftsmanship and self-directed.
It makes more sense, however, in most cases, the award of the contract to a competent specialist.
Only in the preparation of the installation, such as ceiling or wall breakthroughs for the pipe system, it is possible to exercise their own craft skill. And to arrange a certain amount of own work with the operating company.
Tip: DIY solar heating can be installed with a little skill in-house, the drinking water side connection or the connection of the reheating is, however, mandatory by a specialist perform. Information about the electrical hardware below.
The assembly of the collectors- Electrical hardware
After all the preparations have been made and all the tools are ready, the “hardware” has arrived and the scaffolding. If necessary, has been erected, the first step on the way to the fully installed solar thermal system begins: the assembly of the collectors.
When installing collectors on pitched roofs, the individual collectors are usually mounted with the help of roof hooks. These mostly made of steel roof hooks are screwed under the roof tiles directly into the rafters and led out to the roof surface.
The distance between brick surface and collector should be at least 6 cm later. On the attached anchors, the collectors are mounted with the help of mounting rails so securely that they withstand adverse weather conditions and do not blow in a storm from the roof.
For flat roofs or other surfaces that do not have the optimum angle of inclination, a corresponding substructure is used. The so-called elevation takes place through a stable framework and allows optimal use of solar radiation even in unfavorable areas.
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