INNOVATING

ENERGY

This category promotes the creation of technological projects that tackle emerging challenges in the energy sector, encouraging innovative strategies and advanced applications of current technologies. It aims to support projects that improve energy efficiency, reduce carbon emissions, and increase the accessibility of clean energy. By addressing issues such as the integration of renewable energy into existing grids, the development of large-scale energy storage, and the decarbonization of heavy industries, these initiatives help build more sustainable energy systems and drive the transition toward a low-carbon economy.

POWERBANK

Running low on ideas but energized by the potential of a sustainable future? Tap into this category’s "power bank" for a burst of inspiration! Uncover how breakthroughs in renewable energy, smart grids, energy storage, and efficiency are revolutionizing industries, overcoming energy barriers, and driving a cleaner, more inclusive world. The next era of energy innovation is waiting for you to ignite it!

Decentralized Energy Solutions for Communities

Projects that create local, decentralized energy solutions powered by renewable sources, capable of providing energy to small communities or infrastructures, ensuring sustainability and energy independence. An important focus on data collection and processing, as well as integration and interoperability between all devices present (Solar, Batteries, EVs, Heat Pumps, Household Equipment, etc.).
(Code - G1)

Smart Energy Management Solutions for Homes

Projects that optimize energy consumption in homes by predicting and automatically adjusting energy usage and generation based on installed equipment, consumption patterns, weather conditions, and tariff changes. They should also enable energy exchange between vehicles and household devices. The solutions must focus on interoperability, data security, and the creation of an intuitive interface that allows residents to easily monitor and control their home energy network.
(Code - G2)

Data Extraction and Analysis

A solution that uses public APIs offered by original equipment manufacturers (OEMs) to collect and analyze data from electric vehicles (EVs). The goal is to identify driving profiles and charging patterns, allowing companies like Galp to optimize their services and energy offerings. The analyzed data can help forecast energy demand, adapt dynamic tariffs, and develop customized programs for EV customers. The tool should prioritize data security and allow easy integration with other home energy management systems, promoting a comprehensive approach to smart mobility.
(Code - G3)

Electric Mobility and Shared Mobility

Projects focused on creating new shared mobility or Mobility as a Service (MaaS) models, emphasizing convenience for urban users. Participants can develop digital applications to facilitate the sharing of electric vehicles or coordinate transportation in smart cities.
(Code - G4)

Electric Charging Infrastructure and V2X Integration

Innovative solutions that expand electric vehicle charging networks, particularly technologies that integrate vehicles with energy systems, such as Vehicle-to-Grid (V2G), enabling electric vehicles to return energy to the grid or to other devices.
(Code - G5)