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New Tecnology for Electric Generator
Wind-farm in Dobrogea Region, S-E Romania
Coordinated production and storage of energy in residential areas.
Monitoring, diagnosis and protection of energetic equipment
Ecological technology for decrease the residual stress in metallic energy constructions welded using vibratory stress relief equipment
Gas treatment system request from Turkey
Partner search in renewable bioproducts & biofuels
High Efficiency Concentrator PV Solar System
Enhancing Lifelong Learning for the Electrical and Information Engineering Community
Renewable and sustainable energy source; Hydrogen production from biomass
Renewables Energy; Biogas power plant PCGA-1000
IEn Poland
Energy efficiency in industrial and service.
Increased energy efficiency of a system for tracking solar PV (Photovoltaic) using an innovative mechanism
Innovative real-time System to measure Dioxin produced in combustion process. Proposal acronym: Real Dioxine
Cogeneration System with Stirling Engine mCHP S
Efficient Integrated System of Renewable Energy Sources for Residential Consumers
Micro-plant for producing energy from renewable sources for residential building
Biomass based heating of public buildings of communities from the agricultural areas (farmland) AGRIPELLET-HEAT
Reaching the Kyoto Protocol targets by renewable energy integration in the rural communities
Integrated efficiency and environmental analysis of the energy systems
Solar energy-biomass driven micro system for power generation
Installation for co-generation by using biomass transformed in gases (Ref: 07 RO RIAP 0J8A)
Original wind turbine with horizontal axis (Ref: 07 RO RIAP 0J2S)
Original wind turbine with vertical axis (Ref: 07 RO RIAP 0J18)

A small Romanian research company developed an original wind turbine with vertical axis. It's a simple and robust solution that can operate also at very low wind speed (>2.5m/s). Type of partner sought: research company for further development or license agreement, end users for commercial agreement with technical assistance.

In certain hilly zones, mountain and seaside, when it comes to choosing to save energy, it's possible to use very efficiently a wind engine, with little dimensions, simple, robust and reliable. With comparison to classical turbines having many blades but horizontal axes, this type of turbine is realised in an original and new conception; it includes two patents and presents the following elements of novelty: · The rotor of turbine is a mono-block construction realised from spun glass; due to its geometrical profile of helical type, it begins to operate at very low wind speed (at 2.5m/s); at too high wind speed (more than 20m/s) it has an express self-braking facility. · It presents a very good reliability due to its mono-block construction from spun glass. This turbine is able to produce the movement of an electric generator having constant magnets; the electric power generated can be stored in batteries.
Innovations and advantages of the offer: With comparison to classical turbines, this one has the fallowing innovative aspects and advantages:· Simple and robust construction, very good reliability. · Low production cost. · High power reported per active surface. · Well operating also at very low wind speed (>2.5m/s) · Good efficiency due to its vertical axis and to the geometrical profile of its blades. · It has high torque in the beginning. · Exit of wind without especial mechanical systems.
Current and Potential Domain of Application: Intended as efficient technical solution for an alternative source of energy (wind).
List of Keywords: Technology Generators, electric engines and power converters  Turbines, fluid machinery, reciprocating engines, combined heat and power Unconventional and Alternative Energies  Wind energy Market Wind energy
Further Information (Technical Details Concerning the Profile): - Supplied power: 1,000 W. - Minimal speed of wind needed: 2.5 m/s. - Nominal speed of wind: 8 m/s. - Speed of wind at exit: 20 m/s. - Diameter of rotor: 2 m. - Height of rotor: 2.5 m. - Number of blades: 3. - Weight of turbine: 150 kg.
Current Stage of Development: Already on the market
Exploitation of RTD Results: Private Research
Collaboration Type: Joint Venture Agreement  License Agreement  Joint further development  Adaptation to specific needs  Assembly  Engineering  Technical consultancy  Quality control Comments - Type of partner sought: University/research institute for technical co-operation; technical centre for license agreement; end user for commercial agreement with technical assistance. - Specific area of activity of the partner: Research, SME to apply this technical solution. - Task to be performed: Research, development, implementation.

Contact: office@ipacv.ro

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