Computers ARE BEING BUILT TO Create HYDROGEN.
This year’s theme is centered on” an issue of global importance ,” especially hydrogen, just like in previous editions. The task at hand for participating teams is to create a robot and pilot it through emulating an environment to generate hydrogen, which is then used to store, transport, and transfer energy.
Teams will collaborate in arbitrarily chosen multi-country relationships to score points during the competition, a practice that promotes international cooperation and mutual understanding, according to FIRST Global.
According to Mr. Stalford,” this year’s style of Hydrogen Horizons was chosen to help students learn about the position hydrogen technologies may enjoy in our energy future as well as to acquire the broader challenges related to international energy access.” & nbsp,
Since gas is the gas with the highest power material by weight and can be stored and transported as a liquid or gas, it is easier to distribute in large quantities. It is also possible to generate” natural hydrogen” strength without adding coal to the environment. & nbsp,
By 2050, the US Energy Information Administration projects that the world’s electricity demand may reach 45 trillion Watt, or nearly 20 trillion more kWh than what was produced in 2018. & nbsp,
That implies that we must generate more power, and that energy may be available to everyone. According to Mr. Stalford, gas holds promise as a systems for addressing this important strong. & nbsp,
The FIRST International team will also take part in The New Technology Experience, a different aspect of the competition. The sector was created in 2021 as a way for the students to remain current with cutting-edge technology.
Participating groups will know about all forms of renewable energy, including gas technologies, and the steps to build a prospect of fresh energy this year under the concept of Energy Evolution.
To improve the implementation of and increase access to clean energy, the teams will need to conduct research and create their own cutting-edge solutions.
Group FROM ACS( I ) TO COMPETE
A group of five members from the Robotics Technology Society at Anglo-Chinese School( Independent ) will represent Singapore.
According to Mr. Stalford, ACS ( I ), which has represented the nation in each edition of the FIRST Global Challenge since 2017, is also the event’s in-country partner.
The in-country lover, who is in charge of putting together and leading the national team, oversees the selection process for each FIRST World team. & nbsp,
According to him, FIRST Global encourages partners to choose individuals who are passionate about and committed to working together to distribute STEM learning globally, as well as inclusive national representation and attracting new students each time.
Mr. Stalford stated that there are 23 various awards teams can win, each with a unique set of requirements.
The most esteemed group prize, the Albert Einstein Award for FIRST Global International Excellence, is given to teams whose computers demonstrated all of the community’s principles during the technology problem.
According to Mr. Stalford, the courts are chosen from a group of individuals who have collectively officiated FIRST Global events for many years. & nbsp,
The three winners of the Temasek Women in STEM Award in this year’s contest will receive an additional prize, even though the prizes normally only include the awards and ribbon that winning team receive. & nbsp,
Each of the three FIRST International winners will receive US$ 1, 000, 50 Experiential Robotics Platforms, as well as education, professional evidence, and lessons to assist in reaching out to younger women in their communities.