Regular | 2026

The teams’ mission is to design and program autonomous robots that can help humans respond to global trends and challenges regarding the production and transportation of goods, taking into account both the energy costs involved and the environmental impacts resulting from the interdependence of these three areas.

Regular Category – Beginners & Advanced: “From Human to Artificial Intelligence”

Energy, Transportation, and Primary Production: Foundations of Society

The energy, transportation, and primary production sectors form the foundations of every country’s economic and social life. Although distinct, these three sectors are closely interconnected and operate as a cohesive system.

Energy

Energy is the capacity to perform work. It is essential for economic activities, machinery, infrastructure, and transportation.

Categories of Energy:

  • Primary energy: Produced directly from nature (sun, wind, water, natural gas, lignite).

  • Secondary energy: Derived from processing primary energy (electricity, biofuels, heat).

Energy is necessary for producing goods, transportation, heating/cooling, food storage and processing, and supporting infrastructure.

The combination of smart grids and energy storage enables more sustainable and efficient use of energy across the entire spectrum from production to distribution.

  • Smart grids are electrical systems that integrate information and communication technologies to manage demand, production, and energy distribution efficiently. They enhance network stability, reduce losses, and facilitate the integration of renewable energy sources.

  • Energy storage is critical for managing the intermittency of renewable energy and for energy autonomy. Storage technologies include lithium batteries, hydrogen systems, and pumped hydro storage.

Energy in Primary Production

Primary production includes agriculture, livestock, fishing, forestry, and mining. All these activities consume energy, mainly as fuel and electricity.

Energy-intensive processes:

  • Agriculture: Machinery, irrigation pumps, lighting, and greenhouse heating.

  • Livestock: Heating, feeding, cooling.

  • Fishing: Fuel for boats, electricity for refrigeration.

  • Mining: Excavators, pumps, transport equipment.

The primary sector is not only a consumer of energy but can also produce energy through:

  • Biomass: Crop residues, wood, manure → biogas or thermal energy.

  • Biofuels: Crops such as sunflower or rapeseed → biodiesel.

  • Renewable Energy Sources (RES): Solar panels, wind turbines, geothermal energy.

New technologies like smart grids and energy storage allow for more stable and efficient energy management. Farmers can monitor and adjust the energy consumption of their facilities (greenhouses, irrigation pumps, refrigerators), use energy from solar panels, and sell surplus energy back to the grid. Storage enables energy use during peak demand (e.g., at night or during high-demand periods), improving system stability and reducing costs. It also supports charging electric agricultural machinery and vehicles.

Energy and Transportation

Transportation directly depends on energy. Vehicles, ships, airplanes, and trains require fuel or electricity to operate.

Types of transportation energy:

  • Oil/gasoline: Trucks, cars, buses.

  • LNG and heavy fuel oil: Ships.

  • Electricity: Electric trains, cars.

Transportation and Primary Production

Transportation is essential for:

  • Distributing agricultural products.

  • Moving raw materials and supplies.

  • Exporting products to international markets.

Rising energy costs directly affect transportation costs and the final price of products.

The Cycle of Interdependence

The relationships between the three sectors are cyclical and bidirectional:

  • Energy enables the production and transport of goods.

  • Production depends on product distribution.

  • Transportation requires energy resources.

  • Production can contribute energy through biomass or renewable sources.

Example – A Greenhouse:

  • Uses energy for heating and lighting.

  • Products are transported by trucks to urban centers.

  • Crop residues are processed for biomass.

Energy is the link between production and transportation. Primary production requires energy and can help produce it. Transportation is critical to the economy and relies on energy. No production is possible without energy, no energy can be utilized without transportation, and no society progresses if these three sectors do not cooperate.

Read the detailed description of the challenge, the rules, and the scoring.

Download the related PDF by clicking here.

Age groups in the Beginners category:

  • Students 8–16 years old (for the 2026 season: birth years 2010–2018)

Age groups in the Advanced category:

  • Elementary School: students 8–12 years old (2026 season: birth years 2014–2018)

  • Middle School: students 11–15 years old (2026 season: birth years 2011–2015)

  • High School: students 14–19 years old (2026 season: birth years 2007–2012)

Note: The maximum age reflects the age a participant will reach during the calendar year of the competition, not their age on the day of the competition.

Will be announced soon!

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