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What is it about domestic heating and cooling solar design that inspires such enthusiasm? Let us inspect and verify! Solar roof designs have evolved into a plethora of variations over the years. Despite the fact that they appeared to be useful, they were rarely used. If you’re wondering why, here’s what you should know. It was due to the fact that it was costly. Furthermore, many solar collectors installed panels on the entire roof, claiming that they could meet the demand for domestic heating. However, thermal solar systems are less expensive than electrical solar systems.

A moderate amount of the total primary energy spent in industrialized nations is because to build accumulation, it will not be notified that an economical roof-integrated solar collector is needed which is less expensive as well.   

Here’s everything you need to know about new domestic heating and cooling solar design!

Different roofing methods analysis

The classical roof

The main goals when designing the classical roof are,

  1. Preventing penetration of rain and snow 
  2. Good insulations for thermal

Overlapping a few layers of many materials under an outer layer that is also waterproof was the traditional way of reaching these objectives. The quality was good, but this was too expensive because of the materials and the workload. But we are going further away from tradition to make the building level better to adapt to the environment.

This system’s development begins with an upper-level metal substance, with all joints placed on its supporting structure. Obtaining a waterproof metal base for the chamber is the first step, followed by covering it with a double-glazing cover that aids in maintaining the water level. The water is linked to the pipe that supplies a conventional heating system on the floor. This involves a boiler useful on cold days and is expanded on warmer days like summer over the preceding assembly. And that is how the customizable solar awning design was developed.

How does this work?

 Simply, the metal-based water tank collects the solar energy keeping the house warm during chilly days. At midnight, the process of transferring hot water to the tank begins. Following that, the water is pumped into the heater system and continues to circulate. Here, three air chambers work to maintain the temperature over the minimum comfort level protecting the comfort. A little amount of hot water gets pushed up into the metal roof. 

On warm days, the development of a secondary water pile on the glass panes, where the water is evaporating and cooling the system, is necessary to keep the system running smoothly and efficiently. It is necessary to pump the cooled water onto the reflective metallic roof during the daytime because the reflective surface protects the water from the sun’s ultraviolet rays.

How suitable is this design for a pitched roof?

With the assessment of the new skytherm solar roof, the new design removes the complexities of the awning and creates 2 more chambers that improve the padding of the roof. Additionally, due to the water-resistant chambers, it is necessary to emphasize the skytherm solar’s ease of installation on pitched roofs. From this point forward, the development of a new design that incorporates the advantages of the previous design occurs. The newest concept concerns a roof using flat plastic bags connected to the reserve tank through pipes. From there it goes to the conventional heating system.

The system’s energetic behavior

First, to examine the solar collector’s behavior of energy that is easy to carry out as the horizontal roof study. For example, let’s consider the two places Bariloche and Buenos Aires. While Bariloche has a cold climate, Buenos Aries has a moderate climate. As an example, let us consider a modest house with 100 square meters of living space on both floors during the colder months. The average monthly solar irradiation flow over the level surface is 1.5 and 2.0 KWH.m2, respectively.

Cost Is important

The cost generally is around $150 per square meter based on good quality, lower-sloped roofs in areas like Bariloche in Argentina. A price estimate of $50 for the horizontal solar system, which also includes the new rolling awning. The cost of disposable bags is lower with the new solar system. The total cost, however, is between $150 and $200. The calculation can thus use 0.8Gj and 0.22Gj correspondingly for the daily energy consumed. As a result, while the horizontal solar roof can meet the typical heating needs of temperate environments, it can only meet about one-third of the cooling needs.

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