See How It Works
Mini-hydropower turbine is able to work in any operating conditions, in low-velocity rivers, small rivers, creeks, in rapids and waterfalls. The installation of this turbine does not require any special skills. Temporarily used anchors can be moved to some other place or some land structures could be used too. The mini-hydropower turbine gives 0.6-1.9 kilowatts/hour, which with the right economical distribution of electricity should be enough for main household needs: lighting, refrigerator, computer
What is a RAM PUMP?
Our invention is based on the technology of the ram pump combined with Kaplan radial-axial rotary-blade low-flow electric turbine.
The hydraulic ram is a simple mechanism that can raise water up to several tens of meters, without the use of electricity. Energy for lifting water is provided by the water itself, inertia and gravity. The system can work continuously without supervision, adjustment, or maintenance. The basis of the hydraulic ram is hydraulic shock - a sharp variation in pressure in the pipeline.
Power Generation
MHT will solve energy problems for those who have limited access to traditional energy sources.
Our turbine can be deployed easily in any body of water. The device does not need water flow. MHT does not freeze at low temperatures. The device continues operating in any tilt or position relative to the horizon.
Whats inside
Super Rugged Plastic Casing
Automatic Generator Positioning System along the River
Turbine and Generator with Load Regulation
Built-In Ramp Pump System:
The HNP Power generator boasts a super rugged plastic casing, ensuring durability and longevity. This robust enclosure provides exceptional protection, making the generator suitable for various environmental conditions and maintaining its structural integrity even in demanding river environments.
The HNP Power generator incorporates an advanced automatic positioning system that intelligently navigates the river's surface. Utilizing two anchor points and precise sensors, this system autonomously determines the optimal generator location. It continuously adjusts the generator's position to maximize energy generation, taking into account variations in water flow and depth, guaranteeing reliable and efficient operation.
Equipped with an integrated ramp pump system, this generator efficiently harnesses the power of flowing water. The ramp pump system operates seamlessly, using hydraulic principles to elevate water for energy conversion, enabling the generator to function optimally regardless of varying water levels.
Featuring a cutting-edge turbine and generator combination, accompanied by an automatic load regulation system, the HNP Power generator can adapt to changing water flow conditions. This dynamic duo ensures that the generator efficiently generates electricity while maintaining stability and preventing overloading, enhancing its overall performance.
1 - Shaft of the turbine and generator
2 - Upper above-water chamber for nozzles and turbine blades
3 - Turbine blades
4 - Nozzle
5 - Air chamber (RAMP bump)
6 - Water level sensor
7 - High-pressure pipes (supply to nozzles)
8 - Valve (RAMP bump)
9 - Stator coil windings of the generator
10 - Positioning cable guide rollers
11 - Water pressure sensor
12 - Propulsion electric motor (starter)
13 - Control and inverter unit
14 - Drive motors for positioning cable coils
15 - Battery pack
16 - Control cable coils
17 - Generator rotor (brushless)
18 - Rear stabilizing fin
19 - Protective grille of the inlet cone
20 - Electrical cable
21 - Waterproof toggle switch
22 - Lock for the upper cap
23 - exhaust valve with reverse protection
Self-positioning
The HNP Power generator features an automatic positioning system that utilizes two anchor points and a set of sensors to autonomously determine its optimal location within a river. When initially activated, the system releases and adjusts the lengths of its anchor ropes to position the generator at the furthest point from both anchor locations. It then initiates a positioning procedure, incrementally winding or unwinding the ropes while monitoring tension. Once it detects maximum tension in both ropes, it marks this point as the "near-central position" within its working area. The system then continues to fine-tune its position by winding or unwinding one rope at a time until it establishes the "left near point" and "right near point," defining a triangular working zone. This process ensures the generator's optimal placement for efficient energy generation in the prevailing water flow conditions.
