This paper presents the case study of the authors’ design of the earth-sheltered house in Village Dobraca near Kragujevac, Serbia, in the context of development and some thermal properties of the underground housing. The historical insight, in brief, provides a better understanding of the reasons for their modern use as energy efficient and sustainable structures. It shows that underground houses even today are more thermally efficient than above ground houses since, besides earth, there is no need for new additional thermal layers. The article also includes a review of the representative physical forms of the underground housing through different periods, with the result of measurement of their main properties. The study of the underground housing structures provides an insight of the relation between the location and typology of underground homes in a contest of climate zones. These structures have an almost constant temperature, which provides the primary “comfort” condition in which the man is determined to live in. The results on property-based monitoring data showed that the earth-sheltered house could provide the thermal comfort that is close to the ideal human needs temperature. Today, the new materials and especially the solar, geothermal, and wind accessories, enables the maximum sustainability of these specific building structures and provides them with an even better energy efficiency.
The selection for the presentations of the “architecture of the future” on the Future Architecture platform is underway. I applied for this competition with my idea of a type of house that represents a new green technology with roots in prehistory (so-called neolepenism). Applications have been sent from all over the world and 25 ideas will be selected to be presented, including one by the audience. You can vote on the link bellow, if you like this idea, by clicking the “I like it” button at the end of page. The post can be shared on some social networks, and below the voting button there is a link where you can see other submitted ideas, for those who are interested. Voting lasts until noon UTC on January 14th.
Nenad Miloradovic has entered in the online Ancient history encyclopedia which was rewarded by EU in 2016. His paper from REHVA Journal “Lepenski Vir – the prehistoric energy efficient architecture” is in bibliography and some terms are quoted in the article about Lepenski Vir by Andela Sormaz. This post was published on 5. May 2020.
As a member of ASHRAE (American Society of Heating, Refrigeration and Air Conditioning Engineers) Nenad B. Miloradovic had presentations within the Danube Chapter in Timisoara, Romania, from 2016 to 2018. All of these presentations were directly or indirectly related to Neolepenism. The outline from the first presentation was published in the REHVA Journal in October 2016. That year was the first international presentation of this topic. Because of that, the author of Neolepenism is very grateful to Professors Branislav and Marija Todorovic from KGH Society, Mr. Ioan Silviu Dobosi of the ASHRAE Danube Chapter and Mr. Jaap Hogeling, the editor of the REHVA Journal, who were also attended the presentation. More information about ASHRAE Danube Chapter are available at:
LEPENSKI VIR – THE PREHISTORIC ENERGY
(The paper is outline from presentation at the
Danube ASHRAE Chapter Meeting in Timisoara, Romania, 15th April
The remains of architecture in Lepenski Vir are the remains of an energy efficient architecture and ecological houses.
engineer for heat distribution
Beogradske elektrane, Belgrade, Serbia
The prehistoric settlement of Lepenski Vir, which was discovered during the 1960s in Djerdap Gorge on the Serbian side of the Danube River, is well-known for its unusual architecture and preserved house floors. If we analyze this architecture in view of the set of natural (meteorological, geographical, astronomical and vegetal) environmental properties and consider energy consumption for heating and air-conditioning needs for such dwellings, i.e. achieving thermal comfort in those houses, we can conclude that the builders paid particular attention to energy efficiency in building stock while designing those houses. Remains of the architecture of the prehistoric settlement of Lepenski Vir, where operations for energy efficiency improvements are visible and recognizable, are the remains of an energy effective architecture. Their houses were energy efficient considering their age, technology and given location, contributing to the long life of the settlement.
We may speak about the primal passive solar and bioclimatic architecture. The shape of houses is very compact and contributes to saving of heating or cooling energy. The remains of the architecture of Lepenski Vir are silent witnesses of measures applied to improve energy efficiency. The houses in Lepenski Vir and Padina-Gospodjin Vir are examples of energy efficient construction of the time, location and given the condition of technology and applied materials. The architecture of Lepenski Vir did not emerge haphazardly, as similar house remains were also found at the Padina-Gospodjin Vir site.