Ecoshift provides an integrated mobility‑energy platform that combines the NOOS AI‑driven traffic management system with the BES 1.0 modular battery storage. The solution synchronizes real‑time traffic data with grid‑scale storage to optimize signal timing, multimodal routing, and demand‑response, reducing congestion emissions and stabilizing local grids. It is accessed through a web dashboard and open APIs for municipal transportation departments, urban utilities, and large campus operators.
Funding
Funding not disclosed
Founders
Product
Problem
Urban areas face growing congestion, elevated emissions, and fragmented energy management, which limit the ability of municipalities and operators to deliver safe, efficient, and low‑carbon mobility services. Traditional traffic control systems and standalone energy storage solutions lack integration, resulting in sub‑optimal load balancing and missed opportunities for demand‑response optimization.
Solution
Ecoshift delivers a unified mobility‑energy platform that couples the NOOS smart‑transportation management system with the BES 1.0 battery energy storage solution. NOOS aggregates real‑time traffic sensor feeds, public‑transport schedules, and connected‑vehicle data to generate AI‑driven routing, signal‑timing, and multimodal coordination recommendations. BES 1.0 provides modular, grid‑scale lithium‑ion storage that can absorb excess generation, supply peak‑shaving power, and support vehicle‑to‑grid (V2G) interactions. The two systems exchange data through a common SCADA layer, enabling coordinated demand‑response actions that reduce congestion‑related emissions while stabilizing local grids. Operators access a web‑based dashboard and open APIs for custom analytics, allowing them to monitor performance, trigger automated controls, and generate compliance reports. Remote diagnostics and predictive maintenance tools keep both traffic infrastructure and storage assets operating at peak efficiency.
Target Audience
Primary customers are municipal transportation departments, urban utilities, and large commercial or campus operators that require coordinated traffic control and on‑site energy storage to meet sustainability and reliability goals.
Features
- Real‑time traffic ingestion from IoT sensors, CCTV analytics, and public‑transport APIs, processed by edge‑deployed machine‑learning models for adaptive signal control
- AI‑optimized multimodal routing that balances vehicle flow, pedestrian safety, and public‑transport capacity
- Scalable BES 1.0 battery modules with configurable megawatt‑hour capacity, supporting fast‑charge, V2G, and ancillary grid services
- Integrated SCADA interface that synchronizes traffic demand signals with storage dispatch for grid‑aware mobility management
- Cloud‑hosted analytics engine delivering KPI dashboards, emissions accounting, and predictive maintenance alerts
- RESTful and OPC‑UA APIs enabling third‑party integration with city GIS, ERP, and energy management systems
- Cyber‑secure communication stack with TLS encryption, role‑based access control, and compliance with IEC 61850 and ISO 27001 standards
- Remote firmware update and health‑monitoring services that reduce on‑site maintenance cycles