For canals, rivers, and water infrastructure
Site Assessment
A first-stage review of flow, depth, access, seasonal conditions, and possible deployment constraints for a hydrokinetic turbine system.
Helical hydrokinetic turbines
Harness energy from flowing water without building a dam.
WEG-3D is developing modular turbine systems designed to transform the kinetic energy of rivers, canals, and flowing water channels into useful electrical power.
About WEG-3D
Engineering the turbine. Building the technology. Powering the future.
We are a technology-driven renewable-energy company focused on research, development, and future deployment of helical hydrokinetic turbine systems. The objective is practical: extract energy directly from moving water where conventional hydropower is difficult, expensive, or unsuitable.
Buy-now style offers
Start with the service that matches your site.
For pilots and R&D teams
Prototype Module
Development support for a modular helical turbine prototype using additive, hybrid, machining, or conventional fabrication routes.
For energy partners
Deployment Partnership
A collaborative pathway for renewable-energy developers, public infrastructure teams, and industrial operators exploring future hydrokinetic generation.
Why hydrokinetic power
A different approach to harvesting river energy.
Conventional hydropower often depends on hydraulic head created through dams, diversion structures, or large civil infrastructure. WEG-3D is investigating direct extraction from flowing water currents.
Helical geometry
Twisted blades keep continuous interaction with the flow as the turbine rotates.
Vertical-axis architecture
A compact arrangement with flexibility for varied flowing-water environments.
Modular development
Diameter, height, module count, rotor arrangement, and generator setup can be tuned.
Who it can benefit
Designed for places where water flow and energy demand meet.
Remote & Rural Communities
Potential localized electricity in areas where grid expansion is difficult or costly.
Industries Near Water
Local generation opportunities for facilities close to rivers, canals, or water infrastructure.
Water Infrastructure
Canals and water-conveyance systems may offer deployment locations after site assessment.
Defence & Remote Sites
Additional distributed power where fuel logistics, reliability, and resilience matter.
Renewable Developers
Future partnerships for developing and operating hydrokinetic power projects.
Public Infrastructure
Potential use in rural electrification, public utilities, and remote infrastructure projects.
The bigger opportunity
A large opportunity inside the broader hydro and renewable market.
India has a substantial small-hydro opportunity, with government sources citing 21.13 GW of estimated small and mini-hydro potential across 7,133 sites. WEG-3D aims to complement that market with distributed systems that use naturally flowing water.
21.13 GW
Estimated small/mini-hydro potential
7,133
Identified potential sites
1.5 GW
New small-hydro target for FY 2026-27 to FY 2030-31
Flow environments
Built around real waterways and real manufacturing.
Contact us
Let's build the path from flow to power.
We welcome discussions with research institutions, industrial partners, renewable-energy developers, infrastructure operators, and potential deployment partners.