ŞANLIURFA

It is an axis-centered kinetic weathervane assembly, whose momentum is driven by the wind. Visitors notice the action that occurs when the kinetic sculptures move with the force of the wind.

Through the touch screen on the table, the visitor manages the light pollution in the city through the interactive game. The visitor recognizes the sources of light pollution and experiences mitigation practices.

It is an interactive device in which the change in the ozone layer over Antarctica over the years is reflected on the half-world globe on the table. The year slider starts from 1979 and continues until the year with the most recent data.

Visitors will take paper from the hopper and design an airplane. They will be able to make their own design or they will be able to benefit from the sample designs in the area. They will drop their designed airplanes on the launching device and adjust the angle by turning the lever to aim. When the tilt setting is ready, they will automatically fly the paper airplane by pressing the launch button.

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.

Renewable Energy is the energy obtained from the existing energy flow in continuous natural processes. Renewable energy sources can be listed as Solar, Wind, Biomass, Geothermal, Hydraulic, Hydrogen and Ocean Energy (Wave and Tidal). There is 1 touch screen in the unit. There is a question and answer application about sustainable energy types and information is given with animations.

The unit aims to reflect the light from the spotlight onto the solar panel through an angle adjustable mirror. It can be used by one person, or the airplane model can rotate more thanks to the stools made opposite each other.

The unit explains the system and the conversion of solar panels into electrical energy and shows the energy produced by the solar panels. The display has a welcome screen with instructions for use. The user touches the screen to start. It progresses by following the menu with language selection. With the interface design that visualizes the digital content, the user learns how solar panels produce energy and how this energy is converted into electrical energy with visuals and information texts.