SAIAS: advanced hybrid system for sustainable energy storage and fast charging
SAIAS project funded under the Public Notice for supporting SMEs in Campania in implementing experimental development, technology transfer, and industrialization projects – Regione Campania – CUP B87H22002720007
Hybrid energy storage and fast charging
The SAIAS project (High-Peak Hybrid Power System) focuses on industrial research and experimental development of an innovative energy storage and distribution system based on a hybrid architecture combining supercapacitors and traditional batteries. The system is designed to store large amounts of energy and release it quickly when needed, thereby enhancing charging efficiency and reducing environmental impact.
The project involves the development of:
Advanced energy storage system: Use of supercapacitors combined with batteries to deliver high-power energy availability in minutes.
Optimized renewable energy charging: Storing energy during off-peak or nighttime hours to ensure more efficient resource usage.
Integrated solutions for urban mobility: Development of a fast-charging system for electric vehicles, with a focus on urban area requirements.
Future applications in industry and logistics: Integration into propulsion systems for energy-efficient vehicles.
Expected results and impacts:
The project aims to:
Reduce charging times for electric vehicles, enabling quick battery recovery without full charge cycles.
Improve energy efficiency through a scalable advanced storage system.
Encourage sustainable mobility adoption, lowering reliance on fossil fuels.
Facilitate integration with existing infrastructure without structural modifications.
Partnerships and collaborations:
The project involves companies, research centers, and institutions in the energy and sustainable mobility sectors, with a focus on ecological transition and energy efficiency.
Technological innovation:
SAIAS introduces cutting-edge technologies including:
Supercapacitors for rapid energy storage and instant power delivery.
Remote diagnostics and predictive monitoring systems for preventive maintenance.
Geolocation and remote control for smart management of charging stations.
Compact and scalable solutions, ideal for space-constrained urban settings.
Project funding and partners
Role of Opus Automazione: Development of control, monitoring, and energy management systems, with a focus on optimizing charging and storage processes.
Role: Lead Partner
Project Duration: 2022 – 2023
Project Budget: €653,422.20
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