Current urban trends emphasize the efficient use of existing buildings and their transformation to meet modern requirements for functionality, aesthetics and sustainability. The reconstruction of unused or obsolete premises offers the opportunity to transform these spaces into high-quality residential, warehouse or multifunctional complexes that fit naturally into the surrounding environment. An important part of these projects is respecting the historical and urban context, as well as integrating ecological and cost-effective solutions. Such revitalized buildings contribute not only to increased comfort for users, but also to the overall improvement of the quality of life in the localities concerned.
It is a project to reconstruct the existing office and warehouse buildings and their transformation into modern residential units that fully meet the requirements of contemporary housing.
A key aspect is the harmonious integration of the new residential function into the existing surrounding development to maintain the unified urban and architectural character of the area. The redevelopment also includes improvements to the public realm in the immediate area, which will help to create a pleasant environment for the new residents and the existing community.
The essence of the project is the conversion of a former technological complex into a modern and aesthetically appealing residential complex.
The aim is to create a harmonious space that fits in with the surrounding buildings in the centre of the village, while respecting its urban character and historical nature. The new complex will not only offer quality housing but also add value to the community through green and public spaces.
In the vicinity of Kyjský Pond, in an area of more than 10,000 square metres, terrace houses with minimal requirements and a low purchase price for the land and building is planned. The urban plan also envisages the construction of 3 commercial buildings for trade and services. All in low energy standard.
The study focuses on the revitalization of the former freezer area and its transformation into a modern warehouse complex that will meet the current requirements for efficient and low-cost logistics.
The proposed solution includes optimization of the spatial layout and implementation of advanced technologies for warehouse process management, which will increase the capacity and operational efficiency of the facility. Emphasis is placed on the sustainability of the project, which includes energy-efficient systems and the use of recyclable materials in the renovation of the facility.
