Seasonal Pick Electric Mobility Science Kit With A 75% Price Cut [upUtn1Lv]

Explore Tomorrow's Sustainable Transport Solutions

Introducing the Seasonal Pick Electric Mobility Science Kit With A 75% Price Cut [upUtn1Lv], a cutting-edge educational tool designed to ignite the curiosity of students in the field of sustainable transport. This comprehensive kit allows students to delve into the fascinating world of electric mobility, experimenting with various technologies and understanding their strengths and weaknesses. With hands-on lab activities and detailed guides, students will gain a deeper understanding of the science behind tomorrow's transport solutions.

Unleash the Power of Different Energy Technologies

The Seasonal Pick Electric Mobility Science Kit With A 75% Price Cut [upUtn1Lv] comes equipped with a variety of components that enable students to explore different energy technologies. They can measure the superior energy density and power of super capacitors, compare various types of fuel cell technology, and even harness the power of sunlight with a solar panel. The kit includes the direct ethanol fuel cell, salt water fuel cell, and two types of micro-PEM fuel cells, which efficiently convert hydrogen fuel stored in the HYDROSTIK PRO metal hydride cartridge into electrical energy. This hands-on approach ensures that students not only learn about these technologies but also understand their practical applications.

Comprehensive Learning Experience

The Seasonal Pick Electric Mobility Science Kit With A 75% Price Cut [upUtn1Lv] is designed to provide a comprehensive learning experience, with compatibility with all other Horizon kits for measurement and data logging. It includes a fixed steering function at the front of the vehicle, allowing students to manipulate and control their models with ease. With the kit, students can build up to 6 different models on a single chassis, examining the strengths and weaknesses of each solution. The kit also covers a wide range of scientific concepts, from electrochemistry and energy to renewable energy and human impacts on the environment. This comprehensive approach ensures that students gain a well-rounded understanding of the principles and practices of electric mobility.