Energola Kevirê Kêlekê by Jaroslaw Markowicz

Energola Kevirê Kêlekê by Jaroslaw Markowicz is a highly esteemed winner of the very prestigious 2020 Xelata A' Design Award a Hesinîn in Dîzayna Materyalên Avahîsaziyê û Hêmanên Çêkirinê Competition Category.

HesinHêmanên Avahiyê· 2020

Energola Kevirê Kêlekê

by Jaroslaw Markowicz

Client: Energola

Xelata A' Design Award a Hesinîn Winner in Hêmanên Avahiyê Category

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View at A' Design Award Press Release Award Badge

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The Design

About Energola Kevirê Kêlekê

Energola kevirek kêlekî ye ku ji bo pergolayan, balqonan û cihên mezin ên bi camî hatiye sêwirandin. Her per (baskek) panelek fotovoltaîk a mîkro hildigire, ji ber vê yekê kevir hem sî çêdike û hem jî elektrîkê çêdike. Hemû per dizivirin, û parastina ji tavê û bayê bi kontrolkerek dûr ve tê rêkkirin. Pergala tevgerê bi enerjiya rojê tê xebitandin, û berhema zêde dikare bo tora enerjiya avahiyê were şandin. Avahî li ser bingeha profîlên aluminyûmê yên extrûdekirî ye, ku ji bo vegera çerxa çêbûnê bi hêsanî ji hev têne veqetandin. Modula standard 1000 mm firehî û 2200 mm bilindahî ye û dikare li gorî pêdiviyan bê mezinkirin an biçûkkirin.

The Recognition

About the Xelata A' Design Award a Hesinîn

Energola Kevirê Kêlekê xelatgirê Xelata A' Design Award a Hesinîn e, nasîneke bi prestîj ku ji sêwiranên baş re tê dayîn, yên ku pêdiviyên pîşeyî û pîşesaziyê yên ku ji afirandinên baş hatine sêwirandin têne hêvîkirin tînin cih. Xelatgirên Hesinînê jêhatîbûna mezin, pisporiya bilind, têgihiştina pisporî û kapasîteya afirîner a afirînerên xwe nîşan didin. Tê hêvîkirin ku Energola Kevirê Kêlekê afirandineke pir hatiye rêzgirtin, sitayişkirin û delal, pratîkî û nûjen be. Ev sêwirana bi Hesinînê serketî pratîkên çêtirîn ên pîşesaziyê yekgirtî dike û xwedî taybetmendiyên teknîkî yên jêhatî ye ku bi zanîn û jêhatîbûnê ve girêdayî ne. Energola Kevirê Kêlekê ji ber baldariya xwe tê rêzgirtin û hatiye sêwirandin da ku kalîteya jiyanê baştir bike û alîkariya çêtirkirina dinyayê bike.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The presented side shutter is a multi-functional product dedicated to pergolas, balconies, and large glazed spaces. In addition to the sun protection function, energola also produces energy. Each individual wing has a micro photovoltaic panel. All panels rotate, so you can adjust the sun and wind protection. Mobile energy functions are powered by clean solar energy and production surplus can be sent to the building's energy network.
Dimensions & Packaging: The standard module has a width of 1000mm and a height of 2200mm, however, it can be scaled and adapted to the user's requirements.
Tags: Solar panels, Photovoltaic, Facade Shutter, Architecture, Pergola
Production Technology: The Energola design is based on extruded profiles. Solar panels are mounted on the main profile. This method of assembly allows to easily separate materials so that the product can be recycled.
Design Challenge: The biggest challenge of the project was to create a product that would retain its lightness despite the internal electronics and photovoltaic panels.
Research: The main research was to develop a wing rotation system that would be lightweight, compact and solar powered at the same time. The first tests were made on 3D printed models. The wing loads were tested many times, which allowed the development of aluminium profiles with the required parameters.
Inspiration: In modern construction, solar farms can be used practically anywhere, all you have to do is design a suitable solution. We were looking for solutions that use the sun to produce energy in a product that by definition protects against the sun.
Project Duration: the project was developed in Warsaw. Conceptual work lasted from september 2019. After many prototypes and tests, the project was finally implemented in January 2020.
Operation Flow: Energola is a moving product that adapts to current needs. Using the remote control, the user can control the tilt of the wings. Operation is simple and requires no additional power supply.
Team Members: Daniel Ziomek
Karol Cieślik