Shorter lead times: Thanks to prefabrication in the production plant and simultaneous on-site work, the execution time of a project is significantly shorter than with traditional construction methods. The modules are manufactured and prepared for assembly, while preparatory work can be carried out on site, as well as work to erect the foundations and external installations.

Less dependent on weather conditions: Construction under controlled conditions at the prefabrication plant is not dependent on the weather, thus avoiding delays caused by adverse weather conditions.

Quality control: Prefabrication at the production site allows for accurate quality control of each component.

This makes it possible to achieve higher manufacturing precision and better quality of the final product.

Standardisation: The modules are manufactured to an agreed standard, which guarantees consistency and compatibility.

Reduced construction costs: Shorter construction times and efficient management of materials and labour translate into lower overall project costs.

Reduced material consumption: Prefabrication in-house allows for precise calculation and use of materials, which reduces construction waste and allows for more efficient resource management.

Modularity: modular buildings are easy to modify and extend. Modules can be added or removed, adapting the building to the changing needs of users.

Diversity of projects: Modular construction allows for a wide variety of projects, from simple single-family homes to complex commercial or public buildings.

Mobility: the modules can be easily dismantled and moved to another location, allowing them to be reused.

Adaptation to new needs: The dismantling and reuse of modules allows buildings to be adapted to new functions or locations, increasing their use value.

Minimising noise and dust: modular construction generates less noise, dust and other disturbances on site, which is beneficial for local communities.

Shorter working times on site: With prefabrication, the majority of construction work is carried out on site, reducing site working time and disruption to neighbouring areas.

Better working conditions: Working in controlled factory conditions is safer than on a traditional construction site, reducing the risk of accidents and injuries.

Standard procedures: The production of modules at the production facility follows established procedures, which minimises the risk of errors and improves construction safety.

Waste reduction: Prefabrication generates less construction waste than traditional construction methods, which is good for the environment.

Energy efficiency: The modules are manufactured under controlled conditions, allowing for better energy and resource management. In addition, prefabricated buildings often have better thermal insulation and energy efficiency.

Recycling of materials: Many of the materials used in modular construction can be easily recycled, encouraging a sustainable approach to construction. Recycled materials are used in the manufacture of modules.

No additional works: Seamless delivery of investment at a fixed contract value.

Quality design documentation: Design-and-build projects that are based on good quality design documentation eliminate the risk of design errors involving the costs of additional works and delays in implementation that often occur in traditional construction.

Climatic Sp. z o.o. Sp. k. is implementing a project co-financed by the European Regional Development Fund entitled: 'Development of a hybrid system of ventilated façades with an energy converter'. The aim of the project is to develop an innovative, ready for commercialisation, hybrid system of ventilated facades with an energy converter. This system will be based on designed building partitions on the basis of structural elements that are the subject of the R&D work (hereinafter referred to as 'IZOSTAL'). Place of project implementation: Climatic Sp. z o.o. Sp. k. Ostrowiec Świętokrzyski ,ul. Eugeniusza Kwiatkowskiego 20 Total project value: PLN 27,753,650.00 European Funds contribution: PLN 16,255,647.50 Project implementation period: 2020-2023 r.