The educational simulation game developed by Slase Systems in cooperation with Flint Systems is an interactive environment that teaches the principles of designing structures for wind turbines in an accessible way. The project combines elements of science, physical simulation, and mechanics known from logic and engineering games.

The objective of the game is to create a stable and efficient wind platform capable of withstanding changing weather conditions while optimally utilizing available components.

Gameplay Concept

The player builds a wind turbine structure using three types of components:

• load components – increasing structural stability,
• buoyancy components – affecting lift and balance,
• neutral components – connecting and stabilizing the entire structure.

Each element has specific physical properties that influence the structure’s behavior during simulation.

Project Objective

The player’s main tasks are:

• designing the most solid and creative structure possible,
• achieving the highest possible score,
• using the fewest possible components.

The game promotes engineering thinking, solution optimization, and a creative approach to structural design.

Three Testing Stages

After building the platform, the structure undergoes three stages of weather simulation:

• Sunny weather – a basic stability test.
• Strong wind – testing resistance to dynamic loads.
• Storm – extreme conditions testing the limits of structural durability.

Only surviving all three stages means successfully completing the level.

Educational Value

The game is designed as a tool supporting:

• learning the basics of physics and structural statics,
• understanding how wind farms operate,
• developing analytical and design thinking,
• education in renewable energy sources.

Applications

The project can be used in:

• educational institutions,
• training centers,
• science and technology centers,
• renewable energy awareness initiatives,
• educational events and interactive exhibitions.

The Slase Systems educational game combines science, simulation, and interactive gameplay to create an engaging tool for understanding structural design in wind energy.