4.5 (313)
4.5 (313)
When disaster strikes or you're off-grid, harnessing power can be the key to survival. The Water Flow Generator Turbine isn’t just a device—it’s your lifeline. By converting flowing water into reliable energy, this generator ensures you’re never without power, keeping your devices charged and essential systems running. Whether in an emergency or exploring the wild, it provides a sustainable, life-saving solution when you need it most. Don’t leave your safety to chance—stay prepared and empowered with this revolutionary technology.
Highlights
High Efficiency
Compact Design
Durable
Eco-Friendly Energy Source
Overview
With its efficient design, this water flow turbine generator ensures reliable energy anytime, anywhere. The compact and durable build, combined with versatile power output, makes it perfect for off-grid adventures or emergency backup, providing sustainable electricity from flowing water with ease.
Details
Output voltage : Max. 80V (1.2Mpa)
Current Output : Max. ≥220mA (12V)
Resistance line : 10.5 ± 5Ω
Insulation Resistance : 10MΩ (DC100 megohmmeter)
C Losed Outle T Compression : Max. 0.6Mpa
Open Outle T Compression : Max. 1.2Mpa
Starting water pressure : 0.05Mpa
Axial clearance : 0.2-1.0mm
Mechanical noise : ≤55dB
Output characteristics: the output voltage without the voltage regulator circuit is proportional to the water pressure
Installation: household standard 1/2 inch water pipe ( outer diameter : 20mm , inner diameter : 13mm
Care + Use
Keep the turbine generator free from debris to maintain optimal water flow.
Avoid complete battery drain: For better performance, keep the generator charged above 50% when possible.
Store in a cool, dry place: This preserves the battery and turbine components.
Shield from extreme temperatures: Avoid exposing the generator to intense heat or cold to protect its efficiency.
4o
Key Features
Hydraulic Energy Conversion
The turbine in a water flow generator uses the energy from flowing or falling water to generate mechanical energy. This hydraulic energy is converted into rotational energy as water flows through the turbine blades, causing them to spin.
Electricity Generation
The mechanical energy from the turbine is transferred to a generator, which converts it into electrical energy. The generator consists of a rotor (attached to the turbine) and a stator, where the rotor’s motion induces an electric current in the stator windings.
Efficient Energy Capture
The design of the turbine and the generator system allows for high-efficiency conversion of water flow energy into usable electricity. The turbine blades are designed to optimize the capture of energy from water, and the generator ensures that the mechanical energy is efficiently converted into electrical power with minimal loss.
Vital for Any Power Emergency
Renewable Energy Source
Converts flowing water into electricity, providing a sustainable and eco-friendly power solution.
Multiple Charging Methods
Supports power generation through water flow, manual crank, and USB, ensuring versatility and reliability.
Durable and Compact Design
Made from robust ABS material, it’s lightweight, portable, and built to withstand harsh conditions for outdoor or emergency use.
Renewable Energy Source
Converts flowing water into electricity, providing a sustainable and eco-friendly power solution.
Multiple Charging Methods
Supports power generation through water flow, manual crank, and USB, ensuring versatility and reliability.
Durable and Compact Design
Made from robust ABS material, it’s lightweight, portable, and built to withstand harsh conditions for outdoor or emergency use.
Key Features
Low Power Pressure Start
Low flow loss channel design, low power pressure start (0.05mpa)
Enlarged Scroll Repeller
Greatly improve power generation efficiency, while adding bearings to reduce wear
Hydropower Separation
Hydroelectric separation technology + clutch coupled with dual magnetic circuits
Power Anytime, Anywhere
An essential device for anyone needing reliable power during emergencies, ensuring you stay charged and prepared, even in the toughest conditions.
FAQs
How does a Water Flow Generator Turbine Generator work?
A Water Flow Generator Turbine Generator works by harnessing the kinetic energy of flowing or falling water. The water flow spins the turbine blades, converting the kinetic energy into mechanical energy. This mechanical energy is then transferred to a generator, which converts it into electrical energy for use.
What types of water sources can be used for a Water Flow Generator Turbine Generator?
A Water Flow Generator Turbine Generator can be powered by various water sources, including rivers, streams, waterfalls, and artificial water channels (such as canals or pipes). It can utilize both continuous flow and varying water flow conditions, depending on the design of the system.
What are the advantages of using a Water Flow Generator Turbine Generator?
The main advantages include renewable energy generation, reduced environmental impact compared to fossil fuels, and long-term cost-effectiveness. It also offers reliable, continuous power generation if the water flow is consistent, and it helps reduce dependence on non-renewable energy sources.
Is a Water Flow Generator Turbine Generator environmentally friendly?
Yes, Water Flow Generator Turbine Generators are considered environmentally friendly because they produce clean, renewable energy without emitting greenhouse gases or contributing to air pollution. However, the installation of large-scale hydropower systems may require careful consideration of ecosystem impacts, such as disruption of aquatic habitats.
What maintenance is required for a Water Flow Generator Turbine Generator?
Regular maintenance is needed to ensure the turbine blades and generator components remain in optimal working condition. This includes checking for wear and tear, cleaning debris from the water intake, lubricating mechanical parts, inspecting electrical connections, and ensuring the system’s efficiency through periodic testing and monitoring.
