A MODULAR,LOW-HEAD HYDRO TURBINE
A FAMILY OF TURBINES | The generator can be sized from 75kW to 250kW depending on site needs. Combine sizes to fit hydropower site requirements.
Low water flow conditions suggest the use of a single turbine can produce energy from as little as 15 cfs. Max flow is 85 cfs.
Mounting footprint: 88" x 95". Installation height: 84". Weight: 8400lbs. For more details, please contact us to request technical drawings.
The turbine is designed for a head range of 8-40 feet. The turbines head range make it an ideal solution for multiple application types.
Our modernized kaplan turbine is a a modular, low-head hydroelectric turbine design for projects 75kW to 250kW depending on site needs that can also be combined & scaled to fit much larger site requirements (one sized turbine that can be used with multiple sized generators). The NuTURBINE is ideal for many applications, including: isolated communities, retrofits of existing hydro sites, irrigation districts, municipalities & wastewater in pipe applications, and non-powered dams.
The NuTURBINE based is on technological evolutions that significantly improve the performance of a long-accepted hydropower turbine paradigm. Those changes eliminate the need for a dam, offer a decentralized generation capability and the ability to harvest energy from existing hydropower intensive systems, and reduce environmental effects, all with a low setup and procurement cost. With a reduction in civil works efforts & costs, the NuTURBINE offers a low cost waterpower solution.
available on any
Patented intelligence powers our turbines. Learn more about the advanced controller technology, the NuTECH Controller™
ACCESS TO RENEWABLES
A DISTRIBUTED FUTURE
The NuTURBINE has been designed with an increased focus on longevity and ease of maintenance
- SKID MOUNTED - simple point-to-point connection guide for ease of installation
- PLUG & PLAY - all equipment, including the generator, is mounted to the same turbine platform and can be dropped in place
- LUBRICATION SYSTEM - water quality sensitive and uses Environmentally Acceptable Lubricants