This innovative project is targeted at development of completed, tested version of innovative services for architectural and engineering design and survey for RES (renewable energy sources). In essence, the service will be a full photo and thermovision inspection of the object (building / s) for the potential for deploying solar energy systems. The photo and termovision inspection will be automatically submitted to a computer program for carrying out calculations in real time for the necessary investment costs, the possible energy yield, payback period, installed capacity of the system, and indepth calculations for all variables needed for the generation of synthesized and comprehensive architectural and engineering design of the most effective solution for the utilization of solar energy of the objects surveyed. The creation and testing of the abovementioned innovative service, the candidate needs to finance purchase of assets - mini flying radio-controlled vehicles (drones) equipped with cameras for photo and termovision inspection, software programs that will be implemented in computer platform and hardware (workstations and servers) to serve the development of the service and the work of the team of the company. Additionally, the service implementation are necessary costs for highly qualified specialists to work on the creation of a platform ensuring the development of the engineering and technical part and testing the service. With the successful implementation of the project, the team of the company expects to have designed, tested and ready to scaling with unique market performance service for architectural and engineering design and survey for RES in the field of ISIS and upgrades the results achieved under 7-th Framework Program of EU implemented project. With the development of the innovative service, an opportunity for now way of RES utilization will be presented to the market.
Overview
Status | Closed (completion date) |
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Start date | 09 May, 2017 |
End date | 13 Feb, 2019 |
Contract date | 09 May, 2017 |
Programme
Beneficiary
Financial information
Total cost | 434,490.00 |
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Grant | 391,041.00 |
Self finance | 43,449.00 |
Total paid | 383,283.46 |
EU participation percent | 85.0% |
Location