The ecosystem transition of 21st century metropolises

This information is important because it addresses innovative and sustainable solutions to current challenges in urban mobility, energy consumption, pollution, and congestion in cities. ​ SUMOSU Stations represent a holistic approach that integrates electric transportation, renewable energy storage, circular economy, and advanced technologies such as artificial intelligence, blockchain, and 5G. Additionally, they promote social inclusion, accessibility for vulnerable populations, and the revitalization of public spaces, contributing to quality of life and local economic development. ​ These stations also support global goals such as decarbonization, CO2 emissions reduction, and the transition to renewable energy, aligning with international agreements like the Paris Agreement. ​ Lastly, their modular and replicable design facilitates implementation in different regions, fostering public-private collaboration and urban resilience in the face of future challenges. ​

How do SUMOSU Stations contribute to energy efficiency?

SUMOSU Stations contribute to energy efficiency in several ways:

Stationary Energy Storage: They use second-life EV batteries as stationary power units, extending the lifecycle of these batteries and promoting a circular economy. ​ This storage system stabilizes the electric grid by balancing energy demand in real-time. ​

Renewable Energy Integration: The stations store surplus renewable energy and manage intermittent power input, ensuring efficient use of renewable sources and reducing reliance on fossil fuels. ​

Demand Curve Flattening: By recharging stationary batteries during off-peak hours, SUMOSU Stations help flatten the demand curve, avoiding network disruptions and optimizing energy usage. ​

Bidirectional Energy Flow: The integrated bidirectional AC-DC converter allows the batteries to act as storage units within smart grids, enabling energy to flow both ways for grid stabilization and backup power supply. ​

Efficient Energy Management: The stations reduce unbalanced and unpredictable high power demand, which can negatively impact the grid, by using advanced energy management systems. ​

These features make SUMOSU Stations a key element in creating a decentralized and decarbonized energy future.