Tailor-made energy supply for urban areas
Building supply
Thanks to its decentralized application, the T-Cell is also suitable for basic supply in remote locations or difficult locations. It can be used from meeting needs in single-family home developments to large-scale supply in the city/rural area. In public spaces, its versatile design allows it to be adapted to a wide range of user requirements. As an energy converter in buildings or in urban areas, the T-Cell conveys the message of an ecologically sustainable technology. The decentralized embedding of T-Cell in the public space creates a climate policy presence and also enables a high level of security of supply and flexibility. The longevity of around 15 years (planned) and the ability to handle high continuous loads and/or partial loads create ideal conditions for your use in a wide variety of areas.
Thanks to its high efficiency, the T-Cell can play a central role in the successful advancement of the energy transition. A heat supply with purely electrical heating systems is not possible with the current capacity of the power grid. However, the T-Cell can provide the required energy in local clusters, for example to use a heat pump to supply the surrounding buildings with heat at a flow temperature of up to 80°C. These high flow temperatures can be used well in old existing buildings and building ensembles.
The innovative and environmentally friendly use of T-Cell ensures another economical way to modernize older existing properties through the efficient use of resources without having to completely renew their infrastructure.
With several T-Cells working in a cluster, entire streets can be supplied with heat and electricity - there are no technical limits to the power required.
The T-Cell Multiplier uses a coupling network to supply energy for the operation of the heat pumps. This means that individual needs can be responded to very quickly and in a targeted manner. In combination with renewable energy sources such as photovoltaic systems, the potential of the multiplier can be increased even further. The T-Cell can also be a needs-based and environmentally friendly energy source. A single T-Cell can provide the electrical energy to operate heat pumps for around 80 - 90 homes.
Various design options for contextual and safe integration into the urban environment
Integration into public space
Thanks to the diverse design of its outer shell, the T-Cell can also be integrated into different contexts and respond to a wide range of user requirements. As an object in public space, it is subject to high security requirements. The outer shell serves as collision protection and makes the T-Cell terror-proof. In addition, it takes on structural protective functions against climatic influences and reduces the sound emissions of the T-Cell to a barely perceptible minimum. As a thermally effective envelope, it ensures a regulated surface temperature of the system and minimizes both heat losses when used outdoors and heat input when used indoors.
In addition to its protective function, the outer shell also enables smooth maintenance of the T-Cell. If a machine has to be dismantled for maintenance in a service facility, the shell remains independently at the location and maintains the appearance of the system in public spaces even during maintenance.