T1300 hydroelectric turbine
Models from 24 to 130 kW
Specificities
Ultra-compact, it can be integrated into existing environments or those to be renovated with great installation flexibility
Immersed, it is invisible and silent
Robust and long-lasting
Standardized, it allows profitability for your low head hydroelectric projects
Decarbonised by nature, it meets the current climate challenges
Dimensioning
The head and flow rate define the available power for each project:
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- A study allows the identification of the head and the turbinable flow
- Blade and steer settings are customised to suit these characteristics
- The generators are sized according to power and speed
- Turbine housing made of corrosion-resistant steel and stainless steel
- Propeller blades in marine bronze
- Stator and rotor resin sealed
- Concrete and polyester extensions available
- Horizontally
- Vertically
- Inclined
Always associated with its concrete suction cone (supplied with the turbine). Above a certain flow rate, a cone extension is necessary (optional)
To avoid air ingress, the cone and its extension must be completely immersed downstream under at least 30 cm of water
A screen and a suitable valve must be installed upstream of the turbine
The turbine must be placed in a water chamber of sufficient volume and must have a minimum head above it to avoid vortex phenomena
Several turbines with different power ratings can be installed in parallel to optimise seasonal flow variations
The turbine produces direct 400 V three-phase / 50 Hz (60 Hz optional) alternating current at the grid standards for the site characteristics (net head and flow rate) for which it has been defined
The energy produced is fed back to the grid via our control and coupling cabinet
The production of three-phase energy requires that the receiving installation is three-phase and balanced
Connection to the grid requires permits and/or contracts with the distributor according to national regulations and standards
Full support and financing of your project
Feasibility/potential study
Administrative procedures
Specifications/ Financing
Deployment
Support and maintenance
Applications
Find out how to integrate our solutions into all your projects
Technical sheet
Download the data sheetCase study
Lexos Mill
Project completed in June 2018. Uses a T1300 Turbine coupled to a turbiboard electrical cabinet, to exploit the dam’s attraction flow.
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Single interlocutor
throughout the project
A comprehensive service offering
for every step of your project
Experienced company
nearly 15 years of experience