The TP6 (connectivity system) is responsible for connecting the three production units (vegetables, fish, insects). Conceptual considerations and calculations must be made on how the energy flows, the water and nutrient flows as well as the gas components (CO2) can be connected. Storage possibilities must be developed for each energy and material flow in order to compensate the different course of the production and load curves. The management of surplus and deficiency situations must be organized. It is the concept for the exchange of information that has to be developed. The existing greenhouse test facility in Berlin-Dahlem (closed solar collector greenhouse) is to be expanded so that additional thermal energy and process water can be decoupled for the CUBES components. The automation of this greenhouse plant is to be extended to the control of the plant cube.
The connectivity system will also be responsible for establishing and operating the sensor network and feeding the measurement information into the joint databases.
Prof. Dr. Uwe Schmidt
Dr. Ingo Schuch is a postdoc at HU Berlin in the Division of Biosystems Engineering. In the last decade, his research activities focused on electrochemical water treatment, thermal engineering and renewable energy technologies in greenhouse production. His particular expertise is in the field of energetic system analyses and thermodynamic models.
In the project „Cubes Circle“ he deals with planning, evaluation and optimization of the energy system for air conditioning of the closed agricultural production modules. That means technical processes for cooling, dehumidifying, storing solar energy and heating.
Dr. Dennis Dannehl has worked at different research centers in Germany and New Zealand and is currently employed as postdoc at Humboldt-Universität zu Berlin. He is an expert in controlled environment horticulture and especially focused on the development of technical systems and control methods applied in greenhouses to optimise plant growth and health related plant compounds in vegetables.
During the project CUBES Circle, he will develop and proof a hybrid aeroponic/nutrient film technique system for cultivation of vegetables. The research is mainly focused on the reliability of the hybrid system in order to produce vegetables in a sustainable way. This means with fish waste water and without additional substrates to reduce the fresh water consumption and CO2-emissions and. Effects on phenotypic changes caused by this new system will be examined.
Luis Miranda holds a degree in electronic engineering and a doctorate in agricultural science, and has expertise in instrumentation and control, as well as data analysis and signal conditioning.
He is adscribed to the Connectivity-Cube, where he applies his knowledge of computer programming, data science and artificial intelligence to model and optimise the fluxes of mass, energy and information between the production Cubes.