ENERGY

It is a device that deals with the selection of economical light bulbs based on the amount of electricity consumed by different types of light bulbs. There are 3 different types of light bulbs on the table: incandescent lamp, CFL (fluorescent), LED. To produce the same amount of light, LED bulb needs 9 W, CFL needs 13 W and incandescent lamp needs 60 W electricity.

The clean energy house setup is a game-based setup. A house model has two screens on opposite sides of the model, one displaying the garden and the other the living room. The screens are turned off and
is activated via the buttons in front of them.

By turning the hand pedals, visitors, one or three at a time, can observe the operation of the instruments to which this energy is transferred by feeding the generator that converts the energy of movement into electrical energy by turning the pedals in the unit assembly. While turning the hand pedals, they observe how much they turn with the gradual led under the base. The light bulb, propeller and radio will continue to work as long as the visitors generate electricity.

On the screen in the unit, a video on how energy is obtained from waste is broadcast in loop mode. On the other screen in the unit, there is question-answer content that we need to solve after the video narration

By pulling the arms on the mechanism to the sides, the seat in the middle is divided into two parts. The visitor can see the inside of this product. Behind the installation there is information about the circular economy. It is emphasized that products are made up of many parts and therefore it is important to reduce consumption and recycle.

When water is accumulated in dams, potential energy is added to the water. The potential energy of the water turns into kinetic energy when the water is released from a height. The fast flowing water turns turbines and the movement of the turbines drives a generator to generate electricity. Visitors pump water into a pool at the top of a high tower. They then open a valve and release the water to flow through a turbine to power a street lamp.

A city’s energy needs vary according to the season and time of day. You are expected to plan the energy you will produce with this information. You are asked to select a season and time of day from the unit. You can then control it by raising the control bars to release energy and lowering them to reduce it. If you produce too much energy, the unit’s alarm will sound and the reactor will stop working.

Visitors arrange game pieces representing various power technologies on a smart media table that presents the energy needs of a typical city and the surrounding countryside. Each player, such as a city planner or manager, contributes to the animated model by selecting options involving power technologies. The table responds to the players’ inputs and shows the results of each choice.