Unit E is an adaptive modular architectural system designed to create living and office spaces capable of reconfiguration (volume and planning change). Suitable for use as temporary housing, in particular for war refugees.

MAIN CONCEPT

The architectural system Unit E is essentially a universal design system with identical interchangeable units.

The adaptive system can be used for many types of buildings, in particular for the most common - as living and working space.

Its advantages are modularity (universality/interchangeability), evolution, reconfigurability (flexibility, adaptability, variability), mobility, autonomy, sustainability (environmental friendliness, energy efficiency), readiness for use and artificial intelligence.

MODULARITY

Unit E is a system of cubic configuration modules that can be clustered together - a variety of spatial planning taxonomies. The identity of the modules ensures maximum unification of production and interchangeability of both the modules themselves and their components - the frame and enclosing surfaces. The geometry of the modules also contributes to the universal clustering of modular spaces both in the plane and vertically, which makes it possible to achieve an infinite number of architectural types/topologies and use them for many functions and needs.

EVOLUTION

The use and evolution of the system (in the traditional sense - buildings) starting with a small number of modules is possible. For example, like the number of modules, the system may grow as the family, or the business grows. The same applies to housing for temporarily displaced people. Theoretically, the size of the system is unlimited. If modules are no longer needed, the system can be evolutionarily reduced, and units can be used in other clusters/buildings.

RECONFIGURABILITY

Thanks to its modularity, the Unite E architectural system is flexible and able to adapt geometrically and spatially to needs. Therefore, even without changing the number of units in the cluster, the system provides the ability to reconfigure, providing variability in behavioural scenarios and functional planning as needed.

MOBILITY

The mobility of Unit E is the ability to change the location by transporting units through the use of non-capital screw-pile foundations. Moving allows units to appear and be installed in unexpected places and off the grid. For example, on the roof of a high-rise building or surrounded by nature, for instance, in the mountains.

AUTONOMY

Mobility is also based on autonomy. After all, the provided partial or complete independence from networks allows virtually arbitrary geographical location of system modules.

SUSTAINABILITY

The principles of sustainable development are using materials that meet the ecological concept of "cradle-to-cradle". To maintain multi comfort, UnitE provides energy-saving equipment: heat pump for heating/cooling and recuperative ventilation to keep clean air and prevent heat loss. The enclosing surface helps to protect against thermal bridges and seal a massive layer of insulation. The use of energy-efficient multiple-glazed windows is also envisaged.

READY TO USE

Unit E is designed on the principle of "take and use". It is ready for use, fully furnished, equipped and ready to use.

ARTIFICIAL INTELLIGENCE

In addition to intelligent climate control and energy efficiency/savings, Unit E will be accompanied by an application that is a custom building designer for a user with hints of new elements and online calculation of possible configurations to select the optimal not only from planning but also energy-efficient clusters.

ADDITION

Obviously, some technical and intellectual characteristics are an option without which Unit E will still have sufficient energy efficiency and serve its primary function - a comfortable shelter, maximum needs for a minimalist lifestyle, work and temporary forced stay.