The research project “Intelligent HVAC OPTIMIZER as a function of the THM formation potential in indoor swimming pools (OHT) – a new method of managing electricity and heat that adjusts ventilation, heating, cooling (HVAC) control on an ongoing basis to the concentrations of carcinogenic halogen derivatives of methane such as trihalomethanes (THM) and their removal from indoor swimming pools ”is implemented under Measure 1.1. “R&D projects of enterprises”, Sub-measure 1.1.1: “Industrial research and development work carried out by enterprises” of the Intelligent Development Operational Program 2014-2020 co-financed by the European Regional Development Fund.
The subject of the project is the research of the innovative OHT device – an intelligent optimizer for ventilation systems in the function of monitoring the potential for the formation of carcinogenic halogen derivatives of methane (THM) and their removal from indoor swimming pools. The innovation of the OHT device (product and process on an international scale) will be based on the combination of ongoing ventilation management with water treatment processes. This linkage took place only in the conceptual realm due to the difficulty of the current determination of THM.
Total project implementation cost: PLN 4 503 821.85
Co-financing of the project from the EU: PLN 3,306,154.
The research project “oBEMS (Office Building Energy Management System), intelligent hardware and software overlay for office building automation systems, a new method of managing comfort and electricity, heat optimizing ventilation, heating, cooling (HVAC) on an ongoing basis with the use of a multisensory map of comfort” is being carried out under Measure 1.1. “R&D projects of enterprises”, Sub-measure 1.1.1: “Industrial research and development work carried out by enterprises” of the Intelligent Development Operational Program 2014-2020 co-financed by the European Regional Development Fund.
The subject of the project is research on the innovative oBEMS system – intelligent hardware and software overlay for office building automation systems. oBEMS will optimize forced ventilation, air conditioning, and heating (HVAC) systems to maintain the desired comfort level and reduce electricity and heat costs. oBEMS will be based on a combination of ongoing management of the internal climate in office buildings using a multisensory map of comfort and a low-invasive method of integration with BMS (Building Management System) systems.
The project aims to conduct industrial research and development works for the prototype of a new product. oBEMS will combine comfort maps and HVAC control to:
Total project implementation cost: PLN 4,604,371.28
Co-financing of the project from the EU: PLN 3,481,604.54
Virtual Power Plant is the first company co-financed within BRIdge Alfa programme organized by the National Research and Development Centre (NCBiR).
BRIdge Alfa is directed towards ideas that are in the seed stage. During this project 10 investment vehicles were made. They select ideas with high potential for commercialization and support their entry to the market by providing passage through proof of principle, proof of concept stages and all necessary services to transform into spin-off.
One of the investment vehicles of BRIdge Alfa programme is StartVenture@Poland (SVP) created by StartUp Hub Poland Foundation and venture capital fund Giza Polish Ventures with the support from NCBiR.
Our company develops methodology for managing energy consumption in large-scale buildings in terms of design and test run of Enabler Demand Side Response (DSR) application. DSR services are helping reduce daily peaks in energy demand and produce Negawatts. Negawatts are a unit of energy, which was consciously not used by the consumers.
The idea for Negawatts arised from the need of energy operators, who are responsible for providing surplus energy, which is consumed on each node of the grid. In the normal procedure, the excesss energy is ensured by ordering additional production in power plants, but if such energy is not available it falls down to consumers to reduce their demand.
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