kx1960 brine power generation water glider new energy wooden ship model hand-assembled science toys

We offer extensive customization options at the factory directly. Contact number: 1 5858 9 4 0 8 6, Teacher Xing

This model must be used under the guidance of parents or teachers. It is not allowed to be played in dangerous areas such as rivers, seas, or streams; it should only be used in safe waters.

Product Name: KX1 960 Saltwater Power Waterplane
Model Number: KX1960 Saltwater Power Waterplane
Size: 220*210*90 mm
Weight: Approximately 80g
Material: wood + plastic components + hardware parts + light bulbs + alligator clips + negative and positive sheets + foam balls.
Color: Wood Tone
Does it use a battery: No
Packaging: 200 pcs
Box dimensions: 600*450*550mm

From candlelit night walks in ancient times to viewing night views today, electricity has become increasingly important. Thanks to advancements in human science, nature can now also generate electricity, such as through solar energy, wind power, geothermal energy, and others.

We all know
Wind power can generate electricity, and tidal power can generate electricity
Do you know about generating power using salt water?
Today, let’s learn about the principle of salt water power generation~

Experimental Objectives:

Develop students' ability to perform hands-on operations and analyze thoughts.

Initial understanding of the working principle of salt water power generation

Experimental materials:

wood + plastic accessories + hardware accessories + light bulbs + alligator clips + negative sheet + positive sheet + foam balls.

Experimental procedures:

Experimental Principle:

Copper and zinc sheets undergo a chemical reaction in salt water (electrolyte). The zinc sheet loses electrons, while the copper sheet gains electrons, resulting in an electric current that lights up the LED light. Power generation using salt water requires no batteries—just a little salt water is enough to turn on the LED light. This can help children learn about green energy and develop good habits from an early age.

Everyone should develop the good habit of saving electricity!

!
Introduction to salt water power generation: Salt water power generation is a safe, clean, and hygienic power generation method. It is a type of oxidation reaction, and its power generation principle is: AL + O2 -- AL2O3, Mg + O2 -- MgO
Among these, both metallic elements and metal oxides are non-toxic, harmless, and safe substances. During the power generation process, the black power generation membrane continuously absorbs oxygen from the air. With the help of saline solution, oxygen and water oxidize aluminum and magnesium into metal oxides.

Similar phenomenon: Metal iron will rust in humid rainy conditions. The process involves the gradual oxidation of pure iron into red ferric oxide under the action of water and air. The electrons generated during this reaction are captured, which can provide electrons to humans. This type of battery is known as an air battery. Currently, air batteries are being gradually applied in fields such as automotive applications, outdoor power generation, and outdoor lighting.

Students should understand deeply that the oxidation of elemental metals (the main components of bauxite, iron ore, and magnesium ore) releases energy. Meanwhile, oxides (also the main components of bauxite, iron ore, and magnesium ore) can be converted back into elemental metals under the action of electrical decomposition (electrolysis). This process is commonly referred to as steelmaking, ironmaking, and aluminum production. In this process, the oxidation of elemental metals to release electricity is the reverse reaction of oxides being electrolyzed to produce elements. Simply put, electrolysis stores electricity within the elemental metals, while redox reactions merely release the electricity stored within them.

Amphibian aircraft: Refers to aircraft that can take off, land, and dock on water. Abbreviated as amphibia. Primarily used for maritime patrols, anti-submarine operations, rescue missions, sports, tourism, commuting, and aerial photography.

Habitat type: water-based aircraft and amphibious aircraft; water-based aircraft are further divided into airships and floating platform aircraft. For example, the Honggong 5, which made its first flight in 1976, can only take off and land on water and then crawl back to the shore base like a crocodile. Its successor, Jiao Long 600, which was fully assembled in 2016, is an amphibious aircraft.

Structural type: Two types—hull type and buoy type.

Scale type: A small one or two engines, or four engines for larger models.

Engine type: Inward-mounted and outward-mounted.

Amphibious aircraft generally refer to modern technological aircraft that take off, land, and dock using water surfaces, including oceans, lakes, and rivers.

Hydroplanes are divided into two types: hull-type (i.e., a special-shaped fuselage designed for water滑行) and pod-type (where the land-based aircraft's landing gear is replaced by pods).

The hydroplane operates at an altitude of 600 to 800 meters, filling the gap in low-altitude three-dimensional transportation.[1]

Habitat type: aquatic aircraft; amphibious aircraft.
Why can a waterplane take off and land at sea? The reason it can adapt to both water and air environments is inseparable from its special design. If it were a ship, it has an aircraft-like body, wings, tail, propellers, and landing gear; yet if it were an aircraft, its fuselage would be a massive axe-shaped hull. This unique feature makes it a true “versatile performer”.

Basic Principles:

When the hydroplane is anchored on the water, the buoyancy generated by its wide hull allows the aircraft to float on the surface without sinking. However, when takeoff is required, the thrust produced by the propeller engine propels it across the water at a considerable speed. As speed increases, the lift generated by the wings gradually overcomes the aircraft’s weight, lifting it slowly from the water and transforming it into an aircraft flying in the air. After completing its mission in the air, it naturally returns to the water, becoming another vessel that can glide on the surface. Therefore, many people abroad refer to the hydroplane as a watercraft or an aircraft cruiser due to these characteristics.