About
Omniflow is a renewable energy company headquartered in Porto, Portugal specializing in Solar, Wind, Energy Storage.
Omniflow develops smart urban infrastructure that integrates renewable energy generation, intelligent lighting and digital connectivity. Its modular smart poles, smart luminaires, smart crosswalks, AI bus stops and EV chargers are powered by wind and solar energy with integrated battery storage. The OmniConnect IoT platform supports monitoring and control of these systems, and the company also offers tactical and security infrastructure.
Headquarters
Focus areas
Products & services
Business models
Value chain
Service areas (1)
Smart city infrastructure
Smart poles, smart lighting, smart crosswalks, bus stops, EV charging and IoT platform for public spaces and urban projects, deployed in more than 30 countries.
Locations
Headquarters
Rua Delfim Ferreira 776C, 4100-199, Porto, Portugal
Projects
4Batteries 2030 Braga unit
Smart lighting unit integrating second-life batteries, installed in June 2023 within the Batteries 2030 project.
Vila Franca de Xira Smart Pole network
Deployment of a large network of Omniflow smart poles.
NOS connectivity deployment, Ponta de São Lourenço
Connectivity solution for a remote region in collaboration with NOS.
AI Bus Stop deployment, Los Angeles
Solar-powered smart bus stop with real-time information, cameras and AI analytics.
Credentials & affiliations
Awards
Altran Innovation Award
Dubai Futurism Award
Red Herring Top 100 Winner Europe
Desafios PortoAward
National innovation award for wind solar lighting
SME Instrument Phase 1 & Excellence Seal
Partnerships
NOS, Solar Impulse Foundation
Frequently asked questions
published by the companyWhat powers the AI Bus Stop?
It is powered by solar energy and includes a battery system. A grid connection is also available as backup.
Can it be installed on existing infrastructure?
Yes. The Smart Luminaire design allows for retrofit on existing light poles, reducing installation time and costs.
How does the AI system work?
Using edge computing and integrated sensors, the system processes data locally to deliver real-time insights and automated actions, such as lighting adjustments and passenger detection alerts.
What data can be shared via API?
Timetables, bus arrival forecasts, and system usage data can be exchanged through APIs, enabling integration with public transport platforms.
Is it scalable or upgradable?
Yes. The modular design supports technological upgrades and future expansions, adapting to changing urban mobility needs.
