Instream water turbines belong to the innovative energy which could contribute to the diversificationof renewable power sources. Works done during this thesis aims at contributing to the overallobjective of developing the HARVEST turbine, a cross flow ducted turbines concept, in realizing andtesting an entire prototype to demonstrate the value of the concept, to understand physicalphenomena involved and to validate the numerical applications developed in the laboratory LEGI.This prototype has been put and tested in an EDF open channel near Grenoble. The results are veryencouraging in terms of energy performance, mechanical behavior and control of the impact on thewater channel. This memory is ending with technological conclusions on the pre...
Water distribution networks have become, in recent years, a major opportunity for the harvesting of ...
Motivated by the unused hydrokinetic potential of smaller European rivers and creeks we develop a ho...
The so called German electrical “Energiewende” is mainly based on the installation of solar photovol...
Instream water turbines belong to the innovative energy which could contribute to the diversificatio...
Les hydroliennes font partie des dispositifs innovants d’énergie qui pourraient contribuer à ladiver...
Cross-flow water turbines represent a potential renewable energy resource which needs more exploring...
The HARVEST project's objective consists in developing a new type of turbo- machine, named hydrolien...
The general context of the present thesis is renewable energies within the HARVEST program initializ...
The purpose of this thesis is the development and optimization of the electrical system of a fluvial...
Fascicola 6International audienceIn 2001, the Geophysical and Industrial Fluid Flows laboratory (LEG...
Le projet HARVEST a pour objectif de développer un nouveau type de turbomachine, dite hydrolienne, c...
Tests on the pumping turbine units at Cambeyrac. The plant at Cambeyrac makes use of the head provid...
In the actual context of Swiss nuclear phase-out stategy, harvesting the extensive potential of smal...
Given the current energy transition conjuncture, where the electricity production and the electricit...
In the current economic situation regarding electric generation and conservation of the environment,...
Water distribution networks have become, in recent years, a major opportunity for the harvesting of ...
Motivated by the unused hydrokinetic potential of smaller European rivers and creeks we develop a ho...
The so called German electrical “Energiewende” is mainly based on the installation of solar photovol...
Instream water turbines belong to the innovative energy which could contribute to the diversificatio...
Les hydroliennes font partie des dispositifs innovants d’énergie qui pourraient contribuer à ladiver...
Cross-flow water turbines represent a potential renewable energy resource which needs more exploring...
The HARVEST project's objective consists in developing a new type of turbo- machine, named hydrolien...
The general context of the present thesis is renewable energies within the HARVEST program initializ...
The purpose of this thesis is the development and optimization of the electrical system of a fluvial...
Fascicola 6International audienceIn 2001, the Geophysical and Industrial Fluid Flows laboratory (LEG...
Le projet HARVEST a pour objectif de développer un nouveau type de turbomachine, dite hydrolienne, c...
Tests on the pumping turbine units at Cambeyrac. The plant at Cambeyrac makes use of the head provid...
In the actual context of Swiss nuclear phase-out stategy, harvesting the extensive potential of smal...
Given the current energy transition conjuncture, where the electricity production and the electricit...
In the current economic situation regarding electric generation and conservation of the environment,...
Water distribution networks have become, in recent years, a major opportunity for the harvesting of ...
Motivated by the unused hydrokinetic potential of smaller European rivers and creeks we develop a ho...
The so called German electrical “Energiewende” is mainly based on the installation of solar photovol...