I present my invention in the blockchain Steemit.
This invention will allow us to receive heat energy for housing from the fence.
From the perimeter of the site to 6 hectare it will be possible to receive 10-30 kWh of thermal energy, which may be sufficient for housing of 100-200 m2. For energy-efficient housing, 5 kWh per 100 m2 or less is enough.
The image shows a fence segment measuring 2 * 12 meters and an area of 24 m2, as well as a dome house with a glazed part of the facade of 32 m2 and a basement area of 100 m2. In itself, the glass facade of the building is a solar collector and is capable of collecting heat energy from 6 kWh, which in total with the segment of the "solar fence" represented, will provide the house with heat in excess, on any winter sunny day in the central strip of Russia.
Excess heat is recommended to be stored in "heat accumulators".
The simplest thermal accumulators are concrete, brickwork, sand, clay, and the most effective option is water.
Design features of the invention
The constructive scheme of the "solar fence"
The basis of the fence is cellular polycarbonate, which is already actively used in fencing. Thus, the cost of a solar collector is reduced by the cost of a fence made of cellular polycarbonate.
Prospects for the "solar fence"
"Solar fences" will be able to provide: from 15% to 100% of housing needs in heating.
The low cost of the presented solar collector is conditioned by the standard designs of the fence, which ensures a low cost of the system and its quick payback.
Homeowners will be able to save a significant part of the cost of heating and reduce the heating season, for example in the central part of Russia to four months, instead of 7-8 months.
With the massive introduction of "solar fences" in the northern countries, emissions into the atmosphere from burned fuel will be significantly reduced.
License
It is permissible to freely use this invention for personal purposes in a personal household.
For commercial use it is necessary to conclude a franchise agreement with the author.
Good post
@originalworks