Smart Hydro Power GmbH products

This turbine is designed for rivers, featuring a reinforced debris protection and a patented anchoring system. The anchoring can be done at the bottom of the river, at a bridge support, or at a block on the side of a river.

This turbine is installed on the bed of the river or canal. Especially suitable for installation in canals or behind traditional hydro power plants.

This is a hybrid system consisting of SMART Turbine + Photovoltaic panels. This system optimizes battery use (a very expensive factor when opting for renewables) and takes advantage of different seasons and what each best offers (sun and water). It operates continuously at the optimal power point for solar panels and turbine with separate MPP trackers. This combination is especially suitable for productive use of energy like workshops or food processing.

This package is ideal for decentralized electrification in regions where there are no nearby rivers or canals. A standard solar installation can be very economical in regions with high solar radiation all year round. As with the other packages, the monitoring system can be easily installed to analyze the system’s performance.

Distributed generation requires load management, which is what this system offers:

This system is the most cost-efficient way to operate productive use appliances through clean energy along rivers. This solution enables direct-driven productive use, since all the energy produced is consumed according to the circumstances. The frequency controller adapts the rotational speed of the motor which drives the mechanical systems, allowing the operation of a pump, mill, or cooling appliances.

A grid-connected system is particularly useful in backup applications where grid power is available but expensive or potentially unreliable. The hybrid version offers on the one hand a hedge of the electrical power supply by the grid (in case of failure of the production or partially increased demand) and on the other hand a buffering of the local production with a feed of the excess current.